Find blood sugar monitor without finger pricks? What’s the best blood sugar monitor in 2023 ?PKvitality invents the first connected watch in the world to take your blood sugar without pricking.
Diabetes affects around 460 million individuals globally. When treatment is not carefully followed or inadequately tailored, this condition might have major health effects. PKvitality, a French start-up, has created a connected watch that can check glucose levels without the use of an invasive gadget, making life easier for chronic patients.
Watches that detect pulse and oxygen levels, sleep trackers, and connected scales are all examples of a thriving connected health industry. However, while the majority of these items will remain toys for hypochondriacs, other improvements will be of real use to patients with chronic diseases. For example, the connected watch K’Watch Glucose, developed by the Parisian start-up PKvitality, checks glucose levels continually.
- The best blood sugar monitor
- A microneedle patch that is painless
- Better follow-up = better prognosis
- At the 15th ATTD Conference, PKvitality announced first-in-human clinical results
- The FINAL K’Watch Design
- Pkvitality promises a painless and easy to measure exam
- Connected watch and patch
- Pkvitality claims its tiny needles are painless
- The goal of Pkvitality
- Frequently Asked Questions
- Pendulum Glucose Control
- Bistro MD Diabetic friendly meals delivered to you
The best blood sugar monitor
“There are 460 million diabetics worldwide, with 100 million of them needing to closely monitor their blood sugar levels in order to modify their insulin dose,” says Minh Lê, PKvitality’s General Manager. With the surge in obesity, sedentary lifestyles, and increased life expectancy, the disease is unfortunately on the rise. “When their diabetes is unstable, some diabetics have to prick their finger more than 10 times a day,” says the entrepreneur. Manufacturers have been developing Continuous Blood Glucose Monitors (CGM) in the form of patches to adhere on the skin for numerous years.
Minh Lê and his partner Luc Piérart, on the other hand, rapidly became dissatisfied with these devices. “For starters, the patch can be painful to apply. Second, the adhesive, which is supposed to last 10 to 14 days, peels off, requiring it to be replaced more frequently, resulting in non-reimbursed charges or fiddling to extend its life a few days further, which is undesirable. Finally, the patch is a disease flag that one is forced to reveal unless one alters their dress patterns,” Minh Lê writes. Furthermore, each of these devices has a price tag.
A microneedle patch that is painless
“We address all of these difficulties with the connected watch,” Minh Lê claims. The device consists of two parts: a patch that connects to the wrist with practically imperceptible and painless microtips, and a connected watch that covers it and records the data. “In this method, the patch is kept safe and secure.” Furthermore, because all of the electronics are housed in the watch rather than the patch, the latter costs less and produces less waste,” says the director. This linked watch, like any good connected watch, tells the time and also measures calories, physical activity, and heart rate, all of which affect glucose levels.
“But,” Minh Lê adds, “we have consciously reduced the functions to the most useful.” If the product is to serve all diabetic patients, it must also be easy to use by an older public than regular connected watch users, a public unfamiliar with new technology.”
Better follow-up = better prognosis
In addition to its ease of use, the K’Watch Glucose allows for far more precise blood sugar monitoring. “This will assist the patient understand how his body reacts to food or physical exercise on a regular basis,” Minh Lê explains. When the patient notices that his blood sugar level is rapidly rising, he will be able to take an adequate amount of insulin at that level.
Aside from its simplicity, the K’Watch Glucose delivers significantly better blood sugar monitoring. “This will assist the patient understand how his body reacts to food or physical exercise on a regular basis,” Minh Lê adds. When his blood sugar level rises rapidly at a particular blood sugar level, the patient will be able to take a sufficient quantity of insulin. He could not adapt finely before because he just had a snapshot to assess the trend.” The watch may be linked to a smartphone app, and the data is securely saved in the Orange cloud.
“Ultimately, the data might be shared with the doctor who watches the patient in order for him to provide advise on lifestyle or treatment to be followed,” the entrepreneur explains. If the patient agrees, the anonymised data may potentially be utilized for scientific studies to increase diabetes knowledge.
PKvitality, which was founded in 2016, has already raised 15 million euros, but its linked watch still has a long way to go before it can be sold.
At the 15th ATTD Conference, PKvitality announced first-in-human clinical results
PKvitality officially attended Europe’s most anticipated conference on Advanced Technologies and Treatments for Diabetes (ATTD) — from April 27-30, 2022, in Barcelona.
Timothy Bailey, Principal Investigator of the study and CEO of AMCR Institute, presented the results of the First-On-Human Clinical Trials of K’Watch Glucose in an e-poster on this occasion. Minh Lê, General Manager of PKvitality, will describe these clinical findings on-site.
The trials led by PKvitality were successful, with excellent user experience and tracking. The experiment was held at the AMCR Institute, a clinical research institution specializing in diabetes and obesity with world-class medical device expertise in the metabolic field. K’Watch will revolutionize the game since it is non-invasive, precise, and inexpensive.
The FINAL K’Watch Design
We know you’ve been waiting a long time to see how the K’watch will appear in its ultimate form. It’s finally here!
K’watch has the right shell to safeguard the pearls of our innovation, having been co-designed by a French firm specializing in luxury watch design for more than three years.
Who’d guess that under its attractive rounded curves and the size of a regular wristwatch was the intelligence of a continuous glucose monitor?!
In a nutshell, here’s how K’Watch’s new design works:
– Over 1000 hours of brainstorming and workshops;
– Over 300 hours of drawings;
– 5 fully designed prototypes;
– 4 designers;
– A compact watch with a large screen;
– And (last but not least) a comfy bracelet!
Pkvitality promises a painless and easy to measure exam
One of the companies looking for the holy grail for diabetic patients is PKvitality. The company has been working for several years to implement blood glucose monitoring that is easy and painless. She has been doing this since 2016 and was supported by a grant from the European Union’s Horizon 2020 programme.
The company is currently working on two smartwatches: the K’Watch Athlete for athletes and the K’Watch Glucose for people with diabetes. The latter aims to facilitate the daily life of millions of diabetic patients by developing a painless and discreet continuous glucometer.
The first clinical studies on K’Watch Glucose started at the end of 2021. It is being carried out in collaboration with the AMRC Institute. The American clinical research center specializing in diabetes and obesity will follow 35 patients with type 1 or 2 diabetes with the K’Watch for 8 days.
Connected watch and patch
How does blood glucose monitoring with a linked watch work? A continuous monitoring device, comprising of a wristwatch and a patch, has been created by PKvitality. This is attached to the rear of the watch so that it may make touch with the wearer’s skin. It has many microtips, which are very little needles. They are the ones who check the amount of glucose in the interstitial fluid. The wristwatch examines the data collected by sensors and turned into an electrical signal. The patch, like other CGM systems, is updated weekly.
With a continuous or flash glucometer, a diabetic patient wears a sensor with a small needle, for example on the upper arm, which automatically measures the level of glucose in the interstitial fluid. These continuous monitoring methods mostly use invasive sensors from Dexcom, Medtronic and Abbott. If this is not the case, they use sensors in the form of implants – developed by Senseonics, among others – which are placed under the skin. But the latter represent only a very small market share.
Pkvitality claims its tiny needles are painless
PKvitality’s device uses several microtips that go through the skin to measure interstitial fluid glucose in the blood. Thus, the measurement is not completely without stitching. Nevertheless, the company claims to work with many microtips of less than one millimeter. These small microtips are therefore virtually painless. Another important distinction is the analysis and conversion of the patch measurements into an electronic signal in the smartwatch. It is indeed a combination of data. This atypical mode of operation is a company innovation. Moreover, it has already filed more than 36 patents for its K’Watch Glucose.
“We aim to create a solution that is unobtrusive so that individuals with diabetes do not feel stigmatized.” “It’s also critical that they be able to take accurate measurements,” Minh Le adds. “Present sensors operate for a few weeks and then must be discarded. Because they incorporate hardware components such as an NFC or Bluetooth chip, a processor to evaluate the signal, a battery, and memory, they are rather costly. They are necessary in their notions, but we want to save money by lowering prices and reducing waste. As a result, we’re working on a more long-term and cost-effective monitoring system.
All patch and microtip components are developed, manufactured and assembled in Europe. “Our team has experience in industrial production. We know what it takes to turn a prototype into a market-ready product. And at the same time, we also know that competitors in the past have not been able to meet the demand for CGM applications and the wait times have increased. It is likely that we will deploy K’Watch by country in 2024.” Besides the Benelux, Germany will become one of the first sales markets: the German company Beurer is one of the investors to have bet on PKvitality since its inception .
The goal of Pkvitality
In addition to the K’Watch Glucose for people with diabetes, the company is working on the K’Watch Athlete. This smartwatch allows continuous monitoring of lactic acid. The latter is an important performance indicator for the body. It is used to assess muscle response to prolonged exercise and also as a recovery factor. “By analyzing optimal levels of lactic acid or ‘lactate threshold,’ endurance athletes as well as strength athletes can optimize their training programs, recovery patterns and ultimately their performance,” said the CEO of PKvitality.
The K’Watch Athlete may be worn on the wrist or as a bracelet. Lactic acid levels are measured in real time using the gadget. This is also one of the brand’s major promises. Athletes may keep working out while checking their levels.
“We’re getting closer to a future where we can use data from the PKvitality app and linked devices to construct a full picture of a person’s health.” You may use the data to see how your sleep or physical exercise affects your blood sugar. Of course, this is the holy grail toward which an increasing number of businesses are striving. We make data integration and analysis feasible with our K’Watch Glucose. Everything comes from a single source. You don’t have to mix data from several sources any longer. »
Is K’Watch Glucose the best blood sugar monitor ?
Frequently Asked Questions
When will K’Watch be released?
As soon as medical certification is obtained, the product will be accessible. This date will differ from one location to the next (around 2024).
Is K’Watch capable of continuous monitoring?
K’Watch monitors biomarker concentrations on a regular basis (Glucose or Lactate). It updates the user every 5 minutes depending on the previous measurements done by the system for optimal precision.
How does K’apsul work ?
K’apsul is a little consumable that must be inserted into the rear of the K’Watch.
K’apsul may take an endless number of measurements before changing them.
Each K’apsul is made up of biosensors and SkinTaste technology, which consists of a network of micro-points in touch with the user’s interstitial fluid. SkinTaste uses a biochemical examination of the interstitial fluid to assess the amount of a certain biomarker (e.g.: Glucose or Lactate). The user will feel a tiny pressure from the probe pushing against their skin, but no pain will be felt because the sensor never reaches the pain neurons or blood vessels.
How does K’apsul stay in place ?
K’apsul adheres to the skin with the use of a sophisticated patch that allows it to move with it. The patch is substantially softer than current CGM’s conventional sticky patch (Continuous Glucose Monitors). This lowers the danger of patch irritation and allows the user to remove K’apsul.
What else will K’Watch be able to monitor?
K’Watch can give other relevant information to the user in addition to biomarker tracking (Glucose or Lactate through K’apsul).
It’s a watch with time and date!
Tracking your activities (steps, active minutes, calories)
Alarms: either regular alarms or customized notifications to advise the user if they are experiencing hypoglycemia or hyperglycemia.
How much does the K watch cost?
The K’Watch is expected to cost $199.
The monthly cost of the K’apsul Glucose sensors should be approximately $99.90.
The price may vary depending on the launch date, area, and local customs and taxes.
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