Did you know the biggest study on nutrition in the world found that everyone’s blood sugar reacts differently to food1? This shows how important it is to watch your glucose levels closely, especially if you have diabetes or are at risk of getting metabolic diseases.
Continuous glucose monitoring (CGM) has changed how we handle blood sugar. These devices track your glucose levels all day, giving you a full view of how your body reacts to different things1. They let you see how food, activity, and medicine affect you, helping you make smarter health choices.
Key Takeaways
- Continuous glucose monitoring gives you a full look at your blood sugar levels all day and night.
- CGM devices help spot patterns in your glucose levels, helping you make better health choices.
- It’s key to monitor your glucose levels on your own to manage diabetes and prevent chronic diseases.
- CGM devices can last up to 3 months before needing a new battery1.
- Using CGM can make life better for people with type 1 diabetes1.
What is Continuous Glucose Monitoring?
Continuous glucose monitoring (CGM) is a new way for people with diabetes to check their blood sugar levels all day and night2. It gives real-time data and can predict changes in blood sugar, helping users manage their diabetes better2.
CGM is different from traditional blood glucose meters that need finger sticks. It uses a small sensor under the skin to measure glucose levels. This sensor sends the data wirelessly to a receiver or app, so users can check their levels anytime3.
CGM alerts users if their blood sugar is too high or too low2. These alerts can prevent serious problems like passing out from too low or too high blood sugar2. It also lets doctors adjust treatment plans based on the data shared2.
Empowering Diabetes Management
CGM shows how diet, exercise, and lifestyle affect blood sugar levels2. This helps users understand their body better, making it easier to manage their diabetes2.
CGM also reduces fear of low blood sugar, especially for insulin users2. Sharing glucose info with family members helps everyone feel more secure and supports better diabetes care2.
As technology gets better, CGM devices are getting smaller and easier to use2. With support from doctors and CGM’s benefits, people with diabetes can manage their condition more effectively2.
How Does a Continuous Glucose Monitor Work?
Continuous glucose monitors (CGMs) are advanced devices that give you real-time updates on your blood sugar levels. They have three main parts: a tiny sensor under your skin, a transmitter that sends data wirelessly, and software that shows the readings on a device like a smartphone4. The sensor checks glucose levels in the fluid between your cells, which mirrors your blood sugar levels4. The transmitter sends this info to the software, letting you see your glucose levels as they change and track trends over time.
CGMs are great because they monitor your glucose levels all the time, unlike traditional blood glucose meters that only give you snapshots2. This constant monitoring helps you spot patterns and predict changes in your glucose levels. It also alerts you if your levels are too high or too low, helping you avoid dangerous situations2.
The sensor in a CGM usually lasts 10-14 days before you need to replace it5. Even with a 10-12 minute delay in readings, the ongoing monitoring and trend analysis make CGMs a key tool for managing diabetes5.
Comparing CGM Devices
The Guardian™ Connect CGM System is for continuous or periodic glucose monitoring in people aged 14 to 75 with diabetes4. The MiniMed™ 780G System is for type 1 diabetes management in those 7 years and older who need insulin4.
| Device | Intended Use | Sensor Duration |
|---|---|---|
| Guardian™ Connect CGM System | Continuous or periodic glucose monitoring for individuals aged 14 to 75 with diabetes mellitus | Up to 7 days of continuous use |
| MiniMed™ 780G System | Management of type 1 diabetes in individuals 7 years and older requiring insulin | Not specified |
These CGM devices have been tested and approved for certain age groups and uses4. For example, the Guardian™ 4 sensor is for patients aged 7 and up, and it’s used in the arm4. Also, the SmartGuard™ feature of the MiniMed™ 780G System is not for people needing less than 8 units or more than 250 units of insulin daily4.
“Continuous Glucose Monitoring Systems can help reduce the fear of hypoglycemia, particularly common among patients on insulin.”2
Overall, continuous glucose monitors change the way we manage diabetes. They give you real-time data and trends to help you improve your treatment and your health25.
Who Can Use a Continuous Glucose Monitor?
Continuous glucose monitors (CGMs) are mainly for people with diabetes, like those with type 1 and some type 2 diabetes6. Doctors suggest them for those needing insulin and at risk of low blood sugar7. They’re for adults and kids as young as 2 years old6.
Doctors might recommend CGMs for a while or just for a bit to tweak diabetes care6. Some need sensor changes every few weeks, while others last 180 days6. Researchers aim to make CGMs better and easier to use6.
CGMs are key for many with diabetes, offering a detailed look at blood sugar all day and night7. They alert users to low or high levels, helping manage diabetes and lower risks8.
| Feature | Description |
|---|---|
| Sensor replacement | Disposable sensors last 7 to 14 days, some implantables up to 180 days8. |
| Wireless connectivity | Some send data to a smartphone app6. Others can send to another phone for monitoring6. |
| Cost and insurance coverage | CGMs might be pricier than regular meters but could be covered by insurance6. |
In summary, CGMs are mainly for diabetes patients, helping with type 1 and some type 2 diabetes. They offer insights into blood sugar, aiding in better diabetes management and lowering complications risks7.
The National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK) funds research on CGMs to improve diabetes care6. NIDDK also runs and supports clinical trials on diabetes, including CGM studies6.
Different Types of Continuous Glucose Monitors
Continuous glucose monitoring (CGM) offers a wide range of devices, each with special features. Real-time CGMs, like the Dexcom G6 and Abbott FreeStyle Libre 2 Plus, track and show glucose levels as they change. They send this info to a smartphone or a special receiver9. These devices give users a detailed look at their glucose levels all day and night.
On the other hand, intermittent-scan CGMs, such as the Dexcom G6 Pro, track glucose levels but need a manual scan to see the data9. The Senseonics Eversense is another type that sends glucose data to doctors for review later.
CGMs vary in where they’re placed and how often they need to be changed. Some sit on the skin, while others, like the Senseonics Eversense, go under the skin9. The time they last can range from 7 days for the Medtronic Guardian Connect to 180 days for the Senseonics Eversense9.
Choosing a CGM depends on what the user likes, what insurance covers, and what their doctor suggests. Things like how long the sensor lasts, how it calibrates, and if it works with insulin pumps or phones matter too10.
Thanks to new technology, people with diabetes now have more options to manage their condition better. Each option has its own benefits to help them stay healthy11.
“Continuous glucose monitoring has changed how we handle diabetes. It gives patients a full view of their glucose levels. This helps them make better choices about their health.”
– [Dr. Jane Doe, Endocrinologist]
Features of Continuous Glucose Monitors
Continuous glucose monitors (CGMs) are advanced tools for managing diabetes. They give glucose readings every few minutes, day and night5. Users can also track their food, activity, and meds, giving a full view of what affects their glucose levels5.
CGMs can alert you or a caregiver when your glucose is too high or low5. These alarms help prevent serious problems. But, it’s key to act fast when you get an alarm to keep your glucose safe.
Some CGMs let you share your data with others12. This is great for people who need extra help managing their diabetes.
Continuous Glucose Monitoring and Insulin Therapy
CGMs are very helpful for those with type 1 diabetes or on intensive insulin therapy5. They help users and doctors make better insulin choices, leading to better control and fewer complications.
Some CGMs work with insulin pumps, adjusting insulin automatically based on your glucose levels12. This makes managing diabetes easier and less complicated.
“Continuous glucose monitoring can provide a more complete picture of an individual’s glucose levels, helping them and their healthcare team make more informed decisions about diabetes management.”
CGMs have many benefits, but they also have some downsides5. They need to be replaced every 10-14 days and may show glucose levels with a 10-12 minute delay5. They can be expensive, but insurance can help cover the cost5.
Overall, CGMs are a key tool for people with diabetes. They offer real-time data, alerts, and help track what affects glucose levels. By using these devices, people can manage their diabetes better and improve their health and well-being51312.
Benefits of a Continuous Glucose Monitor
Using a continuous glucose monitor (CGM) offers big advantages for people with diabetes over traditional methods. CGMs let users check their glucose levels more often, day and night. This helps them understand their blood sugar better and spot trends14. It also cuts down on hypoglycemia and the need for frequent finger sticks14.
CGMs give real-time glucose data and alerts. This helps users make better choices about their diet, exercise, and meds to keep their levels healthy15. This can lead to better long-term health by preventing or slowing diabetes complications15.
CGMs also give doctors a detailed look at how well someone is controlling their glucose. This helps doctors create care plans tailored to each person and adjust treatments as needed14. Some devices even let users share their data with doctors, making diabetes care a team effort15.
- CGMs check blood sugar levels all the time, every five minutes14.
- Most CGMs need a sensor change every 7 to 14 days at home. Some are changed by doctors a few times a year14.
- CGMs send glucose data wirelessly to a device, cutting down on finger sticks14.
- CGMs alert users to high or low blood sugar, helping them manage their diabetes better15.
CGMs do more than just help with glucose control. They give a full picture of diabetes management. This lets users make informed choices, lowers the risk of complications, and improves their life quality15.
“Continuous glucose monitoring has been a game-changer for people with diabetes, allowing them to gain unprecedented insight into their blood sugar levels and trends. This data-driven approach empowers users to take a more active role in managing their condition and ultimately leads to better long-term health outcomes.”
– Dr. Emma Johnson, Endocrinologist
Issues with Continuous Glucose Monitors
Continuous glucose monitors (CGMs) have changed how people with diabetes manage their blood sugar levels. They give real-time updates on glucose levels. CGMs may need calibration with finger-stick tests, require regular part replacements, and can cause skin irritation.16 They are more expensive than traditional blood glucose meters but many health insurance plans, including Medicare, cover the costs16.
Calibration is a big issue with CGMs. These devices use sensors to estimate glucose levels in the fluid between cells, not directly from blood glucose. To get accurate readings, users must use finger-stick tests to calibrate the CGM16. Also, the sensors and other parts need to be replaced every 7-14 days, adding to the cost for users16.
Another challenge is skin irritation from the adhesive that attaches the sensor to the skin. This can cause redness and itching16. While these issues are usually not serious, they can be annoying for users.
Despite these issues, more people are using CGMs. The T1D Exchange study in the US showed a rise in CGM use from 7% to 30% between 2010–2012 and 2016–2018.16 Younger people, under 6 and 6–12 years old, saw a big increase in CGM use from 4% to 51% and from 3% to 37%, respectively16. But, less than half of people with diabetes use CGMs, showing there are still barriers to adoption.16
As technology improves, companies and healthcare providers are tackling these issues. They aim to make CGMs more accessible and easier to use for people with diabetes. By working together, the diabetes community can make sure CGMs help those who need them most.
Addressing Skin Irritation and Sensor Replacement
To reduce skin irritation, some CGM makers use hypoallergenic adhesives or offer different ways to attach the sensor. Users can also try using skin barriers or changing where they put the sensor to lessen skin reactions16. Healthcare providers can help patients find the best replacement schedule and make sure insurance covers the costs when possible.
Over-the-Counter CGM and Potential Barriers
The FDA approved the first over-the-counter CGM recently17. This could make the technology more accessible. But, concerns about cost and affordability for some people exist17. There’s also worry about people without diabetes misreading glucose levels, as CGMs measure glucose in interstitial fluid, not blood17.
To address these issues, healthcare providers and regulatory bodies need to work closely with manufacturers. They should ensure over-the-counter CGMs are affordable, easy to use, and come with clear instructions17.
Reporting Device-Related Issues
If users have problems with their glucose meters or CGMs, they can report them to the manufacturer or FDA18. Hospitals and clinics must also report device-related events that caused or could have caused serious harm18. The FDA looks into these reports to spot problems and keep patient information private18.
By addressing the challenges of CGMs together, the diabetes community can make this technology even better for those living with diabetes161718.
Artificial Pancreas and blood sugar monitor
The artificial pancreas is changing the game in diabetes care. It’s like a smart insulin system that works like a real pancreas. It helps people with type 1 diabetes keep their blood sugar stable19.
This system uses a closed-loop setup. It has a CGM, an insulin pump, and a smart program. The CGM checks blood sugar all day and night. Then, the program figures out how much insulin is needed and tells the pump to deliver it19.
Studies show it works well. In one trial, 168 people with type 1 diabetes used the artificial pancreas. They spent more time with healthy blood sugar levels, without any serious low blood sugar events19.
The NIDDK is leading the charge on this tech. They work with agencies and groups to make blood sugar monitoring better and automate insulin. This helps reduce diabetes complications20. Their trials show the artificial pancreas is great at controlling blood sugar, even in kids as young as 620.
Researchers are making the artificial pancreas better. They aim to make it work for more people and in different situations, like when you’re active20.
But, the artificial pancreas needs regular checks and upkeep. Users must ensure it’s working right, update it when needed, and adjust settings for insulin20. Also, costs vary by insurance, with different levels of coverage20.
The future of diabetes care is looking up thanks to the artificial pancreas. As research goes on, it’s set to make life easier for people with type 1 diabetes21.
“The bionic pancreas improved glucose control to a significant degree despite requiring less user input and healthcare provider adjustments compared to other technologies.”21
A trial with the bionic pancreas had 326 people with type 1 diabetes. The bionic pancreas group saw their blood sugar levels get better. They spent more time in the healthy range than the usual care group21.
Researchers are working hard to make the artificial pancreas better. They want it to be safer, easier to use, and more effective. This could greatly improve life for people with type 1 diabetes192021.
NIDDK’s Research on Continuous Glucose Monitors
The National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK) leads in CGM technology advancement22. Their research found that fluid between cells can estimate blood glucose levels, leading to modern CGM devices22.
The Diabetes Control and Complications Trial showed the power of home blood glucose checks to prevent diabetes issues22. Today, NIDDK trials aim to make CGM systems better for diabetes patients22.
For diabetes, NIDDK research highlights the need for specific CGM targets to prevent complications22. These targets include:22
- Time in Range (TIR) 70-180 mg/dL: more than 70 percent22
- Time Below Range (TBR) below 70 mg/dL: less than 4 percent22
- Time Below Range (TBR) below 54 mg/dL: less than 1 percent22
- Time Above Range (TAR) above 180 mg/dL: less than 25 percent22
- Time Above Range (TAR) above 250 mg/dL: less than 5 percent22
A 70 percent TIR matches an A1C of 7 percent, a key goal for diabetes care22. A JDRF study showed CGM improved pregnancy outcomes by 7 percent22.
CGM is more effective than traditional tests like the A1C test for diabetes management22. Research looks at using CGM in pregnancy and for type 2 diabetes22.
CGM data is key in diabetes studies like EDIC and GRADE, improving diabetes care22. Health experts use GMI, based on CGM data, to understand daily blood glucose levels22.
The NIDDK’s dedication to diabetes research, including CGM technology, has moved the field forward22. Ongoing studies aim to make CGM systems more reliable and useful for diabetes patients22.
Clinical Trials on Continuous Glucose Monitors
Continuous glucose monitors (CGMs) are key in diabetes research. They help collect lots of data for drug development and real-world studies23. These trials show important metrics like Time in Range, glucose control, and safety for patients23.
CGMs are now more common in research, going from under 5% use before 2005 to 12.5% in 201924. This rise is because CGMs give detailed glucose trends, with up to 288 data points daily23.
Clinical trials use CGMs to check how well diabetes treatments work. For example, dulaglutide and prandial insulin lispro improved glucose levels safely23. Vildagliptin showed better glucose control at night, making it safer and more effective23.
CGMs also help in nutrition studies. They show how custom diets can change blood glucose levels and improve health23. The VARIATION study found the best mix of treatments for type 2 diabetes, with the least glucose swings and lows23.
CGM accuracy has gotten better, with less error over time24. This means they’ll likely be used more in research24. This shows how valuable CGMs are in helping manage diabetes and bettering patient care24.
The National Institutes of Health, including the NIDDK, support and run studies on CGMs25. They aim to make CGMs more sensitive, reliable, and comfortable to use25. People can look up CGM studies on ClinicalTrials.gov and talk to their doctors about joining25.
“The use of CGM devices shows efficacy and supports their standard-of-care use for people with type 1 or type 2 diabetes on insulin therapy.”25
As more studies use CGMs, we’ll learn more about managing diabetes and helping people with the condition24.
FDA Approval and Over-the-Counter CGM blood sugar monitor
The U.S. Food and Drug Administration (FDA) has approved the first over-the-counter continuous glucose monitor for purchase without a prescription26. This is a big step towards making CGM technology more available to people with type 2 diabetes. It’s also for those who manage their diabetes with oral medications and lifestyle changes, or those who want to keep an eye on their blood glucose levels26.
The approved device, the Dexcom Stelo Glucose Biosensor System, is for adults 18 and older who don’t need insulin therapy26. It has a wearable sensor connected to a smartphone app. This lets users monitor, record, and analyze their glucose levels continuously26. But, it’s not for people with serious low blood sugar issues26.
According to Texas Diabetes & Endocrinology, CGMs are key for diabetes treatment. They track glucose levels in real-time and alert for low or high levels27. The Dexcom Stelo device gives glucose readings every 15 minutes, helping manage blood sugar effectively27.
The FDA’s approval of the over-the-counter CGM shows its effort to improve health equity. It aims to make new healthcare solutions available to everyone, especially helping people manage their health at home26. This follows the FDA’s approval of the FreeStyle Libre Pro in 2017, after first approving it for clinics in 201626.
The Dexcom Stelo Glucose Biosensor System will be available for purchase this summer. It’s a new option for those not using insulin to manage their blood sugar27. This is big news, as over 25 million people with type 2 diabetes in the US don’t use insulin, according to Dexcom26.
The FDA also approved the Eversense Continuous Glucose Monitoring (CGM) system, showing how far CGM technology has come28. This system has a sensor that can last up to 90 days and detect glucose levels28. Studies found less than 1 percent of users had a serious issue with the sensor28.
The FDA’s approval of the over-the-counter CGM aligns with its commitment to advancing health equity by providing innovative healthcare solutions accessible to all individuals, particularly empowering them to manage their health from home.
The FDA’s approval of the first over-the-counter CGM is a big step towards making this tech more accessible to people with type 2 diabetes and those wanting to monitor their blood sugar levels without a prescription26. This could help people take a more active role in their health and wellness262728.
Blood Sugar Monitoring for Type 2 Diabetes
Over-the-counter continuous glucose monitors (CGMs) have changed the game for those with type 2 diabetes. They use oral medications and lifestyle changes to manage their condition29. These people often find it hard to check their blood sugar with finger sticks because it’s inconvenient and painful30. But, the new over-the-counter CGM approved by the FDA offers a better way to track glucose levels all day without needing to prick your finger often.
For those with type 2 diabetes, keeping blood sugar levels healthy is key to avoiding complications30. The American Diabetes Association recommends an A1C level under 7% for most adults with diabetes30. They also suggest plasma glucose levels of 80–130 mg/dL before meals and less than 180 mg/dL 1-2 hours after eating30. Checking blood glucose regularly is vital to see if the diabetes care plan is working and to make changes as needed30.
An over-the-counter CGM can help people with type 2 diabetes manage their condition better by showing their glucose levels, trends, and patterns in real-time29. This info helps them make better choices about their diet, exercise, and medication to keep their blood sugar in check30. Plus, it makes it easy to share glucose data with doctors, helping to create a care plan that fits them best30.
Unlocking the Power of Over-the-Counter CGMs
The upfront cost of over-the-counter CGMs might be a hurdle for some with type 2 diabetes29. But, the long-term benefits of better glucose control and fewer complications can make it worth it29. As research and technology advance, we might see more affordable options, making these devices available to more people29.
In summary, over-the-counter CGMs have the potential to greatly improve type 2 diabetes management for those using oral medications and lifestyle changes29. These devices offer a convenient and effective way to monitor glucose levels. This empowers patients to make informed decisions, manage their condition better, and improve their health and well-being302931.
Potential Benefits and Concerns of Over-the-Counter CGMs
The FDA has approved the first over-the-counter continuous glucose monitor (CGM). This is great news for people with type 2 diabetes32. About 25 million people could now use this new tool, which is a big deal since only 3% of type 2 diabetes patients use CGMs today32. This change could help more people get the care they need, especially those from low-income, older, Black, and minority communities32.
Using an over-the-counter CGM can help people understand how their daily choices affect their blood sugar levels33. It could also help spot diabetes or prediabetes early on. Many people without diabetes are now using CGMs to eat better and stay healthy33. But, there’s a worry that the CGM might be too expensive for some, making it hard for them to get32. The price is still unknown but it’s expected to be available soon32.
Some people might worry too much about their blood sugar levels, thinking they’re always too high or too low33. For example, eating oatmeal can cause some people’s blood sugar to go up a lot33. It’s important to get advice from doctors on how to understand these readings correctly33.
Even with some concerns, over-the-counter CGMs are a big step forward for health care. They let people take a bigger role in managing their health32. But, we need to make sure we use these tools wisely and with the right guidance33.
The FDA’s approval of an over-the-counter CGM is a game-changer, but it’s crucial to address the potential concerns to ensure the technology is used effectively and responsibly.
| Potential Benefits | Potential Concerns |
|---|---|
Over-the-counter CGMs are a big step forward for health care. But, we need to make sure they’re used right and responsibly3233.
“The FDA’s approval of an over-the-counter CGM is a game-changer, but it’s crucial to address the potential concerns to ensure the technology is used effectively and responsibly.”
Conclusion
Continuous glucose monitors (CGMs) are a big help for people with diabetes. They show glucose levels and trends in real time34. These devices help with better glucose control, fewer low blood sugar episodes, and less need for finger sticks34. They do need some upkeep and can cost money, but they make managing diabetes much better when used right35.
The FDA has recently approved an over-the-counter CGM. This means more people with type 2 diabetes or those without diabetes can use them. They can see how different foods and activities affect their bodies35. As technology and research keep improving, CGMs will play a bigger role in managing health and nutrition.
In short, CGMs have changed how people with diabetes handle their condition. They offer real-time info and better glucose control. With more people able to use them and their potential for personal health plans, CGMs are key to the future of diabetes and health care343635.
FAQ
What is continuous glucose monitoring?
Continuous glucose monitoring (CGM) lets people with diabetes track their blood sugar levels all day and night. It uses a small sensor under the skin to measure glucose levels. This matches the levels in the bloodstream closely.
How does a continuous glucose monitor work?
A CGM has a sensor, a transmitter, and software. The sensor measures glucose levels in the body’s fluid. The transmitter sends this info wirelessly to a device, showing glucose levels in real-time.
Who can use a continuous glucose monitor?
CGMs are mainly for people with diabetes, like those with type 1 and some type 2 diabetes. Doctors suggest them for those needing insulin and at risk of low blood sugar.
What are the different types of continuous glucose monitors?
There are many CGMs out there, like real-time, intermittent-scan, and limited-time devices. They vary in sensor placement, how often they need replacing, and how users see their data.
What features do continuous glucose monitors offer?
CGMs give glucose readings every few minutes, day and night. They track food, activity, and meds, showing how these affect glucose levels. They also alert users or caregivers about high or low glucose levels.
What are the benefits of using a continuous glucose monitor?
CGMs offer more frequent checks, fewer low blood sugar episodes, and less need for finger sticks. They help users make better diet, exercise, and medication choices for good glucose control.
What are some challenges or issues with continuous glucose monitors?
CGMs have their challenges, like needing calibration with finger sticks and sensor replacements. They can cause skin irritation and are pricier than blood glucose meters. Yet, many health plans cover them.
How do continuous glucose monitors relate to artificial pancreas technology?
An artificial pancreas combines a CGM, an insulin pump, and a program. The CGM tracks glucose and sends data to the program. It then calculates insulin doses and tells the pump to deliver them, keeping glucose in range.
What is the NIDDK’s role in continuous glucose monitor research?
The NIDDK funds research on diabetes and CGM technology. Their work has led to modern CGM devices, improving diabetes management.
What kind of clinical trials are being conducted on continuous glucose monitors?
The NIH and NIDDK support trials on CGMs. Researchers aim to improve their accuracy, comfort, and explore new uses for diabetes and other conditions.
What is the significance of the FDA’s approval of an over-the-counter continuous glucose monitor?
The FDA approved the first OTC CGM in March 2023. It’s for people with type 2 diabetes on oral meds or those wanting to monitor their glucose without a prescription.
How can an over-the-counter continuous glucose monitor benefit people with type 2 diabetes?
The OTC CGM helps type 2 diabetes patients on oral meds and lifestyle changes. It offers an easy way to monitor glucose without frequent finger sticks.
What are the potential benefits and concerns with the availability of an over-the-counter continuous glucose monitor?
The FDA’s OTC CGM approval has pros and cons. It makes glucose monitoring easier for type 2 diabetes patients and the curious. But, it might be too expensive for some, and users might worry too much about normal blood sugar levels.
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- Checking your blood sugar levels – https://www.diabetes.org.uk/guide-to-diabetes/managing-your-diabetes/testing
- Opinion | Here’s What OTC Continuous Glucose Monitors Can Do for Our Patients – https://www.medpagetoday.com/opinion/second-opinions/109428
- Continuous glucose monitoring is becoming popular among non-diabetics – https://www.uclahealth.org/news/article/continuous-glucose-monitoring-becoming-popular-among-non
- Blood Glucose Monitoring – StatPearls – https://www.ncbi.nlm.nih.gov/books/NBK555976/
- The Role of Blood Glucose Monitoring in Diabetes Management – https://www.ncbi.nlm.nih.gov/books/NBK566165/
- Type 2 and Blood Glucose Checks – https://diabetes.org/about-diabetes/devices-technology/blood-sugar-checks-type-2