Prediabetes

IWBCA
Feb 13
18 min read

Prediabetes is an early warning stage in which blood sugar is consistently above normal but below the threshold for Type 2 diabetes. It signals increased future risk for diabetes and cardiovascular disease, yet it is also a window of opportunity in which structured changes in nutrition, physical activity, sleep, and weight can normalize blood glucose for many people.

Overview

What is prediabetes?

Prediabetes describes a state of elevated blood sugar in which glucose levels are higher than normal but not yet in the diagnostic range for Type 2 diabetes. In individuals without diabetes, fasting blood glucose usually ranges from 70 to 99 milligrams per deciliter. In prediabetes, fasting values typically fall between 100 and 125 milligrams per deciliter on repeated testing. At 126 milligrams per deciliter and above on more than one occasion, the diagnosis usually shifts to Type 2 diabetes.

This intermediate state indicates that the body is already struggling with insulin resistance or reduced insulin secretion. Glucose is not being handled as efficiently as it should be. The good news is that at this stage, the damage is still early. Many people can lower their blood sugar back into the healthy range through targeted lifestyle changes and, when needed, medication support.

Prevalence

How common is prediabetes?

Prediabetes is widespread. Estimates suggest that tens of millions of adults in the United States meet criteria based on blood tests. It affects roughly one in three adults under age 65 and about half of adults older than 65.

The majority of people with prediabetes are unaware of it. More than four out of five individuals in this category have never been told they have abnormal glucose, largely because prediabetes usually has no obvious symptoms. For a 45-year-old with prediabetes, the estimated 10-year risk of progressing to Type 2 diabetes is roughly in the range of 9 to 14 percent, with a higher risk in those who also have obesity, strong family history, or very sedentary lifestyles. Identifying prediabetes creates an opportunity to change that trajectory.

Symptoms

What Are The Symptoms Of Prediabetes?

Most people with prediabetes do not notice clear symptoms. Blood sugar is elevated enough to signal underlying metabolic stress, but not high enough to generate the classic signs of diabetes in daily life. This is why routine screening through primary care is so important. A simple blood test is often the only way to know that prediabetes is present.

When physical signs do appear, they usually reflect insulin resistance on the skin and eyes:

Darkened Skin In Folds and Creases (Acanthosis Nigricans): Some people develop patches of velvety, darker skin in areas such as the back and sides of the neck, armpits, or under the breasts. This is called acanthosis nigricans. It is strongly associated with insulin resistance and should prompt evaluation of blood sugar, especially when it appears together with excess weight around the abdomen.

Skin Tags: Multiple small, soft skin growths, often on the neck, underarms, or groin, are also associated with insulin resistance. Skin tags are common and usually benign, but a clustering of them in someone with other risk factors can be a visual clue that the metabolic environment is changing.

Early Eye Changes: Subtle changes in the tiny blood vessels of the retina can begin before full Type 2 diabetes develops. Most people do not notice symptoms at this stage. Occasionally, there may be mild visual fluctuations. Regular eye examinations in individuals with prediabetes help detect early retinal changes and underscore the importance of improving glycemic control.

Causes

What causes prediabetes?

The biological driver of prediabetes is the same process that underlies Type 2 diabetes: insulin resistance, often combined with a gradual loss of the pancreas’s ability to produce sufficient insulin.

Insulin is a hormone made by the pancreas that allows glucose to move from the bloodstream into muscle, fat, and liver cells for use or storage. Insulin resistance occurs when these cells stop responding normally. The pancreas initially compensates by making more insulin. Over time, this compensation strain can fail. Blood sugar then rises into the prediabetes range and may progress further.

Several factors commonly contribute to insulin resistance and the development of prediabetes:

Genetics: A family history of Type 2 diabetes, particularly in a parent or sibling, indicates an inherited susceptibility that alters how the beta cells and insulin signaling pathways respond to metabolic stress. People with this genetic background may develop insulin resistance at lower levels of weight gain or inactivity, and their pancreas may lose insulin-producing capacity earlier in life.
Genetics cannot be changed, but they help explain why some individuals develop prediabetes even when their lifestyle appears similar to those around them.

Excess Body Fat, Especially Visceral Fat: Carrying extra weight around the abdomen and deep within the abdominal cavity around organs releases inflammatory mediators and free fatty acids directly into the portal circulation. These signals disrupt insulin signaling in the liver and muscles, increase glucose production by the liver, and promote further fat accumulation. This pattern of visceral adiposity drives insulin resistance even when overall body mass index is only mildly elevated, and it is a major reason why waist circumference is an important marker of metabolic risk.

Physical Inactivity: Skeletal muscle is a primary site of glucose uptake and utilization after meals, and its responsiveness to insulin depends heavily on regular use. When most waking hours are spent sitting, and intentional movement is limited, muscle cells downregulate glucose transporters and mitochondrial capacity, thereby reducing their efficiency in clearing glucose from the bloodstream. Introducing consistent physical activity, even in modest amounts such as walking or short exercise sessions, improves insulin sensitivity in muscle tissue and can lower blood glucose levels, independent of large changes in weight.

Highly Processed, High-Carbohydrate Foods, and Saturated Fats: Frequent consumption of refined grains, sweets, sugar-sweetened beverages, and fast foods that are rich in saturated fat produces repeated spikes in blood glucose and insulin. Over time, this pattern promotes fat storage in the liver and muscle, increases triglyceride levels, and sustains a low-grade inflammatory state. These changes force the pancreas to work harder to control glucose and gradually shift fasting and after-meal blood sugars upward, setting the stage for prediabetes and, eventually, Type 2 diabetes.

Certain Medications: Long-term use of some medications, such as systemic corticosteroids, certain antipsychotics, and specific immunosuppressive agents, can raise blood glucose by increasing hepatic glucose production, stimulating appetite, and reducing peripheral insulin sensitivity. In individuals who already have underlying risk factors or borderline glucose levels, these drug effects can push blood sugar into the prediabetes range or accelerate progression to overt diabetes. When possible, clinicians may adjust doses, select alternatives, or implement targeted lifestyle strategies to mitigate this effect.

Hormonal Disorders: Conditions such as hypothyroidism, Cushing's syndrome, acromegaly, and some forms of polycystic ovary syndrome alter hormone levels in ways that slow metabolism, increase central fat deposition, and antagonize insulin’s actions. These hormonal shifts make it more difficult for insulin to maintain normal glucose, even at usual doses. Diagnosing and treating the underlying endocrine disorder can improve insulin sensitivity, lower glucose levels, and reduce the likelihood that prediabetes will progress.

Chronic Stress and Poor Sleep: Persistent psychological or physical stress elevates cortisol and catecholamines, hormones that signal the liver to release glucose and that reduce the effectiveness of insulin at its target tissues. At the same time, inadequate or fragmented sleep disrupts appetite-regulating hormones, increases evening snacking, and further worsens insulin resistance the following day. This combination gradually raises fasting and post-meal blood sugar and makes it harder to implement and sustain lifestyle changes, creating a reinforcing loop that favors the development of prediabetes.

Risk Factors

What are the most common risk factors associated with prediabetes?

Some risk factors cannot be changed; others can be modified over time. The total number of risk factors matters. The more that are present, the higher the likelihood that prediabetes is already present or will appear soon.

Family History of Type 2 Diabetes: Having a parent, brother, or sister with Type 2 diabetes significantly increases risk because you inherit genes that influence how your body responds to insulin and stores energy. Families also tend to share eating patterns, activity levels, and stress exposures, which can reinforce this genetic tendency. Even in the presence of a strong family history, however, improving weight, nutrition, and physical activity can delay or prevent the transition from normal glucose to prediabetes.

Excess Weight or Obesity: A body mass index above 25, particularly when excess weight is distributed around the waist, indicates an increased risk because abdominal and visceral fat secretes hormones and inflammatory signals that disrupt insulin action. This central fat pattern makes it harder for insulin to maintain blood glucose within the reference range, even in younger adults. The encouraging reality is that modest, sustained weight loss of 5 to 10 percent of body weight can substantially improve insulin sensitivity and lower the likelihood that prediabetes will progress.

Low Physical Activity: Being active fewer than three times a week, or spending most of the day sitting, reduces the amount of glucose that skeletal muscles remove from the bloodstream and accelerates the development of insulin resistance. Over time, this “low-use” state makes muscles less responsive to insulin, so the pancreas must work harder to achieve the same effect. Introducing regular physical activity, even simple activities such as walking, climbing stairs, or short exercise sessions, can significantly improve glucose handling and reduce the risk of prediabetes.

Age 45 or Older: Risk rises with age because insulin secretion tends to decline, muscle mass often decreases, and many people accumulate additional risk factors such as weight gain, high blood pressure, and elevated cholesterol. These changes make it easier for blood glucose to rise without obvious symptoms. For this reason, screening for prediabetes and Type 2 diabetes becomes particularly important beginning around age 45, or earlier if other risk factors are present.

Smoking: Tobacco use contributes to insulin resistance and damages blood vessels, compounding the metabolic stress that leads to prediabetes. Nicotine and other components of cigarette smoke alter how the body uses glucose and lipids and increase inflammation. People who smoke and also have excess weight, inactivity, or family history are at especially high risk for prediabetes and tend to progress to Type 2 diabetes earlier unless smoking is addressed.

Obstructive Sleep Apnea: Repeated drops in oxygen and frequent nighttime awakenings in obstructive sleep apnea disrupt hormone balance and push the body toward insulin resistance. This sleep fragmentation raises blood pressure, increases appetite, and worsens daytime fatigue, all of which make healthy habits harder to sustain. Treating sleep apnea with approaches such as CPAP can improve daytime energy and, over time, support better glucose control and reduced progression from prediabetes to diabetes.

History of Gestational Diabetes: Women who developed diabetes during pregnancy have a substantially higher risk of prediabetes and Type 2 diabetes in the years that follow, even if blood sugar normalized after delivery. Pregnancy reveals an underlying tendency toward insulin resistance that does not completely disappear. Ongoing screening, attention to weight and physical activity, and early intervention are especially important in this group to prevent or delay the development of diabetes.

Polycystic Ovary Syndrome (PCOS): PCOS is closely linked with insulin resistance and often presents with irregular periods, excess androgen symptoms, and weight gain. The same metabolic disturbances that drive PCOS also increase the likelihood of prediabetes and Type 2 diabetes at a younger age. People with PCOS benefit from early and repeated screening for abnormal glucose and from interventions that target both hormonal symptoms and insulin resistance.

Race and Ethnicity: In many countries, Black, Hispanic or Latino, Native American, Pacific Islander, and Asian American populations have higher rates of prediabetes and Type 2 diabetes. This pattern reflects a complex mix of genetic susceptibility, historical and ongoing inequities, neighborhood and food environments, and differences in access to preventive care. Recognizing this background risk is important so that screening begins earlier, warning signs are not dismissed, and supportive resources are offered proactively.

Discussing these risk factors with a primary care provider and arranging appropriate blood tests are important steps. Avoiding testing may seem easier in the short term, but knowing your status allows you to act before a more serious disease develops.

Complications

What Are The Possible Complications Of Prediabetes?

The central complication of prediabetes is progression to Type 2 diabetes. Once blood sugar crosses into the diabetes range and remains there, the risk of complications rises, including:

Heart Attack and Stroke: Chronic elevations in glucose, even at prediabetes levels, contribute to endothelial dysfunction, increased oxidative stress, and unfavorable lipid changes that accelerate atherosclerosis. As plaques build up and become unstable in coronary and cerebral arteries, the likelihood of a heart attack and stroke increases. When blood sugar progresses into the diabetes range and remains inadequately controlled, this vascular damage accelerates further, especially when high blood pressure, abnormal cholesterol, smoking, or central obesity are also present.

Eye Disease: Sustained high blood sugar damages the small blood vessels that nourish the retina, the light-sensing tissue at the back of the eye. Early changes may include microaneurysms and subtle leakage, which can cause mild swelling, often without noticeable symptoms. Over time, this can progress to diabetic retinopathy, macular edema, or abnormal neovascularization. Without timely detection and treatment, these changes can lead to blurred vision, visual field loss, and potentially permanent vision impairment.

Kidney Disease: The tiny filtering units of the kidneys, the glomeruli, are highly sensitive to the combined effects of elevated glucose, high blood pressure, and systemic inflammation. Long-standing metabolic stress thickens and scars these filters, leading first to small amounts of protein in the urine and later to a decline in filtration capacity. Diabetes-related nephropathy often progresses quietly for years, with normal-feeling health and minimal symptoms until kidney function is significantly reduced. Once advanced chronic kidney disease develops, options become more limited and may eventually include dialysis or transplantation.

Nerve Damage: Diabetes-related neuropathy arises when prolonged exposure to high glucose injures peripheral nerves and the small vessels that supply them. Sensory nerves in the feet and hands are often affected first, causing numbness, tingling, burning pain, or loss of protective sensation that increases the risk of unnoticed injuries and foot ulcers. Autonomic nerves can also be involved, leading to problems with heart rate control, blood pressure regulation, digestion, bladder function, and sexual function. These changes can significantly affect mobility, comfort, and independence, and they are difficult to reverse once established.

While prediabetes can often be reversed or significantly improved, established diabetes complications are usually difficult to reverse and may only be slowed. This is why identifying prediabetes, addressing risk factors, and improving glucose control early are so important. They reduce the risk of ever reaching the point at which these complications arise.

Diagnosis and Testing

How is prediabetes diagnosed?

Healthcare providers diagnose prediabetes using routine blood tests that measure how your body handles glucose over time. If you have risk factors for prediabetes, your provider may recommend these screenings at regular intervals rather than waiting for symptoms, because prediabetes is often silent.

Fasting Plasma Glucose Test: This test measures your blood sugar after you have had nothing to eat or drink except water for at least eight hours. It is often included in basic or comprehensive metabolic panels that clinicians order to obtain an overall picture of a patient's health. A fasting result of 100 to 125 mg/dL on more than one occasion indicates prediabetes; values below 100 mg/dL are considered normal, and 126 mg/dL or higher suggests diabetes when confirmed with repeat testing.

A1C Test: This test reflects your average blood sugar over the previous two to three months by measuring the percentage of hemoglobin that has glucose attached. It is not affected by what you ate the day of the test and helps reveal longer-term patterns. An A1C between 5.7 percent and 6.4 percent is consistent with prediabetes; below 5.7 percent is considered normal, and 6.5 percent or higher on repeated testing supports a diagnosis of diabetes.

Your provider interprets these results in context. If your fasting plasma glucose is 100 to 125 mg/dL or your A1C is 5.7 to 6.4 percent, they will usually confirm the pattern with repeat testing, evaluate additional risk factors, and discuss a plan to prevent progression to Type 2 diabetes.

Management and Treatment

How can I reverse prediabetes?

The primary way to treat and often reverse prediabetes is to change the metabolic environment that is driving insulin resistance. Structured adjustments in nutrition, activity, weight, sleep, and stress can move blood sugar back toward the normal range and delay or prevent Type 2 diabetes. These changes need not be extreme to be effective, but they must be consistent.

Even small, realistic steps can significantly lower your risk for developing Type 2 diabetes, including:

Weight Loss: Your healthcare provider may recommend reducing excess weight to improve insulin sensitivity and lower fasting and post-meal glucose levels. Evidence shows that losing about 7 percent of starting body weight can reduce the onset of Type 2 diabetes by more than half in high-risk individuals. The emphasis is on sustainable changes, such as adjusting portions, changing beverage choices, and building habits you can maintain, rather than rapid, short-term dieting.

Regular Activity: Regular moderate-intensity physical activity increases glucose uptake into muscle cells and improves their insulin responsiveness. A single session of moderate activity can increase muscle glucose uptake from the bloodstream by at least 40 percent, and repeated sessions amplify this benefit over time. A practical target is 30 minutes of moderate activity, such as brisk walking, five days per week for a total of 150 minutes. Activities can be broken into shorter segments throughout the day if needed.

Eating Changes: Shifting away from added sugars and highly refined carbohydrates toward higher-fiber, minimally processed foods helps reduce glucose spikes and reduce the demand on the pancreas. Swapping simple carbohydrates for complex carbohydrates, increasing intake of vegetables and legumes, and choosing unsaturated fats over saturated fats all support more stable blood glucose levels. Your provider can help you identify an eating pattern for prediabetes that fits your preferences and medical conditions, so it is realistic in the long term.

Lowering your risk factors for prediabetes often brings blood sugar back into the healthy range. Concrete steps can include:

Work With A Nutritionist or Dietitian: A registered dietitian can help you design an eating plan that aligns with your culture, budget, and daily schedule while still improving glycemic control. Many people benefit from structured patterns, such as a Mediterranean-style diet or similar whole-food approaches that emphasize vegetables, whole grains, lean proteins, and healthy fats.

Reduce or Manage Stress: Chronic stress elevates stress hormones that antagonize insulin and drive blood glucose higher. Identifying stressors and adding tools such as brief relaxation exercises, counseling, mindful movement, or time boundaries around work can lower this burden and make lifestyle changes easier to maintain.

Quit Smoking: Stopping tobacco use improves insulin sensitivity, reduces vascular injury, and lowers cardiovascular risk, which is especially important in the setting of prediabetes. Your provider can offer medications, nicotine replacement, or referral to cessation programs to increase the chance of success.

Get A Diagnosis For and Treat Sleep Disorders: Conditions such as obstructive sleep apnea and chronic insomnia disrupt hormone regulation and worsen insulin resistance. Evaluation and treatment with approaches like CPAP, positional therapy, or behavioral sleep strategies can improve daytime energy and support better metabolic health.

Manage Related Conditions: Addressing high cholesterol, high blood pressure, and other components of cardiometabolic risk helps reduce the overall hazard associated with prediabetes. Medications, lifestyle changes, or both may be recommended to bring these factors into safer ranges.

Find Support Groups or Programs: Connecting with others who are working on similar changes can provide accountability, ideas, and encouragement. Structured programs, such as those modeled after the National Diabetes Prevention Program, offer education, coaching, and group support that have been shown to reduce progression from prediabetes to Type 2 diabetes.

There are many local and national resources designed to help people live healthier lives and reverse prediabetes. Your provider can help you select a program or combination of strategies that fits your specific circumstance.

Can you take medication for prediabetes?

In some situations, your healthcare provider may recommend medication in addition to lifestyle changes, particularly if you have multiple risk factors, very high prediabetes values, or difficulty lowering glucose with lifestyle alone. Medication does not replace lifestyle measures but can support them.

The most commonly used medications in prediabetes are:

Metformin: Metformin reduces glucose production by the liver and improves insulin sensitivity in muscle and fat tissue. It is often considered for people with higher body weight, a history of gestational diabetes, or a strong family history of Type 2 diabetes. Metformin has been shown to lower the risk of progression from prediabetes to diabetes, especially in younger adults with higher body mass index.

Acarbose: Acarbose slows the breakdown and absorption of carbohydrates in the intestine, which dampens post-meal glucose spikes. It may be used when postprandial readings are markedly elevated, and dietary changes alone are insufficient.

Your provider will discuss whether medication is appropriate in your case, review potential side effects, and emphasize that any medication works best when combined with ongoing attention to nutrition, activity, sleep, and other modifiable risk factors.

Outlook and Prognosis

What can I expect if I have prediabetes?

If you receive a diagnosis of prediabetes, it means your blood sugar is already higher than normal, and your long-term risk of Type 2 diabetes and cardiovascular disease has increased. It is also a point at which action can still make a significant difference. Most people need to adjust several habits at once, which can feel intimidating at first, but structured, stepwise changes in food, movement, sleep, and stress can help blood glucose return to a safer range and reduce future risk.

Without any intervention, a substantial proportion of people with prediabetes will eventually develop Type 2 diabetes, often over a period of years. This progression is particularly common when prediabetes goes undetected, which is why routine screening and follow-up are so important. When prediabetes is identified early and responded to with a realistic plan, many people are able to stabilize or normalize their glucose and delay or prevent the transition to Type 2 diabetes.

Prevention

Can I prevent prediabetes?

The core strategies for preventing prediabetes are the same approaches used to reverse it and to prevent or delay Type 2 diabetes. They focus on improving insulin sensitivity, reducing the metabolic workload on the pancreas, and stabilizing blood sugar over time. These approaches substantially reduce risk for many people, but they cannot guarantee prevention for everyone.

Exercising Regularly: Incorporating consistent physical activity on most days of the week helps muscles use glucose more effectively and reduces insulin resistance. Moderate-intensity activities such as brisk walking, cycling, or swimming increase glucose uptake by skeletal muscle, even in the absence of weight loss, and improve blood pressure, mood, and sleep. A practical target is at least 150 minutes per week of moderate-intensity activity, distributed across several days, with additional strength training when feasible to preserve muscle mass and further support glycemic control.

Maintaining Healthy Weight: Achieving and sustaining a modest reduction in excess weight, particularly around the abdomen, can improve fasting and after-meal blood sugar, lower blood pressure, and improve cholesterol. For many people with overweight or obesity, losing about 5 to 10 percent of their starting body weight markedly reduces the likelihood of progressing from normal glucose to prediabetes or from prediabetes to Type 2 diabetes. The emphasis is on gradual, sustainable changes that can be maintained over the long term, rather than on rapid weight loss that is quickly regained.

Eating Nutritious Food: Emphasizing vegetables, whole grains, legumes, lean proteins, and healthy fats while limiting sugary drinks, refined starches, and highly processed foods supports more stable glucose patterns throughout the day and reduces the amount of insulin the body must produce. Regular meal timing, adequate fiber intake, and attention to portion sizes all contribute to better glycemic control. Over months and years, this consistent pattern matters far more than any single “good” or “bad” meal.

Not Smoking: Avoiding tobacco removes a major strain on blood vessels and improves overall cardiometabolic health. Smoking promotes insulin resistance, inflammation, and vascular damage, so quitting reduces the combined risk of heart disease, stroke, and progression from prediabetes to Type 2 diabetes. Even when other risk factors, such as weight or activity, cannot be fully optimized, stopping smoking still provides meaningful protection.

Some individuals carry such strong genetic susceptibility or are exposed to such powerful environmental and medical risk factors that prediabetes may still develop despite careful attention to lifestyle. In these cases, it is not truly possible to prevent prediabetes altogether. However, the same healthy habits remain highly valuable. They can delay onset, lessen the degree of glucose elevation, and reduce the risk of complications if prediabetes or Type 2 diabetes does occur, which means they still have a direct impact on long-term health and quality of life.

Life After Diagnosis

How do I take care of myself if I have prediabetes?

In addition to following the medical guidance you receive, several practical steps can make living with prediabetes more manageable and sustainable:

Educate yourself: Diabetes and prediabetes are influenced by many factors, including food, activity, stress, illness, and medications. Learning from reliable sources about how these pieces interact helps you understand your numbers and make day-to-day decisions with more confidence. Bringing questions to your appointments and asking for clarification when something is unclear are important parts of this process.

Educate Family and Friends: Sharing basic information about prediabetes and the changes you are making allows the people around you to support your choices rather than inadvertently undermining them. When loved ones understand why you are adjusting meals, activity, or routines, it is easier to align social events and home environments with your health goals.

Take Care of Mental Health: A prediabetes diagnosis can trigger worry, frustration, guilt, or fear, especially in a culture where diabetes is often misunderstood and stigmatized. If you notice persistent distress, anxiety, low mood, or burnout related to these changes, speaking with a mental health professional, such as a psychologist or counselor, can provide tools to cope, reframe the diagnosis, and protect your motivation over time.

It is also important to remember:

Changing habits is difficult. It is common to move forward for a while, slip back, and then adjust again. This pattern does not mean you have failed; it reflects how behavior change works in real life.

Focus on one goal or healthy change at a time. Selecting a single concrete target, such as adding a short walk after dinner or replacing one sugary drink each day, makes change more achievable than trying to overhaul everything at once.
Value progress over perfection. Any step that moves you closer to healthier patterns, even if small, is worthwhile. Consistent, imperfect action is more effective than brief periods of strict effort followed by discouragement.

Be kind to yourself. If prediabetes or Type 2 diabetes develops despite your efforts, it reflects complex biology and multiple influences, not a lack of willpower. The changes you have made still support your heart, blood vessels, and overall health and will continue to matter going forward.

Seeking Care

When should you seek care from your healthcare provider?

It is important to see your healthcare provider regularly if you have prediabetes or significant risk factors. Even when your current plan is working, weight, medications, stress levels, and other health conditions can change over time, and your strategy may need adjustment. Your provider will recommend how often to follow up, which usually includes repeating blood tests at intervals and reviewing your progress and challenges.

Patient-Provider Communication

What questions should patients ask their healthcare provider about prediabetes?

It can be helpful to ask questions such as:

How can I lower my risk for prediabetes and Type 2 diabetes?
What are the early and later symptoms of Type 2 diabetes that I should watch for?
What is a healthy and realistic weight range for me to aim for, given my age and health?
What are some safe, sustainable ways for me to lose weight and keep it off?
How much physical activity should I do, and what types are most appropriate for my current fitness and medical conditions?
What changes can I make to my eating patterns to help prevent or delay Type 2 diabetes, and can you give specific examples?
Should I see a registered dietitian, and if so, whom do you recommend?
Could you refer me to a diabetes prevention program nearby or online that aligns with my schedule and needs?
Are there any local or virtual support groups for people with prediabetes or diabetes that you think might be helpful for me?

The IWBCA provides the information and materials on this site for educational and informational purposes only. The content is not a substitute for professional medical evaluation, diagnosis, or treatment. Always consult your physician or another qualified healthcare provider regarding any questions you may have about a medical condition, diagnosis, or course of treatment. Do not disregard, delay, or alter medical advice based on information obtained from this site. If you believe you are experiencing a medical emergency, call 911 or your local emergency services immediately.