In type 1 diabetes, the pancreas makes little or no insulin. Life is bound to change in many ways when your child is diagnosed with type 1 diabetes. It can all seem overwhelming at first, but it will get easier with time and knowledge. Learn about type 1 diabetes, including causes, symptoms, risk factors, and testing.
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What Is Type 1 Diabetes?
A Continuous Glucose Monitor on a Girl's Arm
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A Continuous Glucose Monitor on a Girl's Arm
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What Is Type 1 Diabetes?
Type 1 diabetes is a disorder characterized by abnormally high levels of blood glucose, also called blood sugar. In this form of diabetes, specialized cells in the pancreas called beta cells stop producing insulin. Insulin controls how much glucose (a type of sugar) is passed from the blood into cells for conversion to energy. Lack of insulin results in the inability to use glucose for energy or to control the amount of glucose in the blood.
Type 1 diabetes can occur at any age, from early childhood to late adulthood. The first signs and symptoms of the disorder are caused by high blood glucose and may include frequent urination (polyuria), excessive thirst (polydipsia), fatigue, blurred vision, tingling or loss of feeling in the hands and feet, and weight loss. These symptoms may recur during the course of the disorder if blood glucose is not well controlled by insulin replacement therapy. Improper control can also cause blood glucose levels to become too low (hypoglycemia). This may occur when the body's needs change, such as during exercise or if eating is delayed. Hypoglycemia can cause headache, dizziness, hunger, shaking, sweating, weakness, and agitation.
Uncontrolled type 1 diabetes can lead to a life-threatening complication called diabetic ketoacidosis. Without insulin, cells cannot take in glucose. A lack of glucose in cells prompts the liver to try to compensate by releasing more glucose into the blood, and blood glucose can become extremely high. The cells, unable to use the glucose in the blood for energy, respond by using fats instead. Breaking down fats to obtain energy produces waste products called ketones, which can build up to toxic levels in people with type 1 diabetes, resulting in diabetic ketoacidosis. Affected individuals may begin breathing rapidly; develop a fruity odor in the breath; and experience nausea, vomiting, facial flushing, stomach pain, and dryness of the mouth (xerostomia). In severe cases, diabetic ketoacidosis can lead to coma and death.
Over many years, the chronic high blood glucose associated with diabetes may cause damage to blood vessels and nerves, leading to complications affecting many organs and tissues. The retina, which is the light-sensitive tissue at the back of the eye, can be damaged (diabetic retinopathy), leading to vision loss and eventual blindness. Kidney damage (diabetic nephropathy) may also occur and can lead to kidney failure and end-stage renal disease (ESRD). Pain, tingling, and loss of normal sensation (diabetic neuropathy) often occur, especially in the feet. Impaired circulation and absence of the normal sensations that prompt reaction to injury can result in permanent damage to the feet; in severe cases, the damage can lead to amputation. People with type 1 diabetes are also at increased risk of heart attacks, strokes, and problems with urinary and sexual function.
Source: MedlinePlus Genetics
Additional Materials (11)
Insulin Resistance, [Left] Insulin and glucose levels in the bloodstream are balanced; [Right] Insulin and glucose build up in the bloodstream and cause blood vessel damage.
[Left] Insulin and glucose levels in the bloodstream are balanced; [Right] Insulin and glucose build up in the bloodstream and cause blood vessel damage.
Image by TheVisualMD
Type 1 Diabetes
Sign and Symptoms of Diabetes, Causes and possible Treatment
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What is Type 1 diabetes? A children's guide | Diabetes UK
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Type 1 Diabetes Aware | Diabetes UK and JDRF UK
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What Is Type 1 Diabetes? | 2 Minute Guide | Diabetes UK
Video by Diabetes UK/YouTube
Diabetes Mellitus Pathophysiology & Nursing | Diabetes Nursing Lecture NCLEX | Type 1 & Type 2
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Pathophysiology - Type I diabetes | Endocrine system diseases | NCLEX-RN | Khan Academy
Type 1 diabetes can be diagnosed with blood tests that measure how much sugar is in your blood. They include: hemoglobin A1C, fasting blood glucose, and oral glucose tolerance. Type 1 diabetes is usually diagnosed in childhood or adolescence. About 5% of adults with diabetes have type 1 diabetes. Early diagnosis is crucial for early treatment. Type 1 diabetics need to take insulin, either through a pump or injections. Regular exercise as well as a diet low in refined carbohydrates will also help control blood sugar levels. By maintaining appropriate blood sugar levels, type 1 diabetics can lead normal lives free of serious complications.
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Glucose Insulin and Diabetes
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Diabetes Mellitus TYPE 1,2,INSULIN,GLUCOSE
Video by davejaymanriquez/YouTube
Insulin Resistance, [Left] Insulin and glucose levels in the bloodstream are balanced; [Right] Insulin and glucose build up in the bloodstream and cause blood vessel damage.
TheVisualMD
Type 1 Diabetes
Anuoluwabukunmi/Wikimedia
3:36
What is Type 1 diabetes? A children's guide | Diabetes UK
Diabetes UK/YouTube
4:48
Type 1 Diabetes Aware | Diabetes UK and JDRF UK
Diabetes UK/YouTube
2:28
What Is Type 1 Diabetes? | 2 Minute Guide | Diabetes UK
Diabetes UK/YouTube
20:30
Diabetes Mellitus Pathophysiology & Nursing | Diabetes Nursing Lecture NCLEX | Type 1 & Type 2
RegisteredNurseRN/YouTube
11:06
Pathophysiology - Type I diabetes | Endocrine system diseases | NCLEX-RN | Khan Academy
The story of type 1 diabetes begins with your pancreas and your immune system. Your pancreas runs across the back of your abdomen, behind your stomach. The pancreas contains beta cells which produce insulin. Insulin is a hormone that signals your body's cells to take in energy in the form of blood glucose (also known as blood sugar). In type 1 diabetes, the pancreatic beta cells produce little or no insulin because the body's immune system destroys the pancreatic cells that produce insulin. The result is that without insulin, glucose cannot enter cells to provide energy. The body's cells begin to starve, leading to these symptoms: fatigue, weight loss, constant hunger, increased thirst, and frequent urination. When glucose cannot enter cells, it builds up in the bloodstream, leading to harmful complications such as cardiovascular disease, heart attacks, strokes, kidney disease, vision damage, and nerve damage.
Video by TheVisualMD
What Is Type 1 Diabetes?
If you have type 1 diabetes, your pancreas doesn’t make insulin or makes very little insulin. Insulin helps blood sugar enter the cells in your body for use as energy. Without insulin, blood sugar can’t get into cells and builds up in the bloodstream. High blood sugar is damaging to the body and causes many of the symptoms and complications of diabetes.
Type 1 diabetes was once called insulin-dependent or juvenile diabetes. It usually develops in children, teens, and young adults, but it can happen at any age.
Type 1 diabetes is less common than type 2—about 5-10% of people with diabetes have type 1. Currently, no one knows how to prevent type 1 diabetes, but it can be treated successfully by:
Following your doctor’s recommendations for living a healthy lifestyle.
Managing your blood sugar.
Getting regular health checkups.
Getting diabetes self-management education and support.
For Parents
If your child has type 1 diabetes—especially a young child—you’ll handle diabetes care on a day-to-day basis. Daily care will include serving healthy foods, giving insulin injections, and watching for and treating hypoglycemia (low blood sugar). You’ll also need to stay in close contact with your child’s health care team. They will help you understand the treatment plan and how to help your child stay healthy.
What Causes Type 1 Diabetes?
Type 1 diabetes is thought to be caused by an autoimmune reaction (the body attacks itself by mistake). This reaction destroys the cells in the pancreas that make insulin, called beta cells. This process can go on for months or years before any symptoms appear.
Some people have certain genes (traits passed on from parent to child) that make them more likely to develop type 1 diabetes. However, many of them won’t go on to have type 1 diabetes even if they have the genes. A trigger in the environment, such as a virus, may also play a part in developing type 1 diabetes. Diet and lifestyle habits don’t cause type 1 diabetes.
Symptoms and Risk Factors
It can take months or years before symptoms of type 1 diabetes are noticed. Type 1 diabetes symptoms can develop in just a few weeks or months. Once symptoms appear, they can be severe.
Some type 1 diabetes symptoms are similar to symptoms of other health conditions. Don’t guess! If you think you could have type 1 diabetes, see your doctor to get your blood sugar tested. Untreated diabetes can lead to very serious—even fatal—health problems.
Risk factors for type 1 diabetes are not as clear as for prediabetes and type 2 diabetes. However, studies show that family history plays a part.
Testing for Type 1 Diabetes
A simple blood test will let you know if you have diabetes. If you were tested at a health fair or pharmacy, follow up at a clinic or doctor’s office. That way you’ll be sure the results are accurate.
If your doctor thinks you have type 1 diabetes, your blood may also be tested for autoantibodies. These substances indicate your body is attacking itself and are often found with type 1 diabetes but not with type 2. You may have your urine tested for ketones too. Ketones are produced when your body burns fat for energy. Having ketones in your urine indicates you have type 1 diabetes instead of type 2.
Managing Diabetes
Unlike many health conditions, diabetes is managed mostly by you, with support from your health care team:
Primary care doctor
Foot doctor
Dentist
Eye doctor
Registered dietitian nutritionist
Diabetes educator
Pharmacist
Also ask your family, teachers, and other important people in your life for help and support. Managing diabetes can be challenging, but everything you do to improve your health is worth it!
If you have type 1 diabetes, you’ll need to take insulin shots (or wear an insulin pump) every day. Insulin is needed to manage your blood sugar levels and give your body energy. You can’t take insulin as a pill. That’s because the acid in your stomach would destroy it before it could get into your bloodstream. Your doctor will work with you to figure out the most effective type and dosage of insulin for you.
You’ll also need to do regular blood sugar checks. Ask your doctor how often you should check it and what your target blood sugar levels should be. Keeping your blood sugar levels as close to target as possible will help you prevent or delay diabetes-related complications.
Stress is a part of life, but it can make managing diabetes harder. Both managing your blood sugar levels and dealing with daily diabetes care can be tougher to do. Regular physical activity, getting enough sleep, and exercises to relax can help. Talk to your doctor and diabetes educator about these and other ways you can manage stress.
Healthy lifestyle habits are really important too:
Making healthy food choices
Being physically active
Controlling your blood pressure
Controlling your cholesterol
Make regular appointments with your health care team. They’ll help you stay on track with your treatment plan and offer new ideas and strategies if needed.
Hypoglycemia and Diabetic Ketoacidosis
These 2 conditions are common complications of diabetes, and you’ll need to know how to handle them. Meet with your doctor for step-by-step instructions. You may want to bring a family member with you to the appointment so they learn the steps too.
Hypoglycemia (low blood sugar) can happen quickly and needs to be treated quickly. It’s most often caused by:
Too much insulin.
Waiting too long for a meal or snack.
Not eating enough.
Getting extra physical activity.
Talk to your doctor if you have low blood sugar several times a week. Your treatment plan may need to be changed.
Diabetic ketoacidosis (DKA) is a serious complication of diabetes that can be life-threatening. DKA develops when you don’t have enough insulin to let blood sugar into your cells. Very high blood sugar and low insulin levels lead to DKA. The two most common causes are illness and missing insulin shots. Talk with your doctor and make sure you understand how you can prevent and treat DKA.
Get Diabetes Education
Meeting with a diabetes educator is a great way to get support and guidance, including how to:
Develop and stick to a healthy eating and activity plan
Test your blood sugar and keep a record of the results
Recognize the signs of high or low blood sugar and what to do about it
Give yourself insulin by syringe, pen, or pump
Monitor your feet, skin, and eyes to catch problems early
Buy diabetes supplies and store them properly
Manage stress and deal with daily diabetes care
Ask your doctor about diabetes self-management education and support services and to recommend a diabetes educator. You can also search this nationwide directory for a list of programs in your community.
Get Support
Tap into online diabetes communities for encouragement, insights, and support. Check out the American Diabetes Association’s Community page and JDRF’s TypeOneNation. Both are great ways to connect with others who share your experience.
Source: Centers for Disease Control and Prevention (CDC)
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Type 1 Diabetes Defined
Type 1 Diabetes Defined
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3D medical animation still of Type 1 Diabetes showing lower amount of insulin production in a diabetic patient.
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Type 1 Diabetes Defined
TheVisualMD
3D medical animation still of type 1 diabetes
Scientific Animations, Inc.
How Common Is Type 1 Diabetes?
Statistically how often is a newborn affected
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Statistically how often is a newborn affected
How common
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How Common Is Type 1 Diabetes?
Type 1 diabetes occurs in 10 to 20 per 100,000 people per year in the United States. By age 18, approximately 1 in 300 people in the United States develop type 1 diabetes. The disorder occurs with similar frequencies in Europe, the United Kingdom, Canada, and New Zealand. Type 1 diabetes occurs much less frequently in Asia and South America, with reported incidences as low as 1 in 1 million per year. For unknown reasons, during the past 20 years the worldwide incidence of type 1 diabetes has been increasing by 2 to 5 percent each year.
Type 1 diabetes accounts for 5 to 10 percent of cases of diabetes worldwide. Most people with diabetes have type 2 diabetes, in which the body continues to produce insulin but becomes less able to use it.
Source: MedlinePlus Genetics
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People, Baby, Girl, Kid, Toddler
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People, Baby, Girl, Kid, Toddler
StockSnap/Pixabay
What Causes Type 1 Diabetes?
Type 1 diabetes (autoimmune attack)
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Type 1 diabetes (autoimmune attack)
Insulin-producing beta cells of the pancreas release exosomes which are taken up by dendritic cells. Dendritic cells present the exosome contents to T cells. T cells see the proteins as enemies and attack the beta cells that produce them.
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What Causes Type 1 Diabetes?
The causes of type 1 diabetes are unknown, although several risk factors have been identified. The risk of developing type 1 diabetes is increased by certain variants of the HLA-DQA1, HLA-DQB1, and HLA-DRB1 genes. These genes provide instructions for making proteins that play a critical role in the immune system. The HLA-DQA1, HLA-DQB1, and HLA-DRB1 genes belong to a family of genes called the human leukocyte antigen (HLA) complex. The HLA complex helps the immune system distinguish the body's own proteins from proteins made by foreign invaders such as viruses and bacteria.
Type 1 diabetes is generally considered to be an autoimmune disorder. Autoimmune disorders occur when the immune system attacks the body's own tissues and organs. For unknown reasons, in people with type 1 diabetes the immune system damages the insulin-producing beta cells in the pancreas. Damage to these cells impairs insulin production and leads to the signs and symptoms of type 1 diabetes.
HLA genes, including HLA-DQA1, HLA-DQB1, and HLA-DRB1, have many variations, and individuals have a certain combination of these variations, called a haplotype. Certain HLA haplotypes are associated with a higher risk of developing type 1 diabetes, with particular combinations of HLA-DQA1, HLA-DQB1, and HLA-DRB1 gene variations resulting in the highest risk. These haplotypes seem to increase the risk of an inappropriate immune response to beta cells. However, these variants are also found in the general population, and only about 5 percent of individuals with the gene variants develop type 1 diabetes. HLA variations account for approximately 40 percent of the genetic risk for the condition. Other HLA variations appear to be protective against the disease. Additional contributors, such as environmental factors and variations in other genes, are also thought to influence the development of this complex disorder.
Source: MedlinePlus Genetics
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What is Type 1 Diabetes?
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2:15
What is Type 1 Diabetes?
ClearlyHealth/YouTube
Just Diagnosed
A Sad Girl Sitting on a Couch while Looking at the Glucometer she is Holding
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A Sad Girl Sitting on a Couch while Looking at the Glucometer she is Holding
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Just Diagnosed With Type 1 Diabetes
You may have found out you have type 1 diabetes from a routine blood test. Or you may have had sudden and severe symptoms that led to a trip to the doctor or even the emergency room.
Either way, getting the diagnosis can be overwhelming, and you’re likely to have lots of questions. Did you somehow cause type 1 diabetes? What will life be like now? Is there a cure, or is type 1 forever?
Managing a chronic (long-term) health condition like diabetes takes work, but you won’t have to do it alone. Your health care team will help you learn about day-to-day care and let you know about all the tools available to make it easier. Type 1 diabetes is very treatable. Let’s take it one step at a time.
Anyone Can Get Type 1 Diabetes
It isn’t completely clear what causes type 1 diabetes, but we know that diet and lifestyle habits don’t. Type 1 is thought to be the result of an autoimmune response, where your body attacks the cells in your pancreas that make insulin. Insulin is a hormone that acts like a key to let blood sugar into your body’s cells for use as energy. Sometimes infection with a virus seems to trigger the autoimmune response. Many people with type 1 diabetes have family members with type 1, but most don’t.
Did You Know?
The peak age for being diagnosed with type 1 diabetes is around 13 or 14 years, but people can be diagnosed when they’re much younger (including babies) and older (even over 40).
Living With Type 1 Diabetes
You need insulin to live, so you’ll need to take it every day by injecting it or using an insulin pump. You’ll also check your blood sugar levels throughout the day to make sure you’re staying in your target range as much as possible. Your health care team will help you understand what your target range is and how to stay within it.
Get diabetes education
Type 1 diabetes requires your attention every day. To learn what you need to know, ask your doctor to refer you to diabetes self-management education and support (DSMES) services. There you’ll find out how to balance insulin, food, and physical activity and get tips on how to cope with the emotional side of living with diabetes. All these things can affect your blood sugar levels.
Over time, having high blood sugar can cause serious health problems, such as heart disease, vision loss, and kidney failure. But you can lower your risk for those health complications and others. You’ll need to understand how food, activity, and other factors in your life affect your blood sugar and make changes to improve your blood sugar levels.
Be an experimenter. See what works best for you by trying different things. Prepare a healthier version of a favorite dish or take a walk after you eat, and keep track of your blood sugar results. This information can help you take charge of your diabetes instead of feeling like it’s in charge of you. Your diabetes educator can suggest ideas for you to try that have worked for other people with type 1.
Managing Blood Sugar
Time in range
Time in range is how long your blood sugar stays in your target range throughout the day. Most people with diabetes aim for 70% time in range, or between 16 and 17 hours out of 24.
High and low blood sugar
Blood sugar levels change often during the day. You’ll need to notice if your blood sugar drops too low (hypoglycemia) and be prepared to treat it right away.
If your blood sugar spikes very high and your insulin is low, you can develop diabetic ketoacidosis (DKA), a serious complication of diabetes that can be life-threatening. You’ll need medical care immediately if you develop DKA.
Your health care team will let you know how to identify and treat high and low blood sugar and related health problems. Be sure to get in touch with your doctor or diabetes educator if you have any questions.
How managing blood sugar helps now
Keeping your blood sugar levels on target can help you avoid serious health problems like heart disease and nerve damage down the road. But did you know avoiding ups and downs in blood sugar can help you feel better right away?
Steady blood sugar levels can help you have more energy, better sleep, an easier-to-manage appetite, better focus, and stable moods. If you’re having trouble meeting your target, talk to your doctor or diabetes educator about making changes to your treatment plan so you can stay in range longer and feel better.
Doctor Visits
Your diabetes care team
It takes a health care team to help you manage diabetes. And you’re the most important member of the team because you’re the one managing diabetes every day. And it really is a team—a group of dedicated, focused health care experts to assist you in feeling good and living a long, healthy life.
Your team will include your primary care doctor, endocrinologist (a doctor who treats diabetes and other hormone problems), foot doctor, eye doctor, dentist, pharmacist, nurse, dietitian, and diabetes educator. They specialize in helping you manage every aspect of diabetes, and you’ll schedule regular visits with them to ensure your treatment plan is on track. Ask your primary care doctor for referrals to these specialists to begin building your team.
Parents: Diabetes Care Tips
If you have a young child or teen who is newly diagnosed, they will need help with everyday diabetes care especially at first, such as checking blood sugar, taking insulin, and adjusting levels if they use an insulin pump. Your child’s health care team will give you detailed information about managing your child’s diabetes, but here are some highlights:
If your insurance and finances allow, have your child use an insulin pump to lower the risk of low blood sugar and help keep blood sugar levels in range. Your diabetes educator will need to train you and your child on using the pump.
Also have your child use a continuous glucose monitor (CGM), if possible, for around-the-clock blood sugar readings. Your child will still need twice-daily finger sticks to ensure the CGM is measuring blood sugar levels accurately.
Talk to your child about healthy eating and being active. Both have a big impact on blood sugar levels and on feeling well in general.
Get Support
Family members
With support from your family, you can feel more empowered and less overwhelmed by this new life with diabetes. Ask your loved ones for the help you need to make diabetes more manageable, such as going to doctor appointments with you or making healthy food together.
DSMES
Diabetes self-management education and support (DSMES) can help you learn to solve problems, cope with the emotional side of diabetes, and lower your risk for other health problems. And not just when you’re first diagnosed. Have your doctor refer you to DSMES if you’re feeling stressed or if a life change such as a job loss or a new health condition is affecting your diabetes self-care. You can also find out about the latest treatment options and get answers to any questions you have.
Support groups
Connect with others to share experiences and learn tips and techniques for living well with diabetes. Visit the American Diabetes Association’s Community page, the Association of Diabetes Care & Education Specialists’ Diabetes Online Community, and JDRF’s TypeOneNation Community Forum. If you’d like to connect in person, this directory will help you find a diabetes support group near you.
Can Type 1 Diabetes Be Cured?
Currently, there isn’t a cure for type 1 diabetes. However, what we know about the condition is constantly evolving, new technologies and medicines are being developed, and researchers are making important breakthroughs. Right now, people of all ages are leading full, healthy lives with type 1 diabetes. You can too!
Source: Centers for Disease Control and Prevention (CDC)
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A Doctor Checking a Child with Type 1 Diabetes
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Diabetes Type 1
3D medical animation still of Type 1 Diabetes showing insulin production in a diabetic patient and in normal condition.
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A Doctor Checking a Child with Type 1 Diabetes
Pavel Danilyuk/Pexels
Diabetes Type 1
TheVisualMD
Monitoring Blood Sugar
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Person With Tiny Blood On Finger After A Blood Test
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Monitoring Your Blood Sugar
Regular blood sugar monitoring is the most important thing you can do to manage type 1 or type 2 diabetes. You’ll be able to see what makes your numbers go up or down, such as eating different foods, taking your medicine, or being physically active. With this information, you can work with your health care team to make decisions about your best diabetes care plan. These decisions can help delay or prevent diabetes complications such as heart attack, stroke, kidney disease, blindness, and amputation. Your doctor will tell you when and how often to check your blood sugar levels.
Most blood sugar meters allow you to save your results and you can use an app on your cell phone to track your levels. If you don’t have a smart phone, keep a written daily record like the one in the photo. You should bring your meter, phone, or paper record with you each time you visit your health care provider.
Make Friends With Your Numbers
Sometimes having high blood sugar can feel like a test you didn’t pass. But numbers are just numbers. Think of them instead as information. Did a certain food or activity make your levels go up or down? Armed with that knowledge, you can make adjustments and get closer to your target range more often.
How to Use a Blood Sugar Meter
There are different kinds of meters, but most of them work the same way. Ask your health care team to show you the benefits of each. In addition to you, have someone else learn how to use your meter in case you’re sick and can’t check your blood sugar yourself.
Below are tips for how to use a blood sugar meter.
Make sure the meter is clean and ready to use.
After removing a test strip, immediately close the test strip container tightly. Test strips can be damaged if they are exposed to moisture.
Wash your hands with soap and warm water. Dry well. Massage your hand to get blood into your finger. Don’t use alcohol because it dries the skin too much.
Use a lancet to prick your finger. Squeezing from the base of the finger, gently place a small amount of blood onto the test strip. Place the strip in the meter.
After a few seconds, the reading will appear. Track and record your results. Add notes about anything that might have made the reading out of your target range, such as food, activity, etc.
Properly dispose the lancet and strip in a trash container.
Do not share blood sugar monitoring equipment, such as lancets, with anyone, even other family members. For more safety information, please see Infection Prevention during Blood Glucose Monitoring and Insulin Administration.
Store test strips in the container provided. Do not expose them to moisture, extreme heat, or cold temperatures.
Recommended Target Ranges
The following standard recommendations are from the American Diabetes Association (ADA) for people who have diagnosed diabetes and are not pregnant. Work with your doctor to identify your personal blood sugar goals based on your age, health, diabetes treatment, and whether you have type 1 or type 2 diabetes.
Your range may be different if you have other health conditions or if your blood sugar is often low or high. Always follow your doctor’s recommendations.
Below is a sample record to discuss with your doctor.
Getting an A1C Test
Make sure to get an A1C test at least twice a year. Some people may need to have the test more often, so follow your doctor’s advice.
A1C results tell you your average blood sugar level over 3 months. A1C results may be different in people with hemoglobin problems such as sickle cell anemia. Work with your doctor to decide the best A1C goal for you. Follow your doctor’s advice and recommendations.
Your A1C result will be reported in two ways:
A1C as a percentage.
Estimated average glucose (eAG), in the same kind of numbers as your day-to-day blood sugar readings.
If after taking this test your results are too high or too low, your diabetes care plan may need to be adjusted. Below are ADA’s standard target ranges:
Questions To Ask Your Doctor
When visiting your doctor, you might keep these questions in mind to ask during your appointment.
What is my target blood sugar range?
How often should I check my blood sugar?
What do these numbers mean?
Are there patterns that show I need to change my diabetes treatment?
What changes need to be made to my diabetes care plan?
If you have other questions about your numbers or your ability to manage your diabetes, make sure to work closely with your doctor or health care team.
Source: Centers for Disease Control and Prevention (CDC)
Additional Materials (5)
Sugar, Blood Test, Quicktest
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Blood Sugar Gone Awry
We are made entirely of cells, and the cells of the body depend on sugar in the blood, derived from carbohydrates, for food and energy. Allowing for the innumerable differences among individuals, the threshold for a normal blood-sugar (glucose) level in healthy people is 100 mg/dL; that is, 100 milligrams of glucose per deciliter of blood. Lower-than-normal levels characterize hypoglycemia and higher than normal levels hyperglycemia. Hypoglycemia, indicated around 70 mg/dL and lower, can be traced to three causes. The body may be using up the available blood sugar (glucose), or the glucose ingested may be released into the blood stream too slowly. It's also possible that too much insulin is being released. Hyperglycemia is the hallmark of prediabetes (between 100 and 125 mg/dL) and diabetes (126 mg/dL and higher). It is caused by either too little insulin being released by the pancreas or the body`s inability to use insulin properly.
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Monitoring Glucose - Know Your Blood Sugar Numbers: Use Them to Manage Your Diabetes
Regularly checking blood sugar levels is very important. It allows quick responses to blood sugar levels that are too low (hypoglycemia) or too high (hyperglycemia). Adjustments can include diet, exercise, oral medications, or insulin, as instructed by a health-care provider. Keeping track of blood sugar levels also permits someone with diabetes to see patterns in blood sugar levels, and this helps in planning meals, activities, and medication times.
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Hemoglobin A1c
The hemoglobin A1c test measures the percentage of hemoglobin bound to blood sugar (glucose); the test is used to diagnose type 1 and type 2 diabetes. Because the test results reflect average blood sugar levels over a period of 2-3 months (rather than daily fluctuations), the hemoglobin A1C test is also used to gauge how well patients are managing their diabetes over time.
Video by TheVisualMD
Noninvasive Blood Glucose Testing
Video by National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK)/YouTube
Sugar, Blood Test, Quicktest
HansMartinPaul/Pixabay
Blood Sugar Gone Awry
TheVisualMD
Monitoring Glucose - Know Your Blood Sugar Numbers: Use Them to Manage Your Diabetes
TheVisualMD
0:27
Hemoglobin A1c
TheVisualMD
1:22
Noninvasive Blood Glucose Testing
National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK)/YouTube
Glucose Self-Monitoring Test
Glucose Self-Monitoring Test
Also called: Self-Monitoring of Blood Glucose, SMBG, Glucometer
Self-monitoring of blood glucose (SMBG) is an important component of modern therapy for diabetes mellitus. SMBG has been recommended for people with diabetes and their health care professionals in order to achieve a specific level of glycemic control and to prevent hypoglycemia.
Glucose Self-Monitoring Test
Also called: Self-Monitoring of Blood Glucose, SMBG, Glucometer
Self-monitoring of blood glucose (SMBG) is an important component of modern therapy for diabetes mellitus. SMBG has been recommended for people with diabetes and their health care professionals in order to achieve a specific level of glycemic control and to prevent hypoglycemia.
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Your health care provider will identify the appropriate glucose range when you are prescribed a glucose meter.
Related conditions
This is a test system for use at home or in health care settings to measure the amount of sugar (glucose) in your blood.
Glucose is a sugar that your body uses as a source of energy. Unless you have diabetes, your body regulates the amount of glucose in your blood. People with diabetes may need special diets and medications to control blood glucose.
This is a quantitative test, which means that you will find out the amount of glucose present in your blood sample.
You should take this test if you have diabetes and you need to monitor your blood sugar (glucose) levels. You and your doctor can use the results to:
determine your daily adjustments in treatment
know if you have dangerously high or low levels of glucose
understand how your diet and exercise change your glucose levels
The Diabetes Control and Complications Trial (1993) showed that good glucose control using home monitors led to fewer disease complications.
Follow your doctor's recommendations about how often you test your glucose. You may need to test yourself several times each day to determine adjustments in your diet or treatment.
According to the American Diabetes Association (Standards of Medical Care in Diabetes – 2017. Diabetes Care, January 2017, vol. 40, Supplement 1, S11-S24) the blood glucose levels for an adult without diabetes are below 100 mg/dL before meals and fasting and are less than 140 mg/dL two hours after meals.
People with diabetes should consult their doctor or health care provider to set appropriate blood glucose goals. You should treat your low or high blood glucose as recommended by your health care provider.
The accuracy of this test depends on many factors including:
the quality of your meter
the quality of your test strips
how well you perform the test. For example, you should wash and dry your hands before testing and closely follow the instructions for operating your meter.
your hematocrit (the amount of red blood cells in the blood). If you are severely dehydrated or anemic, your test results may be less accurate. Your health care provider can tell you if your hematocrit is low or high, and can discuss with you how it may affect your glucose testing.
interfering substances (Some substances, such as Vitamin C, Tylenol, and uric acid, may interfere with your glucose testing). Check the instructions for your meter and test strips to find out what substances may affect the testing accuracy.
altitude, temperature, and humidity (High altitude, low and high temperatures, and humidity can cause unpredictable effects on glucose results). Check the meter manual and test strip package insert for more information.
store and handle the meter and strips according to manufacturer's instructions. It is important to store test strip vials closed.
Before you test your blood glucose, you must read and understand the instructions for your meter. In general, you prick your finger with a lancet to get a drop of blood. Then you place the blood on a disposable "test strip" that is inserted in your meter. The test strip contains chemicals that react with glucose. Some meters measure the amount of electricity that passes through the test strip. Others measure how much light reflects from it. In the U.S., meters report results in milligrams of glucose per deciliter of blood, or mg/dl.
You can get information about your meter and test strips from several different sources, including the toll-free number in the manual that comes with your meter or on the manufacturer's web site. If you have an urgent problem, always contact your health care provider or a local emergency room for advice.
There are many different types of meters available for purchase that differ in several ways, including:
accuracy
amount of blood needed for each test
how easy it is to use
pain associated with using the product
testing speed
overall size
ability to store test results in memory
likelihood of interferences
ability to transmit data to a computer
cost of the meter
cost of the test strips used
doctor's recommendation
technical support provided by the manufacturer
special features such as automatic timing, error codes, large display screen, or spoken instructions or results
Talk to your health care provider about the right glucose meter for you, and how to use it.
There are three ways to make sure your meter works properly:
Use liquid control solutions:
every time you open a new container of test strips
occasionally as you use the container of test strips
if you drop the meter
whenever you get unusual results
To test a liquid control solution, you test a drop of these solutions just like you test a drop of your blood. The value you get should match the value written on the test strip vial label.
Use electronic checks. Every time you turn on your meter, it does an electronic check. If it detects a problem it will give you an error code. Look in your meter's manual to see what the error codes mean and how to fix the problem. If you are unsure if your meter is working properly, call the toll-free number in your meter's manual, or contact your health care provider.
Compare your meter with a blood glucose test performed in a laboratory. Take your meter with you to your next appointment with your health care provider. Ask your provider to watch your testing technique to make sure you are using the meter correctly. Ask your health care provider to have your blood tested with a laboratory method. If the values you obtain on your glucose meter match the laboratory values, then your meter is working well and you are using good technique.
If your meter malfunctions, you should tell your health care provider and contact the company that made your meter and strips.
Some meters allow you to test blood from sites other than the fingertip. Examples of such alternative sampling sites are your palm, upper arm, forearm, thigh, or calf. Alternative site testing (AST) should not be performed at times when your blood glucose may be changing rapidly, as these alternative sampling sites may provide inaccurate results at those times. You should use only blood from your fingertip to test if any of the following applies:
you have just taken insulin
you think your blood sugar is low
you are not aware of symptoms when you become hypoglycemic
the results do not agree with the way you feel
you have just eaten
you have just exercised
you are ill
you are under stress
Also, you should never use results from an alternative sampling site to calibrate a continuous glucose monitor (CGM), or in insulin dosing calculations.
Blood Glucose Monitoring Devices. U.S. Food and Drug Administration. [accessed on Nov 15, 2018]
MedlinePlus Medical Encyclopedia. Low blood sugar - self-care. [accessed on Nov 15, 2018]
Self-Monitoring of Blood Glucose: The Basics. Evan M. Benjamin. Clinical Diabetes Jan 2002, 20 (1) 45-47; DOI: 10.2337/diaclin.20.1.45 [accessed on Nov 15, 2018]
Standards of Medical Care in Diabetes – 2017. Diabetes Care, January 2017, vol. 40, Supplement 1, S11-S24 [accessed on Nov 18, 2018]
NIDDK. Know Your Blood Sugar Numbers: Use Them to Manage Your Diabetes. [accessed on Nov 18, 2018]
WebMD. Normal Blood Sugar Levels for Adults With Diabetes. [accessed on Nov 18, 2018]
https://www.webmd.com/diabetes/ketoacidosis [accessed on Apr 09, 2019]
https://www.mayoclinic.org/diseases-conditions/diabetic-coma/symptoms-causes/syc-20371475 [accessed on Apr 09, 2019]
http://www.diabetes.org/living-with-diabetes/complications/hyperosmolar-hyperglycemic.html [accessed on Apr 09, 2019]
Normal reference ranges can vary depending on the laboratory and the method used for testing. You must use the range supplied by the laboratory that performed your test to evaluate whether your results are "within normal limits."
Additional Materials (50)
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What Is Insulin Resistance?
When you eat carbohydrates, they are broken down into sugars. Glucose is a principal sugar in the carbohydrate family and it can be taken up by every cell in the body and burnt as fuel. As the glucose enters your body it raises your blood sugar levels. In response, specialized cells in your pancreas produce insulin, a hormone that signals cells in the body to absorb glucose for energy. Insulin also tells your body to store fat, preventing you from burning it as fuel. When you consistently eat refined carbohydrates (like candies and foods made with white flour), your blood stream is quickly flooded with glucose. Spikes of glucose in the blood stream spur the pancreas to produce more insulin. Insulin receptors on the cell surface that have been bombarded with insulin for years start to burn out and ignore insulin's signals. The pancreas secretes more and more insulin, trying to bring more glucose into the cell but only causing the receptors to degrade more. As a result you have partial or full blown insulin resistance.
Video by TheVisualMD
This browser does not support the video element.
Blood Glucose and Baselining Your Health
Our bodies and brains run on glucose, a simple sugar produced by the digestion of carbohydrates. The body's ability to use glucose depends on the hormone insulin, which is produced by the pancreas. Blood sugar levels naturally rise after meals, but insulin from a healthy pancreas keeps these levels within a narrow range. In diabetes, however, this balance is disrupted because either the body loses its ability to respond to insulin or the pancreas loses its ability to produce insulin. Too much or too little glucose in the bloodstream can damage blood vessels in the kidneys and eyes, as well as nerve cells; acute disruptions of the insulin/glucose balance can be life threatening. Blood and urine tests can determine whether someone is diabetic or pre-diabetic. Diabetes is looming as a major public health concern; an estimated 25 million people in the U.S. have diabetes, with more than a quarter of them undiagnosed.
Video by TheVisualMD
Glucose Self-monitoring in Non–Insulin-Treated Patients With Type 2 Diabetes
Video by TheJAMAReport/YouTube
How To Test Blood Sugar | How To Use Glucometer | How To Check Blood Glucose | (2018)
Video by AbrahamThePharmacist/YouTube
Checking Your Blood Sugar Level
Video by Covenant Health/YouTube
Checking Blood Sugar (Glucose) Level | How to Use a Glucometer (Glucose Meter)
Video by RegisteredNurseRN/YouTube
Blood glucose measurement - OSCE Guide
Video by Geeky Medics/YouTube
Diabetes in children (3 of 9): Blood glucose monitoring
Video by Nicklaus Children's Hospital/YouTube
Medical Information : How Does a Glucose Monitor Meter Work?
Video by ehowhealth/YouTube
Benefits of Testing Blood Glucose
Video by Diabetes.co.uk/YouTube
What is Continuous Glucose Monitoring (CGM)?
Video by Dexcom/YouTube
Monitoring Glucose Like a Pro (Living With Diabetes #2)
Video by Healthguru/YouTube
How to do a blood glucose test
Video by University College London Hospitals NHS Foundation Trust/YouTube
Diabetes: Your blood glucose target range
Video by ClearlyHealth/YouTube
How to test your blood glucose levels | Diabetes UK
Video by Diabetes UK/YouTube
This browser does not support the video element.
Glucose tolerance test
Oral Glucose Tolerance Test : The glucose tolerance test is a lab test to check how your body breaks down sugar. The most common glucose tolerance test is the oral glucose tolerance test (OGTT).
Video by TheVisualMD
This browser does not support the video element.
Blood glucose monitoring
Self Test Blood Glucose Level : Unlike many other diseases, type 2 diabetes is treatable, and its symptoms can be reduced or even eliminated. The key is monitoring your blood sugar level by self-testing. When you keep your glucose level down, you can prevent serious health consequences and health care costs: For every 1% reduction in HbA1C levels, there is a 30% reduction in complications such as eye disease and nerve damage, and a 16% drop in complications such as heart disease.
Video by TheVisualMD
This browser does not support the video element.
Random Plasma Glucose
The random plasma glucose test, also called the casual glucose test, may be used for diagnosing diabetes when symptoms of diabetes are present.
Video by TheVisualMD
Type 1 Diabetes: Why We Chose an Insulin Pump and a Continuous Glucose Monitor (CGM)
Video by NYU Langone Health/YouTube
What is continuous glucose monitoring?
Video by Top Doctors UK/YouTube
Continuous Glucose Monitoring Systems
Video by Southcoast Health/YouTube
What is Continuous Glucose Monitoring (CGM)?
Video by Medtronic Diabetes/YouTube
Ask the Expert: Continuous Glucose Monitors (CGMs)
Video by Hormone Health Network/YouTube
Insulin Pumps and Sensors: Treating Diabetes with Technology at Mayo Clinic
Video by Mayo Clinic/YouTube
Coping with a Type 1 Diabetes Diagnosis
Video by The Children's Hospital of Philadelphia/YouTube
Insulin and Glucose Vessel Dispersion
Our bodies and brains run on glucose. Our ability to use glucose as a source of energy depends on the hormone insulin, produced by the pancreas. Levels of insulin and glucose in the blood must be maintained in careful balance. Chronic conditions of too much or too little glucose in the bloodstream can damage the heart, kidneys, eyes, nerves, and blood vessels.
Image by TheVisualMD
Blood Glucose Self-Monitoring
The woman pictured here, was about to check her blood glucose level. This process is known as self-monitoring blood glucose, and it is a way for people with diabetes to find out how much glucose is in their blood. A drop of blood from the fingertip is placed on a special coated strip of paper, revealing the amount of glucose in the blood. Many people use an electronic meter to get this reading. This stage of the procedure now required this patient to read her blood glucose level using an electronic glucose meter. Her reading of 76 mg/dL, was within normal limits, which when take before eating, should read 70–130 mg/dl (5.0–7.2 mmol/l), and after eating should read
Image by CDC/ Amanda Mills
Blood Glucose Self-Monitoring
The woman pictured here, was about to check her blood glucose level. This process is known as self-monitoring blood glucose, and it is a way for people with diabetes to find out how much glucose is in their blood. A drop of blood from the fingertip is placed on a special coated strip of paper, revealing the amount of glucose in the blood. Many people use an electronic meter to get this reading.
Image by CDC/ Amanda Mills
Blood Glucose Self-Monitoring
Pictured here, was a young girl who was in the process of testing her blood glucose level, by using a self-monitoring finger stick device. Held against her left thumb, the monitoring device was secured using her right hand. Monitoring of blood glucose levels is frequently performed to guide therapy for persons with diabetes.
Image by CDC/ Amanda Mills
Continuous Glucose Monitor
Continuous Glucose Monitor
There are many options available allowing patients with diabetes to monitor and manage their glucose levels. The Continuous Glucose Monitor (CGM) shown here includes a glucose level sensor and transmitter, a data receiver which displays the patient's glucose levels, and an insulin delivery system (pump), which administers doses of insulin decided by the patient and their health care provider. Patients should always make insulin and other diabetes dosing decisions using a blood glucose level result. Insulin may be delivered by pill, syringe, pen, or pump.
Image by PROThe U.S. Food and Drug Administration
Cross-Section of Damaged Capillary Blood Vessel with Very High Glucose and Insulin Levels
This image depicts an unhealthy, damaged capillary with very high levels of insulin and glucose. Capillaries, the smallest blood vessels in your body, are where nutrients are transferred from blood to cells, and waste from cells to the blood The body's cells depend on sugar (glucose) in the blood, which is derived from carbohydrates, for food and energy. Without insulin, glucose is not able to enter cells to be used as fuel. Allowing for the innumerable differences among individuals, the threshold for a normal blood-sugar (glucose) level in healthy people is 100 mg/dL; that is, 100 milligrams of glucose per deciliter of blood. Higher than normal levels lead to hyperglycemia. Hyperglycemia is the hallmark of prediabetes (between 100 and 125 mg/dL) and diabetes (126 mg/dL and higher). It is caused by either too little insulin being released by the pancreas or the body's inability to use insulin properly. Hyperglycemia leads to microangiopathy, marked by endothelial cell apoptosis (programmed cell death), accumulation of AGEs (advanced glycation end products), and thickening of the basement membrane, which can lead to development of lesions, vasoconstriction, and altered vessel function
Glucose Challenge Test Orange Drink
Glucose Challenge Test Orange Drink
Image by TheVisualMD
Cross-Section of Damaged Capillary Blood Vessel with Very High Glucose and Insulin Levels
This image depicts an unhealthy, damaged capillary with very high levels of insulin and glucose. Capillaries, the smallest blood vessels in your body, are where nutrients are transferredfrom blood to cells and waste from cells to blood. The cells of the body depend on sugar in the blood, which is derived from carbohydrates, for food and energy. Allowing for the innumerable differences among individuals, the threshold for a normal blood-sugar (glucose) level in healthy people is 100 mg/dL; that is, 100 milligrams of glucose per deciliter of blood. Higher than normal levels lead to hyperglycemia. Hyperglycemia is the hallmark of prediabetes (between 100 and 125 mg/dL) and diabetes (126 mg/dL and higher). It is caused by either too little insulin being released by the pancreas or the body's inability to use insulin properly. Hyperglycemia leads to microangiopathy, marked by endothelial cell apoptosis (programmed cell death), accumulation of AGEs (advanced glycation end products), and thickening of the basement membrane, which can lead to development of lesions, vasoconstriction, and altered vessel function.
Image by TheVisualMD
Blood Glucose Self-Monitoring
This image reveals a blood droplet atop the left thumb of a young girl, who was in the process of performing a self-monitoring blood glucose test, which as a diabetic, would test her blood glucose level. She was holding the monitoring device in her right hand. Monitoring of blood glucose levels is frequently performed to guide therapy for persons with diabetes.
Image by CDC/ Amanda Mills
Blood Glucose Self-Monitoring
This photograph depicts a young diabetic girl who was in the process of carrying out a self-monitored blood glucose test. After having performed a finger stick (see PHIL 13564), and introduced the blood droplet to the glucose monitor (see PHIL 13565), she was now in the process of reading the liquid crystal display on the monitor in order to find the level of glucose in her blood. Monitoring of blood glucose levels is frequently performed to guide therapy for persons with diabetes.
Image by CDC/ Amanda Mills
Carbohydrate Metabolism Disorders
Glucose metabolism and various forms of it in the process. Glucose-containing compounds and isomeric forms are digested and taken up by the body in the intestines, including starch, glycogen, disaccharides and monosaccharides. Glucose is stored in mainly the liver and muscles as glycogen. It is distributed and used in tissues as free glucose.
Image by Mikael Häggström
Manage Your Diabetes by Checking Your Blood Glucose
Image by TheVisualMD
Drawing of a developing baby inside the womb showing how glucose travels through the umbilical cord to the baby
If your blood glucose level is too high, then your baby also gets too much glucose.
Image by NIDDK Image Library
Blood Glucose and Baselining Your Health
Our bodies and brains run on glucose, a simple sugar produced by the digestion of carbohydrates. The body's ability to use glucose depends on the hormone insulin, which is produced by the pancreas. Blood sugar levels naturally rise after meals, but insulin from a healthy pancreas keeps these levels within a narrow range. In diabetes, however, this balance is disrupted because either the body loses its ability to respond to insulin or the pancreas loses its ability to produce insulin. Too much or too little glucose in the bloodstream can damage blood vessels in the kidneys and eyes, as well as nerve cells; acute disruptions of the insulin/glucose balance can be life threatening. Blood and urine tests can determine whether someone is diabetic or pre-diabetic. Diabetes is looming as a major public health concern; an estimated 25 million people in the U.S. have diabetes, with more than a quarter of them undiagnosed.
Image by TheVisualMD
Insulin & Glucose
Our bodies and brains run on glucose. Our ability to use glucose as a source of energy depends on the hormone insulin, produced by the pancreas. Levels of insulin and glucose in the blood must be maintained in careful balance. Chronic conditions of too much or too little glucose in the bloodstream can damage the heart, kidneys, eyes, nerves, and blood vessels.
A pathological state in which BLOOD GLUCOSE level is less than approximately 140 mg/100 ml of PLASMA at fasting, and above approximately 200 mg/100 ml plasma at 30-, 60-, or 90-minute during a GLUCOSE TOLERANCE TEST. This condition is seen frequently in DIABETES MELLITUS, but also occurs with other diseases and MALNUTRITION. (NCBI/NIH)
A pathological state in which BLOOD GLUCOSE level is less than approximately 140 mg/100 ml of PLASMA at fasting, and above approximately 200 mg/100 ml plasma at 30-, 60-, or 90-minute during a GLUCOSE TOLERANCE TEST. This condition is seen frequently in DIABETES MELLITUS, but also occurs with other diseases and MALNUTRITION. (NCBI/NIH)
Image by TheVisualMD
Drop of blood on exposed vascular fingertip
Drop of Blood on exposed vascular fingertip
Image by TheVisualMD
Hemoglobin A1C: Insulin Receptor
Glucose is vital to health as a source of energy for muscles as well as the brain's main source of fuel. The body's ability to use glucose depends on the hormone insulin, produced by the pancreas. Levels of blood glucose and insulin must be kept in balance.
Image by TheVisualMD
Insulin and Glucose Levels in the Bloodstream in Normal Conditions
Insulin is a potent hormone that has a powerful effect on many of the cells in the body. Rising glucose levels in the blood signal the pancreatic beta cells to produce and release greater amounts of insulin into the bloodstream. To avoid problems, the level of glucose in the blood has to be maintained within a very narrow range: between 70 mg/dL and 110 mg/dL. Without insulin, glucose would not be able to penetrate through cells' plasma membranes and enter into cell interiors, where it is used for energy or stored for future use. Glucose is the body's main and most vital fuel. In fact, some cells of the body, such as brain cells and red blood cells, use only glucose as fuel. Insulin attaches to special sites on the cell membrane called insulin receptors. This attachment starts a long chain of events that lead to an increase in the number of glucose transporters, specialized protein molecules in the cell membrane. The glucose transporters form channels in the cell's membrane that allow glucose to enter the cell through a process called facilitated diffusion.
Image by TheVisualMD
Sensitive content
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Checking blood sugar levels
A patient has blood sugar levels checked Oct. 13, 2015, at the Wilford Hall Ambulatory Surgical Center, Joint Base San Antonio-Lackland. Monitoring blood sugar levels is important to prevent the onset of diabetes symptoms and future health concerns. (U.S. Air Force photo/Staff Sgt. Chelsea Browning)
Image by U.S. Air Force photo/Staff Sgt. Chelsea Browning
CGM systems provide glucose measurements as often as once per minute.
CGM systems provide glucose measurements as often as once per minute. The measurements are transmitted to a wireless monitor. Drawing of three people, each using a different type of wireless continuous glucose monitoring system. A man on the left wears a glucose sensor/transmitter on his right arm and holds a monitor in his left hand. In the middle drawing, a woman's torso is shown with a sensor/transmitter on her abdomen and a monitor clipped to the top of her pants. A woman on the right wears a third type of monitor outside her clothing; the sensor/transmitter is worn beneath her clothing so it is not pictured
Image by NIDDK Image Library
Wireless continuous glucose monitoring systems
CGM systems provide glucose measurements as often as once per minute. The measurements are transmitted to a wireless monitor.
Image by NIDDK Image Library
Blood glucose meter FreeStyle Libre from Abbott. The white sensor is fixed to the upper arm and scanned with the reader. The reader is showing (top to bottom) days to replacement of sensor (11), current BG (7,4) & change (-> i.e. steady) and a diagram of the latest BG levels.
Blood glucose meter FreeStyle Libre from Abbott. The white sensor is fixed to the upper arm and scanned with the reader. The reader is showing (top to bottom) days to replacement of sensor (11), current BG (7,4) & change (-> i.e. steady) and a diagram of the latest BG levels.
Image by Sjö
Continuous Glucose Monitoring
Image by tedeytan
1:47
What Is Insulin Resistance?
TheVisualMD
1:36
Blood Glucose and Baselining Your Health
TheVisualMD
2:08
Glucose Self-monitoring in Non–Insulin-Treated Patients With Type 2 Diabetes
TheJAMAReport/YouTube
4:55
How To Test Blood Sugar | How To Use Glucometer | How To Check Blood Glucose | (2018)
AbrahamThePharmacist/YouTube
3:18
Checking Your Blood Sugar Level
Covenant Health/YouTube
10:43
Checking Blood Sugar (Glucose) Level | How to Use a Glucometer (Glucose Meter)
RegisteredNurseRN/YouTube
2:09
Blood glucose measurement - OSCE Guide
Geeky Medics/YouTube
10:43
Diabetes in children (3 of 9): Blood glucose monitoring
Nicklaus Children's Hospital/YouTube
1:03
Medical Information : How Does a Glucose Monitor Meter Work?
ehowhealth/YouTube
1:21
Benefits of Testing Blood Glucose
Diabetes.co.uk/YouTube
7:37
What is Continuous Glucose Monitoring (CGM)?
Dexcom/YouTube
2:48
Monitoring Glucose Like a Pro (Living With Diabetes #2)
Healthguru/YouTube
4:14
How to do a blood glucose test
University College London Hospitals NHS Foundation Trust/YouTube
1:55
Diabetes: Your blood glucose target range
ClearlyHealth/YouTube
4:46
How to test your blood glucose levels | Diabetes UK
Diabetes UK/YouTube
0:27
Glucose tolerance test
TheVisualMD
0:38
Blood glucose monitoring
TheVisualMD
0:17
Random Plasma Glucose
TheVisualMD
2:40
Type 1 Diabetes: Why We Chose an Insulin Pump and a Continuous Glucose Monitor (CGM)
NYU Langone Health/YouTube
1:48
What is continuous glucose monitoring?
Top Doctors UK/YouTube
1:58
Continuous Glucose Monitoring Systems
Southcoast Health/YouTube
4:23
What is Continuous Glucose Monitoring (CGM)?
Medtronic Diabetes/YouTube
3:41
Ask the Expert: Continuous Glucose Monitors (CGMs)
Hormone Health Network/YouTube
3:17
Insulin Pumps and Sensors: Treating Diabetes with Technology at Mayo Clinic
Mayo Clinic/YouTube
7:48
Coping with a Type 1 Diabetes Diagnosis
The Children's Hospital of Philadelphia/YouTube
Insulin and Glucose Vessel Dispersion
TheVisualMD
Blood Glucose Self-Monitoring
CDC/ Amanda Mills
Blood Glucose Self-Monitoring
CDC/ Amanda Mills
Blood Glucose Self-Monitoring
CDC/ Amanda Mills
Continuous Glucose Monitor
PROThe U.S. Food and Drug Administration
Cross-Section of Damaged Capillary Blood Vessel with Very High Glucose and Insulin Levels
Glucose Challenge Test Orange Drink
TheVisualMD
Cross-Section of Damaged Capillary Blood Vessel with Very High Glucose and Insulin Levels
TheVisualMD
Blood Glucose Self-Monitoring
CDC/ Amanda Mills
Blood Glucose Self-Monitoring
CDC/ Amanda Mills
Carbohydrate Metabolism Disorders
Mikael Häggström
Manage Your Diabetes by Checking Your Blood Glucose
TheVisualMD
Drawing of a developing baby inside the womb showing how glucose travels through the umbilical cord to the baby
Insulin and Glucose Levels in the Bloodstream in Normal Conditions
TheVisualMD
Sensitive content
This media may include sensitive content
Checking blood sugar levels
U.S. Air Force photo/Staff Sgt. Chelsea Browning
CGM systems provide glucose measurements as often as once per minute.
NIDDK Image Library
Wireless continuous glucose monitoring systems
NIDDK Image Library
Blood glucose meter FreeStyle Libre from Abbott. The white sensor is fixed to the upper arm and scanned with the reader. The reader is showing (top to bottom) days to replacement of sensor (11), current BG (7,4) & change (-> i.e. steady) and a diagram of the latest BG levels.
Sjö
Continuous Glucose Monitoring
tedeytan
Hemoglobin A1C Test
Hemoglobin A1C Test
Also called: A1C test, HbA1c, Glycohemoglobin, Glycated hemoglobin, Glycosylated hemoglobin
A hemoglobin A1C test is a blood test that measures the amount of glucose (sugar) attached to hemoglobin. An A1C test can show your average glucose level for the past three months. Doctors may use the A1C alone or in combination with other diabetes tests to make a diagnosis. They also use the A1C to see how well you are managing your diabetes.
Hemoglobin A1C Test
Also called: A1C test, HbA1c, Glycohemoglobin, Glycated hemoglobin, Glycosylated hemoglobin
A hemoglobin A1C test is a blood test that measures the amount of glucose (sugar) attached to hemoglobin. An A1C test can show your average glucose level for the past three months. Doctors may use the A1C alone or in combination with other diabetes tests to make a diagnosis. They also use the A1C to see how well you are managing your diabetes.
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Use the slider below to see how your results affect your
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Normal results can slightly vary based on the laboratory and the method used.
Related conditions
A hemoglobin A1C (HbA1C) test is a blood test that shows what your average blood sugar (glucose) level was over the past two to three months.
Glucose is a type of sugar in your blood that comes from the foods you eat. Your cells use glucose for energy. A hormone called insulin helps glucose get into your cells. If you have diabetes your body doesn't make enough insulin, or your cells don't use it well. As a result, glucose can't get into your cells, so your blood sugar levels increase.
Glucose in your blood sticks to hemoglobin, a protein in your red blood cells. As your blood glucose levels increase, more of your hemoglobin will be coated with glucose. An A1C test measures the percentage of your red blood cells that have glucose-coated hemoglobin.
An A1C test can show your average glucose level for the past three months because:
Glucose sticks to hemoglobin for as long as the red blood cells are alive.
Red blood cells live about three months.
High A1C levels are a sign of high blood glucose from diabetes. Diabetes can cause serious health problems, including heart disease, kidney disease, and nerve damage. But with treatment and lifestyle changes, you can control your blood glucose levels.
An A1C test may be used to screen for or diagnose:
Type 2 diabetes. With type 2 diabetes your blood glucose gets too high because your body doesn't make enough insulin to move blood sugar from your bloodstream into your cells, or because your cells stop responding to insulin.
Prediabetes. Prediabetes means that your blood glucose levels are higher than normal, but not high enough to diagnosed as diabetes. Lifestyle changes, such as healthy eating and exercise, may help delay or prevent prediabetes from becoming type 2 diabetes.
If you have diabetes or prediabetes, an A1C test can help monitor your condition and check how well you've been able to control your blood sugar levels.
The Centers for Disease Control (CDC) recommends A1C testing for diabetes and prediabetes if:
You are over age 45.
If your results are normal, you should repeat the test every 3 years.
If your results show you have prediabetes, you will usually need to be tested every 1 to 2 years. Ask your provider how often to get tested and what you can do to reduce your risk of developing diabetes.
If your results show you have diabetes, you should get an A1C test at least twice a year to monitor your condition and treatment.
You are under 45 and are more likely to develop diabetes because you:
Have prediabetes.
Are overweight or have obesity.
Have a parent or sibling with type 2 diabetes.
Have high blood pressure or high cholesterol levels.
Have heart disease or have had a stroke.
Are physically active less than 3 times a week.
Have had gestational diabetes (diabetes during pregnancy) or given birth to a baby over 9 pounds.
Are African American, Hispanic or Latino, American Indian, or an Alaska Native person. Some Pacific Islander and Asian American people also have a higher risk of developing diabetes.
Have polycystic ovarian syndrome (PCOS).
You may also need an A1C test if you have symptoms of diabetes, such as:
Feeling very thirsty
Urinating (peeing) a lot
Losing weight without trying
Feeling very hungry
Blurred vision
Numb or tingling hands or feet
Fatigue
Dry skin
Sores that heal slowly
Having more infections than usual
A health care professional will take a blood sample from a vein in your arm, using a small needle. After the needle is inserted, a small amount of blood will be collected into a test tube or vial. You may feel a little sting when the needle goes in or out. This usually takes less than five minutes.
You don't need any special preparations for an A1C test.
There is very little risk to having a blood test. You may have slight pain or bruising at the spot where the needle was put in, but most symptoms go away quickly.
A1C results tell you what percentage of your hemoglobin is coated with glucose. The percent ranges are just a guide to what is normal. What's normal for you depends on your health, age, and other factors. Ask your provider what A1C percentage is healthy for you.
To diagnose diabetes or prediabetes, the percentages commonly used are:
Normal: A1C below 5.7%
Prediabetes: A1C between 5.7% and 6.4%
Diabetes: A1C of 6.5% or higher
Providers often use more than one test to diagnose diabetes. So, if your test result was higher than normal, you may have another A1C test or a different type of diabetes test, usually either a fasting blood glucose test or an oral glucose tolerance test (OGTT).
If your A1C test was done to monitor your diabetes, talk with your provider about what your test results mean.
The A1C test is not used to diagnose gestational diabetes or type 1 diabetes.
Also, if you have a condition that affects your red blood cells, such as anemia or another type of blood disorder, an A1C test may not be accurate for diagnosing diabetes. Kidney failure and liver disease can also affect A1C results. In these cases, your provider may recommend different tests to diagnose diabetes and prediabetes.
Hemoglobin A1C (HbA1c) Test: MedlinePlus Medical Test [accessed on Oct 05, 2022]
https://diabetesed.net/wp-content/uploads/2017/12/2018-ADA-Standards-of-Care.pdf [accessed on Apr 19, 2019]
https://labtestsonline.org/tests/hemoglobin-a1c [accessed on Apr 19, 2019]
https://www.niddk.nih.gov/health-information/diabetes/overview/tests-diagnosis/a1c-test [accessed on Apr 19, 2019]
Normal reference ranges can vary depending on the laboratory and the method used for testing. You must use the range supplied by the laboratory that performed your test to evaluate whether your results are "within normal limits."
Additional Materials (24)
Hemoglobin A1C molecule
Hemoglobin is a protein found inside red blood cells that carries oxygen from the lungs to cells throughout the body. Hemoglobin also binds with glucose. Diabetics have too much glucose in the bloodstream and this extra glucose binds (or glycates) with hemoglobin. Glycated hemoglobin usually stays glycated for the life of the red blood cell (about 3 months). Therefore, the percentage of hemoglobin that is glycated (measured as A1C) reflects glucose levels that have affected red blood cells up to 3 months in the past.
Image by TheVisualMD
Hemoglobin A1C: Red Blood Cells
Red blood cells use the iron-rich protein hemoglobin to carry oxygen from the lungs to cells throughout the body and return carbon dioxide to the lungs. The percentage of hemoglobin bound to blood glucose (hemoglobin A1C) is used to diagnose diabetes.
Image by TheVisualMD
Testing and Diagnosing Diabetes
Several tests are used to diagnose prediabetes and diabetes. In June 2009, the ADA, the European Association for the Study of Diabetes, and the International Diabetes Federation made a joint recommendation that type 2 diabetes testing include the glycated hemoglobin (A1C) test. This test measures average blood glucose level during the past 2-3 months by measuring the percentage of glucose attached to hemoglobin, the oxygen-carrying protein pigment in red blood cells.
Image by TheVisualMD
HemoglobinA1C molecule
The A1C test is a common blood test used to diagnose type 1 and type 2 diabetes and then to gauge how well you're managing your diabetes. The A1C test goes by many other names, including glycated hemoglobin, glycosylated hemoglobin, hemoglobin A1C and HbA1c. The A1C test result reflects your average blood sugar level for the past two to three months. Specifically, the A1C test measures what percentage of your hemoglobin, a protein in red blood cells that carries oxygen, is coated with sugar (glycated). The higher your A1C level, the poorer your blood sugar control. And if you have previously diagnosed diabetes, the higher the A1C level, the higher your risk of diabetes complications.
Image by TheVisualMD
α,β-hemoglobin/haptoglobin hexamer complex
A model of α,β-hemoglobin/haptoglobin hexamer complex. There are 2 α,β-hemoglobin dimers depicted: one space filling model (yellow/orange), and one ribbon model (purple/blue). Each is bound by a haptoglobin molecule (both haptoglobin molecules are shown in pink, with one as a space filling model and one as a ribbon model).
Image by Ayacop
Hemoglobin, Carbon Monoxide
Hemoglobin is an iron-containing protein that enables red blood cells to deliver oxygen from the lungs to cells throughout the body. But the same binding site on the hemoglobin molecule has an even stronger affinity for carbon monoxide, which is why we are so susceptible to poisoning by this deadly gas; carbon monoxide grabs all the binding sites and starves the body's tissues of oxygen
Image by TheVisualMD
This browser does not support the video element.
Hemoglobin A1c
The hemoglobin A1c test measures the percentage of hemoglobin bound to blood sugar (glucose); the test is used to diagnose type 1 and type 2 diabetes. Because the test results reflect average blood sugar levels over a period of 2-3 months (rather than daily fluctuations), the hemoglobin A1C test is also used to gauge how well patients are managing their diabetes over time.
Video by TheVisualMD
Understanding Your A1C (Conditions A-Z)
Video by Healthguru/YouTube
Haemoglobin
Video by Wellcome Trust/YouTube
A1c - What You Need To Know
Video by Rehealthify/YouTube
This browser does not support the video element.
Type 2 Diabetes Testing
An estimated 79 million Americans, just over 25 percent of the population aged 20 years or older, have prediabetes. Prediabetes is a state where blood sugars may be a little bit elevated, but are not yet elevated to a dangerous range. It is typically asymptomatic, and if undiagnosed and untreated, prediabetes may lead to a potentially life-threatening condition called type 2 diabetes. Complications of type 2 diabetes include blindness, heart attack, and stroke. Prediabetes is readily detectable through simple blood testing with a goal of detecting abnormal glucose levels. Two common and complementary tests include fasting blood sugar and hemoglobin A1C (HbA1c) tests. With early detection and diagnosis, appropriate and immediate action can be made by the patient to reduce complications and to ensure a long and healthy life.
Video by TheVisualMD
Diagnosis of Type 2 Diabetes
Video by Animated Diabetes Patient/YouTube
Hemoglobin A1c & Diabetes
Video by DiabeTV/YouTube
Diabetic HbA1c - Everything You Need To Know - Dr. Nabil Ebraheim
Video by nabil ebraheim/YouTube
What Is An A1C?
Video by dLife/YouTube
A1C Levels
Video by Khan Academy/YouTube
This browser does not support the video element.
Type 1 Diabetes Diagnosis & Treatment
Type 1 diabetes can be diagnosed with blood tests that measure how much sugar is in your blood. They include: hemoglobin A1C, fasting blood glucose, and oral glucose tolerance. Type 1 diabetes is usually diagnosed in childhood or adolescence. About 5% of adults with diabetes have type 1 diabetes. Early diagnosis is crucial for early treatment. Type 1 diabetics need to take insulin, either through a pump or injections. Regular exercise as well as a diet low in refined carbohydrates will also help control blood sugar levels. By maintaining appropriate blood sugar levels, type 1 diabetics can lead normal lives free of serious complications.
Video by TheVisualMD
The 411 On Your A1c
Video by Lee Health/YouTube
Is Your A1C AOK?
Video by Lee Health/YouTube
What if the root cause of type 2 diabetes is found in the gut rather than the pancreas?
Video by TEDMED/YouTube
Lactate Threshold Test
Video by Mount Sinai Health System/YouTube
How HbA1c testing detects glucose in your body for diabetes type 2
Video by Pathology Tests Explained/YouTube
A Critical Balance
Key Players
The Fuel Supply Chain
Diabetes Symptoms
Overweight
Diabetes and Large Vessel Disease
Diabetes and Small Vessel Disease
Nerve Damage
Testing and Diagnosis
Keep It Down
Health in Action
Put Out the Fire
Calming Diabetes
Keeping Tabs on Glucose
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3
4
5
6
7
8
9
10
11
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Diabetes in the US
Interactive by TheVisualMD
Hemoglobin A1C molecule
TheVisualMD
Hemoglobin A1C: Red Blood Cells
TheVisualMD
Testing and Diagnosing Diabetes
TheVisualMD
HemoglobinA1C molecule
TheVisualMD
α,β-hemoglobin/haptoglobin hexamer complex
Ayacop
Hemoglobin, Carbon Monoxide
TheVisualMD
0:27
Hemoglobin A1c
TheVisualMD
1:10
Understanding Your A1C (Conditions A-Z)
Healthguru/YouTube
5:31
Haemoglobin
Wellcome Trust/YouTube
1:28
A1c - What You Need To Know
Rehealthify/YouTube
5:52
Type 2 Diabetes Testing
TheVisualMD
4:31
Diagnosis of Type 2 Diabetes
Animated Diabetes Patient/YouTube
1:43
Hemoglobin A1c & Diabetes
DiabeTV/YouTube
4:41
Diabetic HbA1c - Everything You Need To Know - Dr. Nabil Ebraheim
nabil ebraheim/YouTube
3:03
What Is An A1C?
dLife/YouTube
6:09
A1C Levels
Khan Academy/YouTube
1:12
Type 1 Diabetes Diagnosis & Treatment
TheVisualMD
1:56
The 411 On Your A1c
Lee Health/YouTube
1:41
Is Your A1C AOK?
Lee Health/YouTube
3:21
What if the root cause of type 2 diabetes is found in the gut rather than the pancreas?
TEDMED/YouTube
1:06
Lactate Threshold Test
Mount Sinai Health System/YouTube
2:28
How HbA1c testing detects glucose in your body for diabetes type 2
Pathology Tests Explained/YouTube
Diabetes in the US
TheVisualMD
Types of Insulin
Importance of Insulin
Image by TheVisualMD
Importance of Insulin
Insulin is a potent hormone that has a powerful effect on many of the cells in your body. Your pancreas is always secreting a small amount of insulin, but rising glucose levels in the blood signal the pancreatic beta cells to produce and release greater amounts of insulin into the bloodstream. Without insulin, glucose would not be able to penetrate through plasma membranes and enter into cell interiors where it is used for energy or stored for future use. Insulin attaches to special sites on the cell membrane called insulin receptors. This attachment starts a long chain of events that lead to an increase in the number of glucose transporters, specialized protein molecules in the cell membrane. The glucose transporters form channels in the cell’s membrane that allow glucose to enter the cell through a process called facilitated diffusion. Insulin causes • Skeletal muscle fiber cells o to take up glucose from the blood, use it for energy, and store the rest as glycogen. Skeletal muscle is the major target for glucose, taking up about 50% of the amount available. o to take up amino acids and convert them to protein• Liver cells o to take up glucose from the blood and store it as glycogen to prepare for energy needs after food has been digested and absorbed o to inhibit production of the enzymes involved in breaking glycogen back down o to inhibit the conversion of fats and proteins into glucose • Fat cells o to take up glucose from the blood and make fat • Red blood cells o to take up glucose from the blood and use it for energy • The hypothalamus o to reduce your appetite The net result of all these insulin-mediated actions is the lowering of your glucose, or blood sugar, level.
Image by TheVisualMD
Types of Insulin
Many types of insulin are used to treat diabetes. Although available choices may seem a bit overwhelming at first, this guide can help you discuss your treatment with your doctor.
Insulin is classified by how fast and how long it works in your body.
Terms To Know
Onset – How quickly insulin lowers your blood sugar.
Peak Time – When insulin is at maximum strength.
Duration – How long insulin works to lower your blood sugar.
Your doctor will prescribe the best insulin or insulins for you based on several factors:
How active you are.
The food you eat.
How well you’re able to manage your blood sugar levels.
Your age.
How long it takes your body to absorb insulin and how long it stays active. (This is different for different people.)
If you have type 1 diabetes, you’ll likely take a combination of insulins. Some people with type 2 diabetes will also need to take insulin.
Different brands of insulin vary in onset, peak time, and duration, even if they’re the same type, such as rapid acting. Be sure to check the dosing information that comes with your insulin and follow your doctor’s instructions.
Insulin Type
Onset
Peak Time
Duration
Method
Rapid acting
15 minutes
1 hour
2 to 4 hours
Usually taken right before a meal. Often used with longer-acting insulin.
Rapid-acting inhaled
10 to 15 minutes
30 minutes
3 hours
Usually taken right before a meal. Often used with injectable long-acting insulin.
Regular/short acting
30 minutes
2 to 3 hours
3 to 6 hours
Usually taken 30 to 60 minutes before a meal.
Intermediate acting
2 to 4 hours
4 to 12 hours
12 to 18 hours
Covers insulin needs for half a day or overnight. Often used with rapid- or short-acting insulin.
Long acting
2 hours
Does not peak
Up to 24 hours
Covers insulin needs for about a full day. Often used, when needed, with rapid- or short-acting insulin.
Ultra-long acting
6 hours
Does not peak
36 hours or longer
Provides steady insulin for long periods.
Premixed
5 to 60 minutes
Peaks vary
10 to 16 hours
Combines intermediate- and short-acting insulin. Usually taken 10 to 30 minutes before breakfast and dinner.
For more information about types of insulin and when to take them, talk to your doctor or diabetes educator.
Source: Centers for Disease Control and Prevention (CDC)
Additional Materials (1)
Priming Insulin Pen
Priming Insulin Pen
Image by Blausen.com staff (2014). "Medical gallery of Blausen Medical 2014"
Priming Insulin Pen
Blausen.com staff (2014). "Medical gallery of Blausen Medical 2014"
4 Ways To Take Insulin
Insulin Delivery Devices
Image by BruceBlaus
Insulin Delivery Devices
Image by BruceBlaus
4 Ways To Take Insulin
How and when to take insulin is different for each person and can change over time.
You may take just one type of insulin or different types throughout the day depending on your lifestyle, what you eat, and your blood sugar levels.
Ask your doctor to refer you to diabetes self-management education and support (DSMES) services when you start using insulin.
Your diabetes educator will make sure you feel comfortable managing your insulin routine, including how and where to inject and how to program an insulin pump if you’re using one.
Terms To Know
Bolus Insulin
Short- or rapid-acting insulin taken at or before mealtimes to control blood sugar levels.
Basal Insulin (background insulin)
Intermediate- or long-acting insulin taken to keep blood sugar levels steady between meals and overnight.
Basal-Bolus Regimen
Rapid-acting insulin taken at mealtimes and long-acting insulin taken once or twice a day.
Syringe or Pen
Syringes and insulin pens deliver insulin through a needle. Pens may be more convenient, and children may find them more comfortable than syringes.
Syringe
Your doctor will tell you how much insulin you need per dose. Smaller-capacity syringes are easier to use and more accurate.
If your largest dose is close to the syringe’s maximum capacity, buy the next size up in case your dosage changes.
If you need doses in half units, choose a syringe with half-unit markings.
Insulin pen
Some pens use cartridges that are inserted into the pen. Others are pre-filled and discarded after all the insulin is used. The insulin dose is dialed on the pen, and the insulin is injected through a needle.
If you inject insulin near the same place each time, hard lumps or fatty deposits can develop. Both problems can be unsightly and make insulin less reliable.
Advantages of syringes and pens
Injections require less training than a pump.
Injections may cost less than a pump.
Pens are more portable and easier to use than syringes.
Needles in pens are small, thin, and more comfortable.
Disadvantages of syringes and pens
Syringes are less discreet than pens.
Not all types of insulin can be used with a pen.
Pens are more expensive than syringes and may not be covered by insurance.
Insulin Pump
An insulin pump is about the size of a small cell phone. It gives you a basal dose of short- or rapid-acting insulin per hour. When you eat or when blood sugar is high, you calculate the dose, and the insulin in the pump delivers the bolus.
The pump delivers insulin through a thin plastic tube placed semi-permanently into the fatty layer under your skin, usually in the stomach area or back of the upper arm. Your doctor or health education specialist will show you how and where to place the tube.
Advantages of insulin pumps
Have been shown to improve A1C.
Deliver insulin more accurately.
Deliver bolus insulin easier.
Eliminate unpredictable effects of intermediate- or long-acting insulin.
Provide greater flexibility with meals, exercise, and daily schedule.
Can improve physical and psychological well-being.
Disadvantages of insulin pumps
May cause weight gain.
Can be expensive.
May cause infection.
May cause diabetic ketoacidosis (very high blood sugar) if the system is stopped or stops working correctly.
Can be a constant reminder of having diabetes.
Training is necessary.
Insulin Inhaler
Inhaled insulin is taken using an oral inhaler to deliver ultra-rapid-acting insulin at the beginning of meals. Inhaled insulin is used with an injectable long-acting insulin.
Advantages of insulin inhalers
Is not an injection.
Acts very fast and is as effective as injectable rapid-acting insulins.
Can be taken at the beginning of meals.
Could lower risk of low blood sugar.
Could cause less weight gain.
Inhaler device is small.
Disadvantages of insulin inhalers
Might cause mild or severe coughing.
May be more expensive.
Still requires injections or a pump for basal insulin.
Dosing isn’t as precise.
Make sure to talk to your doctor and diabetes educator when your lifestyle or needs change. They will know about the latest devices and have tips to make taking insulin and all aspects of diabetes easier to manage.
Source: Centers for Disease Control and Prevention (CDC)
Additional Materials (9)
Insulin Dispersion with Molecular Inset
Insulin is a potent hormone that has a powerful effect on many of the cells in the body. Rising glucose levels in the blood signal the pancreatic beta cells to produce and release greater amounts of insulin into the bloodstream. Without insulin, glucose would not be able to penetrate through cells' plasma membranes and enter into cell interiors. Glucose is the body's main and most vital fuel. In fact, some cells of the body, such as brain cells and red blood cells, use only glucose as fuel. Insulin causes skeletal muscle fiber cells, liver cells, fat cells, and red blood cells to take up glucose from the blood and use it for energy or store it as glycogen to prepare for energy needs, or (in the case of fat cells) use it to make fat. Insulin attaches to special sites on the cell membrane called insulin receptors. This attachment starts a long chain of events that lead to an increase in the number of glucose transporters, specialized protein molecules in the cell membrane. The glucose transporters form channels in the cell's membrane that allow glucose to enter the cell through a process called facilitated diffusion. The net result of all these insulin-mediated actions is the lowering of the glucose (blood sugar) level.
Image by TheVisualMD
Young girl with Type 1
500px provided description: A woman suffering from type 1 diabetes injects herself with insulin. [#stick ,#Journalism ,#Diabetes ,#Needles ,#Injection ,#Type 1 ,#Insulin ,#Diabetic ,#medical exam ,#Type 1 Diabetes]
Image by
Dom Pineiro
/Wikimedia
Insulin Pump
Image by Insulin Pump by Pedrovisc from NounProject.com
Glucose Insulin and Diabetes
Video by Khan Academy/YouTube
Drawing of a person injecting insulin
Drawing of a person injecting insulin with a needle and syringe through an injection port attached to the abdomen. The port has a round adhesive patch covering a cannula inserted under the skin. Using an injection port reduces the number of skin punctures to one every few days to apply a new port. The user injects insulin through the port.
Image by NIDDK Image Library
Insulin Production and Type 1 Diabetes
Video by WEHImovies/YouTube
Introduction to Insulin: Insulin Pen Injections
Video by Cleveland Clinic/YouTube
Insulin Receptor and Type 2 Diabetes
Video by WEHImovies/YouTube
Which Insulin To Use and When? The 4 Types of Insulin.
Video by Nurse Howie/YouTube
Insulin Dispersion with Molecular Inset
TheVisualMD
Young girl with Type 1
Dom Pineiro
/Wikimedia
Insulin Pump
Insulin Pump by Pedrovisc from NounProject.com
7:24
Glucose Insulin and Diabetes
Khan Academy/YouTube
Drawing of a person injecting insulin
NIDDK Image Library
4:13
Insulin Production and Type 1 Diabetes
WEHImovies/YouTube
7:41
Introduction to Insulin: Insulin Pen Injections
Cleveland Clinic/YouTube
3:58
Insulin Receptor and Type 2 Diabetes
WEHImovies/YouTube
3:07
Which Insulin To Use and When? The 4 Types of Insulin.
Nurse Howie/YouTube
Artificial Pancreas
The Artificial Pancreas System (An Autonomous System for Glycemic Control)
Image by FDA
The Artificial Pancreas System (An Autonomous System for Glycemic Control)
1) Continuous Glucose Monitor (CGM). A CGM provides a steady stream of information that reflects the patient’s blood glucose levels. A sensor placed under the patient's skin (subcutaneously) measures the glucose in the fluid around the cells (interstitial fluid) which is associated with blood glucose levels. A small transmitter sends information to a receiver. A CGM continuously displays both an estimate of blood glucose levels and their direction and rate of change of these estimates.
Blood Glucose Device (BGD). Currently, to get the most accurate estimates of blood glucose possible from a CGM, the patient needs to periodically calibrate the CGM using a blood glucose measurement from a BGD; therefore, the BGD still plays a critical role in the proper management of patients with an APDS. However, over time, we anticipate that improved CGM performance may do away with the need for periodic blood glucose checks with a BGD.
2) Control algorithm. A control algorithm is software embedded in an external processor (controller) that receives information from the CGM and performs a series of mathematical calculations. Based on these calculations, the controller sends dosing instructions to the infusion pump. The control algorithm can be run on any number of devices including an insulin pump, computer or cellular phone. The FDA does not require the control algorithm to reside on the insulin pump.
3) Insulin pump. Based on the instructions sent by the controller, an infusion pump adjusts the insulin delivery to the tissue under the skin.
4) The Patient. The patient is an important part of Artificial Pancreas Delivery System. The concentration of glucose circulating in the patient’s blood is constantly changing. It is affected by the patient’s diet, activity level, and how his or her body metabolizes insulin and other substances.
Image by FDA
Artificial Pancreas Helps Kids With Diabetes
In type 1 diabetes, your body mistakenly attacks and destroys certain cells in your own pancreas. These cells normally make a molecule called insulin. Without insulin, the sugar glucose builds up in your blood. This can cause serious health problems.
Current treatments for type 1 diabetes include frequent testing of blood glucose and insulin injections. But researchers have been working on a new approach called artificial pancreas systems. These automated systems contain a blood glucose monitor and an insulin pump. The monitor provides constant feedback to the pump. The pump then supplies insulin to the body when needed.
Past studies showed that such systems work well in adults and older children. Scientists tested an artificial pancreas system in 68 children, ages 2 to 5, with type 1 diabetes. They compared their blood glucose levels with those of 34 children receiving standard care.
After three months, children with the artificial pancreas showed more stable blood glucose levels than the kids getting standard care. They had about three more hours per day of better blood glucose control. The benefits were greatest during the night, when kids would be sleeping.
“Artificial pancreas systems have the potential to improve all-day blood glucose control in these young patients,” says NIH diabetes expert Dr. Guillermo Arreaza-Rubín. “This could help ease concerns about the long-term effects of type 1 diabetes on children’s health.”
More study is needed to see how well the artificial pancreas system works in young kids over long periods of time.
Source: NIH News in Health
Additional Materials (6)
The Control-IQ artificial pancreas system was derived from research done at the Center for Diabetes Technology at the University of Virginia.
Image by Tandem Diabetes Care
Artificial Pancreas
Artificial Pancreas
Image by mbbradford / https://en.m.wikipedia.org/wiki/File:Artificial_Pancreas.jpg#mw-jump-to-license
Artificial Pancreas: Life-Changing Technology for Type 1 Diabetes Patients
Video by uvahealth/YouTube
"Artificial pancreas" changing lives
Video by ABC Action News/YouTube
Dr. Max Gomez: Artificial Pancreas
Video by CBS New York/YouTube
The Artificial Pancreas | Advancing Health Through Research
Video by National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK)/YouTube
The Control-IQ artificial pancreas system was derived from research done at the Center for Diabetes Technology at the University of Virginia.
Artificial Pancreas: Life-Changing Technology for Type 1 Diabetes Patients
uvahealth/YouTube
2:08
"Artificial pancreas" changing lives
ABC Action News/YouTube
2:12
Dr. Max Gomez: Artificial Pancreas
CBS New York/YouTube
1:54
The Artificial Pancreas | Advancing Health Through Research
National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK)/YouTube
Diabetes-Friendly Foods
Low Glycemic Foods
Image by TheVisualMD
Low Glycemic Foods
Low Glycemic Foods
Image by TheVisualMD
The Delicious & Nutritious Superpowers of Diabetes-Friendly Foods
For people with diabetes, making the right food choices can sometimes feel complicated or confusing. And while individual dietary needs should always be carefully discussed with your doctor or nutritionist, there are a few go-to diabetes-friendly foods – sometimes called “diabetes superfoods” – that will not only come to the nutritional rescue but may also help make meal planning and snacking a little easier.
A great place to start is with fruits and vegetables. Dried, canned, frozen, or fresh all contain the same overall nutritional benefits and will hit the spot when you need a quick snack, or can even fill you up when you’re ready for a meal. Here are just a few reasons to put fruit and veggies at the top of your list:
Fruits and veggies are packed with nutrients that can boost your energy levels.
They provide a solid dose of fiber which helps fill you up and keeps your digestive system happy!
Low calories and lots of color and texture to add to your plate.
Eating more fruits and veggies may lower your risk for many diseases including some types of cancer, high blood pressure, and even heart disease.
Fruits and veggies have low glycemic indexes which help keep blood sugar levels steady.
There are, of course, a few standout fruit and veggie superstars that you’ll want to have on-hand whenever possible:
Dark leafy greens like spinach and kale are bursting with so much good stuff, you simply can’t eat too much!
Citrus fruit like lemons, limes, grapefruit, and oranges will give you your daily supply of vitamin C and soluble fiber.
Berries of all types are delicious little powerhouses packed with antioxidants, vitamins, and fiber making them a sweet treat anytime.
In addition to fruit and vegetables, there are some other nutrient-rich-good-for-your-health-diabetes-friendly and delicious foods to keep in mind when you are planning your menu:
Beans are a great source of fiber, magnesium, potassium, and protein. In fact, just a 1/2 cup of beans gives you as much protein as an ounce of meat without the saturated fat.
Sweet potatoes can be baked, mashed, roasted, or chunked and added to all kinds of dishes. Versatile and packed with fiber and Vitamin A they are a yummy addition to your plate.
Tomatoes are another standout food that can be enjoyed raw, cooked, pureed, as a sauce or soup, and are bursting with vital nutrients like Vitamins C and E.
Fish – any fish high in Omega-3 fatty acids (like salmon) is an excellent addition to your menu. Try it baked, grilled, or broiled twice a week and you’ll be well on your way to meeting the US Dietary Guidelines recommendation of 8 ounces of seafood per week.
Whole grains are loaded with magnesium, B vitamins, chromium, iron, and folate. Check the label to make sure the first ingredient listed uses the word “whole” (like “whole wheat” for example). Brown rice, wheatberries, oats, and oatmeal are also “whole” grains.
Nuts and seeds can be a hunger-buster when the munchies come calling. Just an ounce will go a long way toward controlling your appetite and as an added bonus will give you a nice dose of magnesium and fiber.
Milk and yogurt (fat-free or low-fat varieties) contain calcium and many fortified products are a good source of vitamin D as well. Combine with your favorite fruits and veggies for a perfect filling snack.
Meal planning doesn’t have to be a chore when you start with a list of diabetes-friendly foods. And don’t forget: 1/2 of your plate should be fruits and vegetables, 1/4 protein (beans or lean meat), and 1/4 should be whole grains.
Source: South Dakota Department of Health, American Diabetes Association, Fruits & Veggies More Matters, NIH
Additional Materials (5)
What Is Glycemic Index & Glycemic Load?
Glycemic Index (GI) provides only an estimate of how quickly a food raises the blood sugar levels in your body. The glycemic index ranges from zero to one hundred. Foods with a low GI value are digested slowly and raise blood sugar slowly. Foods with a high GI value are digested quickly and raise blood sugar quickly.
Image by TheVisualMD
Glycemic Index
Eating right can lower your blood sugar, LDL-cholesterol, and triglyceride levels. Healthy foods in the right amounts can help to keep your glucose levels stable, too, and slow or prevent diabetes complications. The glycemic index (GI) classifies carbohydrates based on how quickly and how much they boost blood sugar compared to pure glucose. Choose low-GI foods are best for keeping blood sugar levels down.
Image by TheVisualMD
Understanding Glycemic Index and Glycemic Load
Video by MonkeySee/YouTube
What Is The Glycemic Index - What Is Glycemic Load - Glycemic Index Explained - Glycemic Index Diet
Video by Whats Up Dude/YouTube
This browser does not support the video element.
What Is Glycemic Index & Glycemic Load?
Glycemic Index (GI) provides only an estimate of how quickly a food raises the blood sugar levels in your body. The glycemic index ranges from zero to one hundred. Foods with a low GI value are digested slowly and raise blood sugar slowly. Foods with a high GI value are digested quickly and raise blood sugar quickly.
Video by TheVisualMD
What Is Glycemic Index & Glycemic Load?
TheVisualMD
Glycemic Index
TheVisualMD
3:18
Understanding Glycemic Index and Glycemic Load
MonkeySee/YouTube
6:04
What Is The Glycemic Index - What Is Glycemic Load - Glycemic Index Explained - Glycemic Index Diet
Whats Up Dude/YouTube
1:55
What Is Glycemic Index & Glycemic Load?
TheVisualMD
Low Blood Sugar
Hypoglycemia - low blood sugar level(L) and normal blood sugar level(R)
Image by Scientific Animations, Inc.
Hypoglycemia - low blood sugar level(L) and normal blood sugar level(R)
3D medical animation still showing low blood sugar level(L) and normal blood sugar level(R).
Image by Scientific Animations, Inc.
Low Blood Sugar (Hypoglycemia)
Blood sugar levels change often during the day. When they drop below 70 mg/dL, this is called having low blood sugar. At this level, you need to take action to bring it back up. Low blood sugar is especially common in people with type 1 diabetes.
Knowing how to identify low blood sugar is important because it can be dangerous if left untreated. Read more about what causes low blood sugar and common symptoms.
Causes of Low Blood Sugar
There are many reasons why you may have low blood sugar, including:
Taking too much insulin.
Not eating enough carbs for how much insulin you take.
Timing of when you take your insulin.
The amount and timing of physical activity.
Drinking alcohol.
How much fat, protein, and fiber are in your meal.
Hot and humid weather.
Unexpected changes in your schedule.
Spending time at a high altitude.
Going through puberty.
Menstruation.
Symptoms of Low Blood Sugar
How you react to low blood sugar may not be the same as how someone else with low blood sugar reacts. It’s important to know your signs. Common symptoms may include:
Fast heartbeat
Shaking
Sweating
Nervousness or anxiety
Irritability or confusion
Dizziness
Hunger
Hypoglycemia Unawareness
If you’ve had low blood sugar without feeling or noticing symptoms (hypoglycemia unawareness), you may need to check your blood sugar more often to see if it’s low and treat it. Driving with low blood sugar can be dangerous, so be sure to check your blood sugar before you get behind the wheel.
You may not have any symptoms when your blood sugar is low (hypoglycemia unawareness). If you don’t have symptoms, it will be harder to treat your low blood sugar early. This increases your risk of having severe lows and can be dangerous. This is more likely to happen if you:
Have had diabetes for more than 5-10 years.
Frequently have low blood sugar.
Take certain medicines, such as beta blockers for high blood pressure.
If you meet one or more of the above and you have hypoglycemia unawareness, you may need to check your blood sugar more often to see if it’s low. This is very important to do before driving or being physically active.
Types of Low Blood Sugar
Nighttime low blood sugar
While low blood sugar can happen at any time during the day, some people may experience low blood sugar while they sleep. Reasons this may happen include:
Having an active day.
Being physically active close to bedtime.
Taking too much insulin.
Drinking alcohol at night.
Eating regular meals and not skipping them can help you avoid nighttime low blood sugar. Eating when you drink alcohol can also help. If you think you’re at risk for low blood sugar overnight, have a snack before bed.
You may wake up when you have low blood sugar, but you shouldn’t rely on that. A continuous glucose monitor (CGM) can alert you with an alarm if your blood sugar gets low while you’re sleeping.
Severe low blood sugar
As your low blood sugar gets worse, you may experience more serious symptoms, including:
Feeling weak.
Having difficulty walking or seeing clearly.
Acting strange or feeling confused.
Having seizures.
Severe low blood sugar is below 54 mg/dL. Blood sugar this low may make you faint (pass out). Often, you’ll need someone to help you treat severe low blood sugar.
People with diabetes may experience low blood sugar as often as once or twice a week, even when managing their blood sugar closely. Knowing how to identify and treat it is important for your health.
Source: Centers for Disease Control and Prevention (CDC)
Diabetic Ketoacidosis
What Are Ketones?
Ketosis
Ketoacidosis
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Ketosis vs Ketoacidosis
Interactive by TheVisualMD
What Are Ketones?
Ketosis
Ketoacidosis
1
2
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Ketosis vs Ketoacidosis
When your body burns fat for fuel because glucose from carbohydrates is absent, the liver takes some of this fat and converts it into ketones. This normal and natural process is known as ketosis. It happens every night during sleep, when you must live off the fat stored during the day. Ketones are a vital source of energy for organs that need a constant supply of fuel—your brain in particular.
Ketosis should not be confused with ketoacidosis, a pathological metabolic state marked by extreme and uncontrolled ketosis. In ketoacidosis, the body fails to regulate ketone production and causes an accumulation of keto acids, drastically decreasing blood pH. Ketoacidosis can occur in people with diabetes when their bodies can’t use glucose as a fuel source due to a lack of insulin. Severe dehydration caused by long-term overconsumption of alcohol can also lead to ketoacidosis. Symptoms of ketoacidosis range from nausea and stomach pain to coma.
Interactive by TheVisualMD
What Is Diabetic Ketoacidosis?
When too many ketones are produced too fast, they can build up in your body and cause diabetic ketoacidosis, or DKA. DKA is very serious and can cause a coma or even death. Common symptoms of DKA include:
Fast, deep breathing.
Dry skin and mouth.
Flushed face.
Frequent urination or thirst that lasts for a day or more.
Fruity-smelling breath.
Headache.
Muscle stiffness or aches.
Nausea and vomiting.
Stomach pain.
If you think you may have DKA, test your urine for ketones. Follow the test kit directions, checking the color of the test strip against the color chart in the kit to see your ketone level. If your ketones are high, call your health care provider right away. DKA requires treatment in a hospital.
DKA happens most in people with type 1 diabetes and is sometimes the first sign of type 1 in people who haven’t yet been diagnosed. People with type 2 diabetes can also develop DKA, but it’s less common.
Source: Centers for Disease Control and Prevention (CDC)
Additional Materials (10)
Diabetic ketoacidosis concept map
Concept map that explains diabetic ketoacidosis causes, pathophysiology, diagnosis and management. This map links between all aspects of DKA to simplify understanding and memorization. This map is part of Diabetes Mellitus Concept Map from Zoom out - Pharmacotherapy website.
Image by Mahatef/Wikimedia
Ketones and Diabetic Ketoacidosis | Knowing the Signs and Symptoms
Acute complications of diabetes - Diabetic ketoacidosis | NCLEX-RN | Khan Academy
khanacademymedicine/YouTube
4:32
Management Of Diabetic Ketoacidosis | Here's What To Do
Deborah Maragopoulos FNP/YouTube
2:46
What is Diabetic Ketoacidosis? (Body Produces Excess Blood)
healthery/YouTube
4:30
Diabetic Ketoacidosis and Ketone Monitoring
Children's Healthcare of Atlanta/YouTube
Managing Diabetes at School
Child Welfare
Image by CDC/ Amanda Mills
Child Welfare
This image depicts a smiling young school girl who was seated in the lunchroom of a metropolitan Atlanta, Georgia primary school, taking her daily lunch break, during her school day activities. In this particular view, she was holding up a well-cleaned strawberry in her left hand, that she was about to enjoy as a terrific nutritious ending to her well-balanced meal. Having lost her baby, or milk teeth incisors, some of her upper permanent teeth had erupted, and were in the process of growing out to their full potential.
Image by CDC/ Amanda Mills
Managing Diabetes at School
Goodbye, summer. Hello, homework. And guess what—the first assignment isn’t for kids. Parents, make a game plan to ensure all the bases are covered for your child’s diabetes care at school.
Getting back into the routine of school takes a little more preparation for kids with diabetes, but it pays off over and over as the weeks and months go by. And since kids spend nearly half their waking hours in school, reliable diabetes care during the school day really matters.
Some older students will be comfortable testing their blood sugar, injecting insulin, and adjusting levels if they use an insulin pump. Younger students and those who just found out they have diabetes will need help with everyday diabetes care.
In a perfect world, all teachers and other school staff would understand how to manage diabetes so they could support your child as needed. But here in the real world, you’ll want to provide information to the school and work with staff to keep your son or daughter safe and healthy, no matter what the school day brings.
Make a Diabetes Management Plan
No two kids handle their diabetes exactly the same way. Before the year begins, meet with your child’s health care team to develop a personalized Diabetes Medical Management Plan (DMMP). Then visit the school and review the DMMP with the principal, office secretary, school nurse, nutrition service manager, teachers, and other staff who may have responsibility for your son or daughter during the day and after school.
The DMMP explains everything about diabetes management and treatment, including:
Target blood sugar range and whether your child needs help checking his or her blood sugar
Your child’s specific low blood sugar (hypoglycemia) symptoms (see the list on this page) and how to treat low blood sugar
Insulin or other medication used
Meal and snack plans, including for special events
How to manage physical activity/sports
The DMMP works with your child’s daily needs and routine. Make sure to update it every year or more often if treatment changes.
You may want to work with the school to set up a 504 plan [PDF – 325 KB] that explains what the school will do to make sure your son or daughter is safe and has the same education opportunities as other students. The 504 plan makes the school’s responsibilities clear and helps avoid misunderstandings. A new plan should be set up each school year.
Team Up With School Staff
Work with teachers and other staff to make sure all the bases are covered for a safe and successful year.
The school nurse is usually the main staff member in charge of your student’s diabetes care, but may not always be available when needed. One or more backup school employees should be trained in diabetes care tasks and should be on site at all times during the day, including after-school activities. The 504 plan [PDF – 325 KB] explains how this works.
Make sure to visit the classroom(s). Some teachers may have had kids with diabetes in class before, but there’s still a learning curve because every student is unique—and so is every teacher.
This is a great time to talk about class rules. Are students allowed to leave the room without asking? Should they raise their hand? The more your child and teacher understand each other’s needs, the less disruptive and awkward self-care activities will be. You may want to ask if the teacher could talk to the class about diabetes—what it is and isn’t, what happens, and what needs to be done every day—without pointing out that your child has diabetes.
Also let the teacher know specific signs to look for if your son or daughter’s blood sugar is too low. Does he or she get irritable or nervous? Hungry or dizzy? The teacher may notice the signs before your child does and can alert him or her to eat an appropriate snack or get help.
Check in with nutrition services (school cafeteria) to get menus and nutritional information to help your child plan insulin use. Some students bring lunch from home because it’s easier to stick to their meal plan.
Kids with diabetes need to be physically active just like other kids. In fact, physical activity can help them use less insulin because it lowers blood sugar. Talk with the physical education instructor about what your kid needs to participate fully and safely.
And as the school year gets into full swing, get familiar with the daily school schedule, including any after-school activities. You’ll want to know where and when you can find your child if needed. Some parents use a free smartphone app to help them stay informed and in touch with their child.
Make a Diabetes Checklist
Create a backpack checklist you and/or your child can use every day to be sure all necessary supplies are packed:
Blood sugar meter and extra batteries, testing strips, lancets
Ketone testing supplies
Insulin and syringes/pens (include for backup even if an insulin pump is used)
Antiseptic wipes
Water
Glucose tablets or other fast-acting carbs like fruit juice or hard candy (about 10 to 15 grams) that will raise blood sugar levels quickly
Put together a “hypo” box (see sidebar) with your child’s name on it for the school office in case of low blood sugar
Also make sure your child:
Wears a medical ID necklace or bracelet every day. Many options are available.
Tests blood sugar according to schedule; older students can set phone reminders.
Knows where and when to go for blood sugar testing if help is needed.
Knows who to go to for help with low blood sugar.
Make a "Hypo" Box
In case of low blood sugar, keep a go-to box of supplies in the school office or nurse’s office (and another in the classroom if possible). Label it with your child’s name and remember to keep it stocked!
Glucagon
Test strips
Lancets
Blood sugar monitor
Glucose tablets
Juice boxes
Crackers
Important: Treating Low Blood Sugar
Low blood sugar can happen quickly and needs to be treated immediately. It’s most often caused by too much insulin, waiting too long for a meal or snack, not eating enough, or getting extra physical activity. Low blood sugar symptoms vary, so school staff should be familiar with your child’s specific symptoms (see the DMMP), which could include:
Shakiness
Nervousness or anxiety
Sweating, chills, or clamminess
Irritability or impatience
Dizziness and difficulty concentrating
Hunger or nausea
Blurred vision
Weakness or fatigue
Anger, stubbornness, or sadness
If your child has low blood sugar several times a week, visit his or her health care provider to see if the treatment plan needs to be adjusted.
Stay Well All Year
Make sure your child has had all recommended shots, including the flu shot. Kids with diabetes can get sicker from the flu and stay sick longer. Being sick can make blood sugar monitoring harder.
Regular hand washing, especially before eating and after using the bathroom, is one of the best ways to avoid getting sick and spreading germs to others.
Source: Centers for Disease Control and Prevention (CDC)
Additional Materials (3)
Children sitting at computers
Image by NIMH Image Library
School Health
Students in Bahrain
Image by Shane T. McCoy
School Health
Muhanad and Ahmad, refugees from Syria in school in Lebanon
Image by Russell Watkins/Department for International Development
Children sitting at computers
NIMH Image Library
School Health
Shane T. McCoy
School Health
Russell Watkins/Department for International Development
From Type 1 Teen to Adult
Diabetic Type 1 adult man with insulin pump and CGM sensor
Image by Medtd1/Wikimedia
Diabetic Type 1 adult man with insulin pump and CGM sensor
Adult type 1 diabetic male in bare upper body with insulin pump attached to waistband, infusion patch in abdomen and continuous glucose monitoring sensor in right upper arm
Image by Medtd1/Wikimedia
Making the Leap From Type 1 Teen to Adult
Teens face lots of new challenges after they finish high school and move on to the next stage of life, including how to manage money, college, relationships, and work. And if they’re moving away from home for the first time, they’ll face those challenges with less help from parents and less structure in their day. This has even more impact for teens with diabetes.
Parents usually had the main role in diabetes care at first, especially for young children. They took their child to doctor’s appointments, picked up medicines, and provided nutritious food. They helped their child navigate school, after-school activities, birthday parties, and other social events.
It’s only natural that teens on their way to becoming adults want more independence and control. But more control over their lives can often mean less control of their diabetes. No curfew, no comments on what they’re eating, no one else setting their schedule. Diabetes care often suffers when teens and young adults begin to make complicated decisions on their own:
Managing day to day, from eating well to taking insulin
Finding health care providers
Scheduling and keeping appointments
Having supplies on hand
Young people need help to successfully balance their new independence with diabetes self-care. They’ll need to know how to deal with the practical side of diabetes: how to fill a prescription and pay for it, order supplies, contact their doctors, make health care appointments, and handle sick days. And they’ll also have the everyday problems that come with life on their own:
Limited time
Limited money
Irregular schedules
Food choices
Concerns about low blood sugar (hypoglycemia), which can lead to overeating
Less support
They may also be tired of the daily work of having diabetes and decide to ignore it. This can be very dangerous, especially when parents aren’t there to notice.
Gap in Care
Teens also need to make the leap from seeing a pediatrician to seeing an adult health care provider, usually without a clear road map for how to do so. When several changes happen at the same time, like getting new doctors and moving away from home, young people are more likely to miss appointments or drop out of care completely.
Other barriers can make it harder for teens and young adults to switch to adult health care:
Being unhappy about leaving their pediatrician
Getting a referral and contact information for a new doctor
Trouble getting an appointment
Competing life priorities
Having insurance problems
But good care during this time is very important. Teens and young adults with diabetes have a much higher risk of early health problems, even early death, than those without diabetes. Major causes include hypoglycemia (low blood sugar) and diabetic ketoacidosis (DKA).
Staying close to recommended blood sugar goals helps them avoid these health problems and others down the road. But as teens and young adults with diabetes transition from pediatric to adult care, the risk of not meeting those goals more than doubles.
Get Ready To Make the Leap
Help teens get prepared to manage their diabetes care successfully before they’re out on their own. Parents, teen, and pediatrician can work together to coordinate care with new doctors and create a plan to address needs over the next year or two. Parents can share practical tips, such as how to fill prescriptions and make doctor’s appointments. They can also make sure their teen or young adult has this basic checklist before they leave home:
Keep supplies on hand to manage low blood sugar (and healthy snacks to guard against high blood sugar).
Keep supplies organized so you know what you have and can get to them easily.
Keep contact information for your health care team and prescription information in a handy place.
Tell people close to you that you have diabetes and how to help you if needed.
Have a plan for sick days.
Ask for help if you need it.
Stay in touch with your health care team and let them know if you have questions or concerns.
Bridge the Gap
Family support is the strongest predictor that teens and young adults will stick with their diabetes treatment plan. Parents can serve as the “home team” to help them stay on track as they become more self-reliant by:
Respecting their new independence, but staying connected. Ask how you can help.
Helping your teen understand how their insurance plan works as well as its benefits and limitations.
Reminding teens about short-term benefits of managing their diabetes, not just focusing on long-term health problems. They’re more motivated to take care of themselves if it helps them feel better physically and take part in normal activities with their friends.
Asking about any life issues that may be getting in the way of good self-care, such as trouble making and keeping doctor’s appointments.
Encouraging your teen to ask their health care provider for a referral to diabetes self-management education and support (DSMES) services. Diabetes education is strongly linked to better blood sugar management!
Source: Centers for Disease Control and Prevention (CDC)
Care Tips for Parents
The Juvenile Diabetes Cure Alliance defines a Practical Cure for type 1 diabetes as, "any solution which delivers a near-normal lifestyle for people living with established t1d"
Image by DiabetesT1
The Juvenile Diabetes Cure Alliance defines a Practical Cure for type 1 diabetes as, "any solution which delivers a near-normal lifestyle for people living with established t1d"
The Juvenile Diabetes Cure Alliance defines a Practical Cure for type 1 diabetes as, "any solution which delivers a near-normal lifestyle for people living with established t1d"
Image by DiabetesT1
3 Ways To Help Manage Your Child’s Type 1 Diabetes
Life is bound to change in many ways when your child is diagnosed with type 1 diabetes. It can all seem overwhelming at first, but it will get easier with time and knowledge. Try these approaches to help make daily diabetes care more manageable from day 1.
1. Learn Everything You Can
Treatment options, blood sugar highs and lows, carb counting, ketones, dealing with sick days, how to manage diabetes at school. Read books, join support groups and online forums, talk to your child’s health care team and other parents.
Important things to know will include these items:
When your child needs to take insulin, what types of insulin, and in what combination.
What device they’ll use to take insulin and how to use it.
How and when to check for high and low blood sugar and ketones.
What items to have on hand, including glucagon, gels, snacks, and drinks for low blood sugar.
Signs of low blood sugar (they’re different for every child).
How to make a diabetes management plan for school.
When to contact your health care team.
Where to go for help and support.
Ask your child’s doctor to refer you to diabetes self-management education and support services when your child is first diagnosed. You’ll meet with a diabetes education and care specialist to learn how to use knowledge, skills, and tools to build confidence and emotional strength to manage diabetes. They’ll help your child to learn too—one example is having them practice using a needle with a stuffed animal.
Your diabetes education and care specialist can be your biggest ally. They’re aware of the latest developments and breakthroughs that can help make managing diabetes simpler and safer. They’ll work with you to fit diabetes care into all parts of life. And you’ll learn ways to get support from your family, friends, community, and health care team.
2. Expect Change
Just when you’ve got day-to-day diabetes management figured out, along comes more change, like a new school year or new activities.
As your child gets older and more independent, they will probably want to manage more of their own diabetes care. That can be a relief but can also come with its own worries. What if they don’t eat properly or take insulin as needed? Will they notice the signs of hypoglycemia if they happen?
It’s not just their attitude that changes. Blood sugar is harder to manage during puberty because your teen’s body is changing, which can increase their need for insulin. Your teen may feel different from their friends and want a more carefree lifestyle than their diabetes allows. Even when they follow their treatment plan, they might feel frustrated if natural body changes make their diabetes harder to handle. But managing diabetes effectively during the teen years is crucial to ensuring healthy growth into adulthood and reducing the chance of long-term health problems.
Taking insulin is a necessary part of treating type 1 diabetes, but it can be delivered in different ways—by syringe, insulin pen, or insulin pump. A diabetes education and care specialist can help you understand the pros and cons of different devices and which options may make the most sense for your child.
3. Stay Connected
Keep the lines of conversation open. Let your child know that you understand diabetes is a lot to handle. Reinforce that small choices now can lead to better results later. You’re there to help them make those choices and build healthy habits as they grow.
Call on your health care team for help with medical issues, but also to connect you to other resources like support groups, summer camps, and community forums. Support for living with diabetes is so important for the whole family.
People of any age with diabetes are more likely to have mental health issues, such as depression and anxiety. And sometimes the pressures and demands of managing a long-term condition like diabetes can seem like too much, a state known as diabetes distress or burnout. Keep an eye out for any changes in your child’s behavior or trouble sticking to their treatment plan. Those can signal distress or another emotional problem. Get in touch with your child’s health care team, who can connect you with a mental health counselor or other support if needed.
Having a child with diabetes may seem overwhelming at times, but you’re not alone. If you have questions or concerns, reach out to your child’s health care team. They’re there to help!
Source: Centers for Disease Control and Prevention (CDC)
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Type 1 Diabetes in Children
In type 1 diabetes, the pancreas makes little or no insulin. Life is bound to change in many ways when your child is diagnosed with type 1 diabetes. It can all seem overwhelming at first, but it will get easier with time and knowledge. Learn about type 1 diabetes, including causes, symptoms, risk factors, and testing.