Dexcom G6 Continuous Glucose Monitor

Dexcom G6 is one of the most advanced CGM (continuous glucose monitoring) systems available on the market. Developed and produced by Dexcom, a tech company based in San Diego, California, the Dexcom G6 offers seamless mobile app connectivity without the need to use a separate receiver.

It has also been approved for use by the FDA (Food and Drug Administration), primarily because its readings are accurate enough and the system does not require regular calibration using fingerstick tests.

Pros and cons of the Dexcom CGM G6

Dexcom cgm   Pros

  • Users can wear sensors for up to 10 days (earlier models can be worn for only 7 days).Dexcom CGM patches
  • Features a one-button plastic applicator that allows pain-free insertion.
  • The needle is not visible as it retracts into the inserter.
  • You can wear it discreetly under your clothing.
  • Designed to alert you whenever your blood sugar level is trending high or low.
  • Continuously keeps track of blood sugar levels in real-time.
  • Results are displayed on a receiver device or smartphone app.
  • The data sharing feature allows users to share data with up to 10 people.
  • It is water-resistant, so it can be worn during baths, showers, or swimming.
  • Features a vibrate-only mode for customizable alerts as well as alarms
  • Tylenol (acetaminophen) does not affect blood glucose readings.Dexcom G6 Supplies

Dexcom cgm   Cons

  • The “urgent low” (55 mg/dL) alert can’t be turned off.
  • The sensor may stop working before 10 days elapse, or may fall off your body.
  • Doesn’t restart easily if the sensor stops working before day 10.
  • The system requires sensors and a transmitter, which can be quite costly, with or without insurance cover.
  • Bluetooth connectivity may be lost from your insulin pump or phone, making the readings and insulin-related data less reliable.
  • May be incompatible with some smartphones.
  • The plastic auto-inserter is bulky and takes up significant storage space, especially when traveling.

What does the Dexcom G6 system entail?

The Dexcom G6 system was first approved for use by the Food and Drug Administration in March 2018. It was the first continuous glucose monitoring device to provide direct smartphone app connectivity without the need for a separate receiver. However, you can still opt to use either the smartphone app or receiver. Fortunately, the system does not require calibration for accuracy using fingerstick glucose tests.

Let’s explore what the system entails in detail:

·         Transmitter

The transmitter is a thin gray part that functions as the system’s brain. It clicks on top of the sensor and is 30% thinner and smaller than the previous Dexcom model. Despite having a lower profile than the previous model, the new transmitter has a battery life of 3 months.

Featuring built-in Bluetooth connectivity, the Dexcom G6 transmits readings directly to the separate receiver, smartphone app or other compatible devices in 5-minute intervals. Moreover, the transmitter has a range of up to 20 feet.

·         Auto inserter

Dexcom G6 features a new disposable auto-inserter design. It is a plastic, self-contained, spring-loaded auto-applicator. It does not require users to do anything other than press a button to insert a new sensor. It even allows for one-handed auto-insertions. Moreover, the sensors come preassembled into the inserter to ensure that the needles are not exposed.

The insertion process is easy and straightforward. You simply need to pull the adhesive off and place the sensor on your skin before pushing the orange button. What’s great is that the disposal applicator piece automatically separates from the sensor immediately after placing it on your body.

·         Does not require fingersticks

Unlike previous versions, the Dexcom G6 doesn’t require regular fingerstick calibrations. The FDA has given it a nonadjunctive designation, which means that it can also be used in making treatment and dosing decisions without backup systems such as fingerstick tests.

Even though the Dexcom G6 system is factory calibrated, it still allows users to enter calibrations manually for additional confidence in accuracy.

·         Sensor code

The sensor features a 4-digit code clearly printed on the adhesive backing. You simply need to enter the code into the separate receiver device or smartphone app before insertion. This helps trigger the “no calibration” feature.

Keep in mind that if this code is not entered or scanned, you’ll need to calibrate the sensor every 12 hours, as was necessary with the previous Dexcom G5 model.

·         Young childrenDexcom G6 waterproof patches

The G6 model is approved for 2-year-olds and up.

·         Water-resistant 10-day wear

The G6 sensor is more accurate and can be worn for up to 10 days compared to the previous model’s 7-day wear.

The sensor now features a hard shutoff exactly at the 10-day mark. Therefore, the sensor can’t be extended for prolonged wear, as some people did with earlier models. This was laid out by the FDA in a letter to Dexcom, clearly describing specific requirements for Dexcom G6. Although the sensor can be started through some DIY methods, those methods are considered “off-label” because they are not endorsed by the Food and Drug Administration.

·         Predictive alerts

The system will give you “Urgent Low Soon” alerts each time the sensor detects that your blood sugar levels are falling fast and expects it to fall to 55 mg/dL within the next 20 minutes. Although the other G6 alarms and alerts can be silenced, this alert cannot be turned off because it’s required by the FDA.

·         Customizable alarms and alertsDexcom G6

Different alert preferences can be set for any time of day or night. The system also comes with a “Do Not Disturb” feature for vibration or audible alerts. However, the “Snooze” feature does not work on important alarms and alerts like “Transmitter/Sensor Failure” and “Urgent Low”.

·         No Tylenol effect

Interference from medications that contain Tylenol (acetaminophen) has been a serious ongoing issue when it comes to continuous glucose monitoring. The good news is that the Tylenol effect is not an issue with the G6 model.

Dexcom G6 features a special membrane on the sensors that eliminates interference from medications containing Tylenol, which could yield false high blood sugar readings.

·         Mobile app

The Dexcom G6 Mobile app starts displaying blood sugar results after warming up for 2 hours without showing any data. The app displays a circle with your real-time blood glucose level as well as the appropriate yellow, red, or gray color code showing whether you are “High”, “Low”, or “In Range”.

It also displays an arrow depending on the direction you’re currently trending.

A graph with blood sugar dots and other data like carbs, exercise, or insulin is displayed below the circle. If you want to see more than the most recent 3 hours of data, you simply need to turn your phone horizontally to view up to the past 24 hours of CGM data and navigate accordingly.

You can share CGM data with up to 10 people through the separate Dexcom G6 Follow app. Most importantly, data can be shared with your physician’s office through the Dexcom G6 CLARITY platform.

·         Supports both Android and iOS

The Dexcom G6 app is compatible with Android and iOS smartphones, but some models may be incompatible. Be sure to go through Dexcom’s list of supported devices. Moreover, Dexcom says the system won’t send CGM data directly to Android or Apple watches without a mobile phone.

How accurate and reliable is the G6?

CGM performance is measured using MARD (mean absolute relative difference). With MARD, lower numbers reflect better accuracy. Data shows that the Dexcom G6 has a MARD of 9% with sustained reliability and accuracy over the time the sensors are worn, putting it considerably ahead of its competitors.

Dexcom G6 CLARITY software

Dexcom G6 CLARITY software allows you to view blood sugar data trends and share reports with your doctor and other healthcare professionals. It is available to customers both through the smartphone app and online at no additional cost.

To access the G6 CLARITY app, turn the orientation of your phone to horizontal and click on the green icon in the upper right corner.

Dexcom G6 CLARITY app displays your reports for the most recent 24 hours up to 3 months, average blood sugar for any number of days, as well as comparison charts designed to help you see trends during different periods.

For instance, if you recently started using a new insulin pump, you can see how your data for the past few weeks or months differs from the months or weeks prior.

Key features of Dexcom CLARITY software include:

·         GMI (Glucose Management Indicator):

It estimates the clinical A1C result expected based on the user’s average glucose from the past 12 days of data. While it is not an accurate prediction, it can be used to get a good idea of where the user stands on the 3-month average.

·         Time in range:

This displays the total percentage of time the user’s blood sugar levels are in the high, target, and low ranges. The “in-target” range is set at 70 to 180 mg/dL by default, but you can easily adjust it in settings.

Access to Clarity data can also be granted to doctors by simply authorizing this on the website or directly via the app. This allows doctors and other healthcare professionals to log in and use the data at no cost.

Using CLARITY’s overview reports is billable to your insurance provider, so doctors can get reimbursed for reviewing and interpreting your data through private insurers or Medicare. The CPT code, or billing code, is 95251.

How much does the Dexcom G6 cost?

A wide variety of private insurers in the US cover Dexcom continuous glucose monitors, and Medicare also started covering the Dexcom G6 as of mid-2022.

Note that benefits may vary by plan, and it is essential to check with your provider. You also need a prescription for the Dexcom G6 transmitter and sensors, so you must check with your doctor before buying.

Pricing details

Dexcom G6 supplies can be purchased at large retail pharmacies, including Rite Aid, Walgreens, and CVS. Prices vary, but most suppliers quote the price for a G6 transmitter at about $300 and a 3-pack box of sensors at just under $400.

The estimated annual retail costs without insurance are:

  • $1,200 per year for G6 transmitters (4 G6 transmitters per year because each lasts 90 days)
  • $4,800 per year for 12 boxes of G6 sensors (each box contains 3 sensors, and each lasts 10 days).
  • Total estimated cost: $6,000 per year, or approximately $500 per month.

Is the Dexcom G6 CGM system right for me?

The G6 is an excellent CGM device for any child or adult with Type 1, Type 2, or gestational diabetes, given the importance of proper glucose management, especially during pregnancy.

So, what are the benefits of continuous glucose management?

  • Helps avoid severe low or high blood sugar levels, especially hypoglycemia.
  • Safeguards users from dangerous mistakes by guiding insulin dosing.
  • Provides a sense of safety for patients who don’t feel lows or highs coming on.
  • Improves diabetes management by increasing blood sugar “Time in range”
  • Let’s you learn from the effects of your physical activity regimen and food on your body.

Note that CGM is extremely powerful when it comes to improving health outcomes. It is clear that diabetes patients can benefit, but recent clinical studies show that CGM is especially beneficial for specific groups, including older teens, young adults, and teens. One of the key benefits of CGM devices is the convenience they provide.

When should you consult your doctor?

It’s always important to talk to your diabetes care team about your individual goals for blood sugar levels. However, meeting with your endocrinologist and healthcare team is particularly helpful if you are experiencing any trends in lower or higher blood sugar levels, especially if you are experiencing any hypoglycemia symptoms.

The bottom line

Dexcom G6 is the most popular CGM system available on the market from a tech company that has built its reputation by integrating the latest and best CGM technologies for about 20 years.

It displays real-time data and features a variety of customizable alerts and alarms to predict out-of-range blood sugar levels. This allows for more proactive blood glucose management. With the G6’s high accuracy rating, compatibility with a wide variety of devices, and easy-to-use form factor, it is an awesome choice for anyone with diabetes. However, the Dexcom G6 can be quite expensive and frustrating when it doesn’t work as expected.

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Dexcom G6 cost

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Diabetes Patches for Continuous Blood Glucose Monitoring

Post Updated: 27th March 2023

Managing diabetes can be challenging largely because you not only have to watch what you eat but also keep track of your blood sugar levels. People who need insulin have to stick their fingers and give themselves shots several times each day. However, thanks to technology, diabetic patches for continuous blood glucose monitoring can make it more convenient and easier to live with diabetes.

Continuous glucose monitoring (CGM) systems offer a significant advantage for people with diabetes, compared to traditional blood glucose monitoring methods. The CGM system is a device that measures blood sugar levels continuously throughout the day, typically every 5-10 minutes, providing a more detailed view of a person’s glucose levels over time.

Are diabetic patches reliable?

Not all of these diabetic patches have been approved by the FDA (Food and Drug Administration). Reliable patches that have been approved by the FDA are designed to closely monitor blood glucose levels. Therefore, diabetic patches are not just fancy patches or stickers. They are an integral part of diabetes management. They have been tested and approved by the FDA to make sure they are safe.

However, some nonprescription “diabetic patches” sold at some online drug stores are very different. They claim to treat diabetes symptoms with herbs that are delivered through the skin. There’s no scientific evidence that they actually work. In fact, there is insufficient research on them.

Continuous blood glucose monitoring systems.

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With these systems, people living with diabetes stick a sensor on their skin. Then they use devices that work with the sensors.

CGM patches

blood glucose plasterIn some cases, patients use their smartphones to scan the sensor. These sensors show real-time information about blood glucose, including daily level patterns.

Most continuous glucose monitoring systems (CGMs) report blood glucose levels every 5 minutes amounting to a total of 288 blood sugar readings a day. CGMs are designed to help you make informed decisions about various aspects of the condition such as exercise and food choices. They alleviate the guesswork surrounding daily blood sugar fluctuations and patterns.

How does it work?

Most continuous glucose monitoring systems consist of 3 main parts:

  • Sensor wire

This is a tiny wire that is inserted just under the skin, usually on the abdomen or arm. The sensor wire uses an applicator to measure interstitial glucose levels automatically, rather than measuring glucose found in the blood from your veins. An adhesive patch holds the patch firmly in place.

  • Transmitter

The transmitter is attached to the wire sensor. It sends blood glucose data to the receiver every few minutes. The transmitter uses wireless technology to send data to the receiver.

  • Receiver

The receiver displays blood glucose levels, patterns, and trends.

Some continuous glucose monitoring systems use Bluetooth technology to transmit blood sugar information to compatible tablets and smartphones. This helps bypass the need for standalone receivers. Some CGMs can also be combined with insulin pumps.

Other devices include cloud-based reporting systems that transmit glucose information via the cloud to up to 5 selected recipients, such as a medical provider, caregiver, or parent.

Moreover, this allows doctors to easily access the information, hence facilitating the tracking of trends and displaying patterns in graphical form for analysis.

Some devices also allow users to input information about snacks, meals, physical activity, and medication to further help with the analysis and tracking of blood glucose trends.

Continuous glucose monitoring patchesPros

Here are some benefits of using a CGM system for people with diabetes:

  • Improved quality of life: CGM systems reduce the need for fingerstick tests and manual logging of glucose readings, which can be time-consuming and inconvenient. CGM systems also provide individuals with more flexibility in their daily activities and reduce the fear of hypoglycemia.
  • Helping detect patterns and trends in glucose levels. CGMs show dips and spikes in blood sugar when is inconvenient to check blood glucose levels frequently.
  • Better communication with healthcare providers: CGM systems provide healthcare providers with more comprehensive data on an individual’s glucose levels, allowing for more targeted treatment plans and better overall management of diabetes.
  • CGMs help clarify the effects of exercise and diet on blood glucose levels.
  • Early detection of high and low blood sugar: CGM allows individuals to detect high or low blood sugar levels earlier than traditional monitoring methods, which can help prevent serious complications such as hypoglycemia and hyperglycemia.
  • Most importantly, CGMs help to enhance security and confidence by helping you understand your diabetes better. It can give you more confidence in the way you manage your diabetes and help you achieve tangible results.
  • It is also comforting to get a clear picture of how your glucose levels are trending. This allows you to go for gym sessions or walks without fearing spikes or dips and to reach both your diabetes and fitness health goals efficiently.

CGM MonitorCons

Despite the advantages, CGMs also have their limitations that should be taken into consideration:

  • Although continuous glucose monitoring systems deliver readings automatically, twice-daily finger sticks are necessary to calibrate the device for accuracy.
  • CGMs often display lower blood sugar readings compared to intravenous blood sugar.
  • CGM devices are expensive and require a prescription to get one.

Who should use continuous glucose monitoring systems?

According to the Endocrine Society Guidelines, CGMs should be used by type 1 diabetes patients with A1C levels above 7%. It is also important to understand the technology used by CGMs to reap maximum benefits.

Intermittent use of CGMs is usually appropriate for patients with hypoglycemic unawareness (inability to identify the signs and symptoms of dips in blood glucose levels), overnight hypoglycemia, or intensive insulin therapy (tight blood sugar control). Some of the FDA-approved CGMs include Dexcom G5, Dexcom G6, Freestyle Libre, and Medtronic Guardian Connect.

The bottom line:

The continuous glucose monitoring system is a valuable tool for people with diabetes, providing real-time data that helps individuals make more informed decisions about their diabetes management, leading to better glucose control, improved quality of life, and better communication with healthcare providers.

Read about the top 5 companies developing non-invasive glucose monitors HERE!

Diabetic patches

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List of FDA Approved Glucose Meters

In diabetes, the body loses its ability to produce insulin (blood sugar levels regulating hormone). This puts Type 1 and Type 2 diabetics at risk of either too low blood sugar levels (hypoglycemia) or too high blood glucose levels (hyperglycemia).

Both outcomes are undesired as they can easily lead to other complications such as blood circulation problems, kidney issues, and eye problems. Regular blood glucose monitoring is one of the main first-line defenses against the complications of diabetes.

The most widely practiced methods of monitoring blood glucose level are by using a lancet to prick a finger. However, due to the discomfort and pain associated with the process, blood glucose monitoring becomes a daunting process for many diabetes patients.

Needle-free and non-invasive methods of testing blood sugar levels are now being developed to help ease the burden for people living with diabetes. These methods may also prove to be cheaper particularly because patients can do away with buying disposable test strips and lancets. Non-invasive glucose monitoring systems make the process as painless and easy as possible in order to encourage diabetics to monitor their blood glucose levels as prescribed.

Non-invasive blood sugar monitors can also be linked with tablets and smartphones, making it easier to keep track of your blood glucose levels and trend through the day or even weeks. These automated measurements make it possible for people living with diabetes to get insight on why or when their blood glucose drops or rises.

How do blood glucose meters work?

Since 1970s scientists have been trying their level best to come up with non-invasive methods of detecting blood glucose levels .Today there are many promising methods in use, each with its advantages and shortcomings. The most common methods used include:

  • Using radio waves on the fingertips
  • Application of ultrasound waves that penetrate the skin
  • Measuring infrared radiation that the body emits
  • Measuring of the viscosity of fluids beneath the skin
  • Application of beam near-infrared energy to penetrate the skin

Although hundreds of millions of dollars’ have been spent in this research, no technology has been declared as an outstanding method in non-invasive glucose monitoring. Notably, further research is needed in improving the reliability and accuracy of these methods, manufacturers are tirelessly developing and marketing glucose monitors that are user-friendly.

Top Non-invasive Glucose Monitors Currently in the Market

If you are willing to buy a non-invasive glucose monitor, there are several varieties in the current market. However, your health is a sensitive issue; thus, take your time in making informed choices.

The first and most important guideline to narrow the selection list is by considering devices that have been approved by FDA. Since 2017 FDA has been reviewing and approving several devices and the list has been growing since then.  These products need to get smarter, easier to use, and better to remain relevant in the thriving competition. As indicated in the list below.

  1. FreeStyle Libre Flash

Freestyle Libre Flash Blood glucose monitoring systemThe FreeStyle Libre Flash holds an outstanding position for being the first non-invasive glucose monitoring device to be approved by the FDA. You need to install a sensor on the back of an upper arm before your start using FreeStyle Libre.

Notably, you have to this once per 2 weeks’ time or so and always remember to be extra careful with it, because it can rip off with a strong or a sudden force. However, this can be prevented by following detailed instructions in applying each sensor.

It’s usually a simple process that takes at most 2 minutes, which you can do on your own. The sensor is installed beneath the skin. It basically measures the quantity of glucose present in interstitial fluids, not in the blood. The sensor may take up to 15 minutes before measuring your actual blood glucose.

Pros

  • FreeStyle is affordable in the market
  • The included reader is easy use
  • Reading can be made using a smartphone app
  • Data obtained can be store for 8 hours
  • Data obtained can be illustrated on a time series graph

Cons

  • The sensor needs to be replaced with time
  • It’s not a long-term sustainable method
  1. GlucoWatch G2 Biographer

FDA Approved Glucose Meters
GlucoWatch G2 Biographer

The GlucoWatch G2 Biographer is a Non-Invasive glucose Monitor device that has been approved by FDA. It’s basically a wristwatch that can make six measurements in an hour.

The device has an AutoSensor disposable upon use, usually attached to the Biographer’s back. This AutoSensor must contact the skin. A single AutoSensor can make 78 reading in total within 13 hours.

Upon installation, the AutoSensor require 2 hours to warm-up before making its first measurements. GlucoWatch uses electric currents to extract interstitial fluids within the skin.

Pros

  • Takes a short period of time to process data and display results
  • Rises alarm for low and high sugar levels upon programming
  • Appropriate in diabetics who need frequent glucose level test

Cons

  • Its accuracy is not fully assured by the FDA
  1. EverSense CGM

EverSense CGMEverSense is a non-invasive glucose monitoring device that offers Continuous Glucose Monitoring (CGM) properties. FDA approved it as the first CGM system.The EverSense CGM depends on a sensor implanted by a doctor beneath your skin. This means you have to undergo a minor operation to allow implantation. The device has a transmitter, over the sensor and above the skin, to allow data transmission. Users regard it as the best CGM in the market due to its accuracy.

Pros

  • Results can be scrutinized and reviewed via your smartphone
  • Rises alarms over high and low glucose levels
  • A sensor can last for 90 days upon implantation
  • Free from dangers of ripping off

Cons

  • In case the implantation site is infected, another implantation process is needed

Conclusion

Though there isn’t non-invasive glucose monitoring technology that stands out to be standard in the market, technology is evolving at a high rate. From implants that used to last for 14 days at most, currently, we have implants capable of lasting for several months.

It is possible for us to have a new non-glucose monitoring technology in the market- one that can function without being implanted beneath the skin.

For diabetics, new technology brings improvement in their health lives. With time, you might only be required to take a photograph of your eyes and a supercomputer to do the rest of the work.

List of FDA Approved Glucose Meters

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