Google lens
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The document discusses a smart contact lens being developed by Google to help people with diabetes. The lens would monitor glucose levels in tears using sensors, transmit the data to a mobile device, and provide continuous readings. It would also use LED lights to warn of dangerously high or low glucose levels. This would be less painful than traditional finger pricking methods. Advantages of the smart lens include painless continuous monitoring, mobility, accuracy, and reusability. Future enhancements could allow remote monitoring, insurance compliance, data collection, and real-time insulin dosage adjustment.
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Google smart contact lens
The document discusses Google's smart contact lens project announced in 2014. The lens contains sensors and electronics to continuously monitor glucose levels in tears to help people with diabetes. It consists of a glucose sensor and wireless chip embedded in the soft lens material. Data is transmitted via an antenna thinner than a human hair to a wireless device. Challenges include ensuring safety of LED lights and performance in various eye conditions.
Smart lens for Diabeties
The document presents a smart lens system that aims to assist people with diabetes. The proposed smart lens can consistently measure glucose levels in the body through sensors embedded in the lens and a wireless antenna to communicate readings to a device. It works by using boronic crystals in the lens that react to glucose in tears and change the lens hue to indicate glucose concentration levels. The smart lens offers advantages like being reusable, painless, reliable, and providing mobile access to readings. It could also function as a novel drug delivery system by releasing drugs through thin membranes in response to signals. The technology was developed by Google and is expected to be commercially released in 2019 after ongoing human trials.
Google smart lens ppt
The document describes Google's smart contact lens, which contains a glucose sensor and wireless chip embedded between soft lens materials. The sensor measures blood sugar levels through tear fluid, while the wireless antenna safely transmits information outside the eye. These smart contact lenses could help people with diabetes by continuously and closely monitoring glucose levels in tears without pain.
Google smart contact lens
Google announced a smart contact lens project in 2014 that aims to help people with diabetes by constantly measuring glucose levels in their tears using a tiny sensor embedded in the contact lens. The lens would contain miniaturized electronics and a glucose sensor with a pinhole that allows tear fluid to enter and be measured. Data would be transmitted wirelessly via an antenna in the lens, providing a less painful alternative to finger pricking for glucose monitoring. However, challenges remain around the safety of materials used and performance in various environments before public release.
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Google smart contact lens
The document discusses Google's smart contact lens project announced in 2014. The lens contains sensors and electronics to continuously monitor glucose levels in tears to help people with diabetes. It consists of a glucose sensor and wireless chip embedded in the soft lens material. Data is transmitted via an antenna thinner than a human hair to a wireless device. Challenges include ensuring safety of LED lights and performance in various eye conditions.
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The document presents a smart lens system that aims to assist people with diabetes. The proposed smart lens can consistently measure glucose levels in the body through sensors embedded in the lens and a wireless antenna to communicate readings to a device. It works by using boronic crystals in the lens that react to glucose in tears and change the lens hue to indicate glucose concentration levels. The smart lens offers advantages like being reusable, painless, reliable, and providing mobile access to readings. It could also function as a novel drug delivery system by releasing drugs through thin membranes in response to signals. The technology was developed by Google and is expected to be commercially released in 2019 after ongoing human trials.
Google smart lens ppt
The document describes Google's smart contact lens, which contains a glucose sensor and wireless chip embedded between soft lens materials. The sensor measures blood sugar levels through tear fluid, while the wireless antenna safely transmits information outside the eye. These smart contact lenses could help people with diabetes by continuously and closely monitoring glucose levels in tears without pain.
Google smart contact lens
Google announced a smart contact lens project in 2014 that aims to help people with diabetes by constantly measuring glucose levels in their tears using a tiny sensor embedded in the contact lens. The lens would contain miniaturized electronics and a glucose sensor with a pinhole that allows tear fluid to enter and be measured. Data would be transmitted wirelessly via an antenna in the lens, providing a less painful alternative to finger pricking for glucose monitoring. However, challenges remain around the safety of materials used and performance in various environments before public release.
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Project Glass is a Google research project to develop smart glasses featuring a head-mounted display and allowing hands-free access to information via natural language voice commands. The glasses are being developed by Google X Lab and will communicate with mobile phones via WiFi to display notifications and respond to voice commands. Some key features of Google Glass include a small video display, camera, speaker, microphone and touchpad. [/SUMMARY]
Google glass
Google Glass is a research project by Google to develop augmented reality smart glasses. The glasses will have a small video display and camera that will allow the user to access information from the internet hands-free via voice commands. Some key features will include navigation assistance, social media integration, and object recognition capabilities. However, there are also privacy and safety concerns about the technology that will need to be addressed. Overall, Google Glass aims to develop the first mainstream smart glasses and represents an ambitious effort to create an augmented reality device.
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Google glass.
Google Glass is a wearable computer with an optical head-mounted display that is being developed by Google. It functions as a smartphone that can be controlled via voice commands to access information like maps, emails, photos and more. The device has a camera, microphone, touchpad, Android operating system and can connect to the internet via WiFi and Bluetooth. While promising hands-free access to information, concerns exist around privacy and safety issues that come with an internet-connected device worn on a user's face.
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The emergence of Google Glass, a prototype for a transparent Heads-Up Display (HUD) worn over one eye, is significant on several levels. It is the first conceptualization of a mainstream augmented reality wearable eye display playing out in a viral marketing campaign. Google Glass will enable us to capture video, let us interact with personal contacts, and navigate maps, amongst other things. It has been provocative enough to scare both Apple and Microsoft, who had been issuing patents for augmented reality products of their own . However, most salient of all is the way Google Glass is framed in media as the brainchild of Sergey Brin, the American computer scientist of Russian descent who co-founded Google. Brin is also celebrated in online articles as a real life “Batman,” who is developing a secret facility resembling the “Batcave”. This paper argues that Glass’s birth is not only a marketing phenomenon heralding a technical prototype, it also suggests and speculates that Glass’s popularization is an instigator for the adoption of a new paradigm in Human- Computer Interaction (HCI), the wearable eye display. Glass’s process of adoption operates in the context of mainstream and popular culture discourses, a phenomenon that warrants attention.
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Eye tracking technology measures eye movements and gaze using cameras and light sources. It has various applications in research and product design. Eye trackers generally use infrared light and cameras to track the reflection of light sources off the eye to determine where a person is looking. Researchers can use eye tracking data to observe what stimuli capture people's attention and where their visual focus lies. The technology provides an unobtrusive way to understand how people interact with and process their environments.
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This document provides an overview of Google Glass. It discusses how Google Glass is a wearable computer with an optical head-mounted display that is being developed by Google. The glasses will run on Android and allow hands-free access to information by communicating with the internet via voice commands. Key features will include a camera, GPS, motion sensors, and the ability to pull in augmented reality information from Google services to be displayed on the lenses. While the glasses are not meant to be worn constantly, they will function as a see-through computer monitor for accessing information as needed, similar to how smartphones are used.
Project glass ieee document
Project Glass is an augmented reality head-mounted display developed by Google. The glasses allow hands-free access to information and allow users to interact with the internet via voice commands. Key features include a small video display, front-facing camera, speaker, and a single button. The glasses operate using Google's Android platform and can access information from Google services and the internet through a 4G or WiFi connection.
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Sept14TechBytepdf
Google developed a prototype smart contact lens that can measure glucose levels in tears to help people with diabetes better manage their condition. The lens uses a tiny wireless chip and glucose sensor between layers of soft contact lens material. Google partnered with Novartis to license and commercialize the product. The smart contact lens aims to provide a less invasive way to monitor glucose than finger pricks and help warn wearers of dangerous changes in glucose levels.
AUTOMATIC AND NON-INVASIVE CONTINUOUS GLUCOSE MONITORING IN PAEDIATRIC PATIENTS
Glycated haemoglobin does not allow you to highlight the effects that food choices, physical activity and
medications have on your glycaemic control day by day. The best way to monitor and keep track of the
immediate effects that these have on your blood sugar levels is self-monitoring, therefore the use of a
glucometer. Thanks to this tool you have the possibility to promptly receive information that helps you to
intervene in the most appropriate way, bringing or keeping your blood sugar levels as close as possible to
the reference values indicated by your doctor. Currently, blood glucose meters are used to measure and
control blood glucose. Diabetes is a fairly complex disease and it is important for those who suffer from it
to check their blood sugar (blood sugar) periodically throughout the day to prevent dangerous
complications. Many children newly diagnosed with diabetes and their families may face unique challenges
when dealing with the everyday management of diabetes, including treatments, adapting to dietary
changes, and the routine monitoring of blood glucose. Many questions may also arise when selecting a
blood glucose meter for paediatric patients. With current blood glucose meters, even with multiple daily
self-tests, high and low blood glucose levels may not be detected. Key factors that may be considered when
selecting a meter include accuracy of the meter; size of the meter; small sample size required for testing;
ease of use and easy-to-follow testing procedure; ability for alternate testing sites; quick testing time and
availability of results; ease of portability to allow testing at school and during leisure time; easyto- read
numbers on display; memory options; cost of meter and supplies. In this study we will show a new
automatic portable, non-invasive device and painless for the daily continuous monitoring (24 hours a day)
of blood glucose in paediatric patients.
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Google Glass is an augmented reality project led by Google to develop smart glasses. The glasses are designed to display information to the user through a small video screen and can be controlled through voice commands or touch gestures. Some key technologies used include Android, 4G connectivity, cameras, and augmented reality capabilities to overlay information on the real world. The goal is to create a hands-free device that allows users access information and communicate remotely.
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Google Glass is an augmented reality smart glasses project developed by Google. It contains a camera, display, touchpad, microphone, bone conduction transducer, and sensors. The display is a 640x360 pixel prism projector equivalent to a 25-inch screen from 8 feet away. It runs Android and is voice-controlled, allowing users to take pictures, record videos, get directions, search, and share information by speaking commands. However, prolonged use may cause eye strain and privacy issues due to its always-on camera and display.
Google glass.
Google Glass is a wearable computer with an optical head-mounted display that is being developed by Google. It functions as a smartphone that can be controlled via voice commands to access information like maps, emails, photos and more. The device has a camera, microphone, touchpad, Android operating system and can connect to the internet via WiFi and Bluetooth. While promising hands-free access to information, concerns exist around privacy and safety issues that come with an internet-connected device worn on a user's face.
Ppt on Google glass
This document provides an overview of Google Glass, including its intended purpose, key technologies, development phases, features, specifications, advantages, and disadvantages. Google Glass is an augmented reality project that allows hands-free access to information through a small video display. It utilizes technologies like augmented reality, bone conduction, an Android operating system, and a front-facing camera to respond to voice commands and project images and notifications in the user's field of vision. The document outlines the device's development process and teardown, and discusses its potential benefits like accessibility and information access, as well as challenges regarding privacy and device care.
Screenless display
Screenless display technology projects images directly onto the retina, without a physical screen. It can produce higher resolution than screens and has a wider viewing angle. Virtual retinal display (VRD) projects light directly onto the eyes' retinas, allowing users to see floating images. While the technology is still in development, VRDs could someday be lighter, more portable displays with greater brightness and contrast than existing screens.
seminar report on night vision technology
This document summarizes the history and technology behind night vision devices. It describes how early generations used multiple image intensifier tubes to amplify light, while later generations employed microchannel plates and gallium arsenide photocathodes to improve light sensitivity and gain. The document outlines the key technological advances between each generation, from Generation 0 devices that used infrared illumination to Generation 4's filmless and gated technology offering improved resolution and reduced noise in varying light conditions.
Eye Movement based Human Computer Interaction Technique
Eye movement-based interaction is one of several areas of current research in human computer interaction in which a new interface style seems to be emerging. In the non-command style, the computer passively monitors the user and responds as appropriate, rather than waiting for the user to issue specific commands. In describing eye movement-based human-computer interaction we can see two distinctions, one is in the nature of the user’s eye movements and the other, in the nature of the responses. In the world created by an eye movement based interface, users could move their eyes to scan the scene, just as they would a real world scene, unaffected by the presence of eye tracking equipment movement, on the eye movement axis. The alternative is to instruct users of the eye movement based interface to move their eyes in particular ways. On the response axis, objects could respond to a user’s eye movements in a natural way that is, the object responds to the user’s looking in the same way real objects do. The alternative is unnatural response, where objects respond in ways not experienced in the real world.
Now a days Eye tracking technology is applied in many fields like automotive defense and medical industries. The fields of advertising, entertainment, packaging and web design have all benefited significantly from studying the visual behavior of the consumer. Every day, as eye tracking is used in creative new ways, the list of applications grows.
Google Glass
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The emergence of Google Glass, a prototype for a transparent Heads-Up Display (HUD) worn over one eye, is significant on several levels. It is the first conceptualization of a mainstream augmented reality wearable eye display playing out in a viral marketing campaign. Google Glass will enable us to capture video, let us interact with personal contacts, and navigate maps, amongst other things. It has been provocative enough to scare both Apple and Microsoft, who had been issuing patents for augmented reality products of their own . However, most salient of all is the way Google Glass is framed in media as the brainchild of Sergey Brin, the American computer scientist of Russian descent who co-founded Google. Brin is also celebrated in online articles as a real life “Batman,” who is developing a secret facility resembling the “Batcave”. This paper argues that Glass’s birth is not only a marketing phenomenon heralding a technical prototype, it also suggests and speculates that Glass’s popularization is an instigator for the adoption of a new paradigm in Human- Computer Interaction (HCI), the wearable eye display. Glass’s process of adoption operates in the context of mainstream and popular culture discourses, a phenomenon that warrants attention.
Google Glass is as futuristic a gadget we’ve seen in recent times. A useful technology for all kinds of people including handicapped/disabled.
Night Vision Technology
This document discusses night vision technology. It begins with an introduction to night vision and how humans have poor night vision compared to animals. It then discusses the history of night vision, including early development during World War II using infrared filters and searchlights. The document explains how night vision works using thermal imaging and image enhancement technologies. It describes the different generations of night vision devices and their applications in fields like the military, hunting, and security. The document concludes by discussing future advances in night vision technology.
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The document describes a smart note taker product that allows users to write notes in the air that are then digitally stored. It works by sensing the 3D shapes and motions of what is drawn in the air and processing this information to transfer it to a memory chip. The drawn shapes can then be displayed on a device or broadcast over a network. It provides several benefits like allowing note taking anywhere, facilitating communication between remote individuals, and making classroom lectures more efficient. The document then discusses the system components, technical definition, market opportunities, advantages over existing note taking products, and future applications.
EYE TRACKING TECHNOLOGY
Eye tracking technology measures eye movements and gaze using cameras and light sources. It has various applications in research and product design. Eye trackers generally use infrared light and cameras to track the reflection of light sources off the eye to determine where a person is looking. Researchers can use eye tracking data to observe what stimuli capture people's attention and where their visual focus lies. The technology provides an unobtrusive way to understand how people interact with and process their environments.
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Project glass ieee document
Project Glass is an augmented reality head-mounted display developed by Google. The glasses allow hands-free access to information and allow users to interact with the internet via voice commands. Key features include a small video display, front-facing camera, speaker, and a single button. The glasses operate using Google's Android platform and can access information from Google services and the internet through a 4G or WiFi connection.
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Similar to Google lens
Sept14TechBytepdf
Google developed a prototype smart contact lens that can measure glucose levels in tears to help people with diabetes better manage their condition. The lens uses a tiny wireless chip and glucose sensor between layers of soft contact lens material. Google partnered with Novartis to license and commercialize the product. The smart contact lens aims to provide a less invasive way to monitor glucose than finger pricks and help warn wearers of dangerous changes in glucose levels.
AUTOMATIC AND NON-INVASIVE CONTINUOUS GLUCOSE MONITORING IN PAEDIATRIC PATIENTS
Glycated haemoglobin does not allow you to highlight the effects that food choices, physical activity and
medications have on your glycaemic control day by day. The best way to monitor and keep track of the
immediate effects that these have on your blood sugar levels is self-monitoring, therefore the use of a
glucometer. Thanks to this tool you have the possibility to promptly receive information that helps you to
intervene in the most appropriate way, bringing or keeping your blood sugar levels as close as possible to
the reference values indicated by your doctor. Currently, blood glucose meters are used to measure and
control blood glucose. Diabetes is a fairly complex disease and it is important for those who suffer from it
to check their blood sugar (blood sugar) periodically throughout the day to prevent dangerous
complications. Many children newly diagnosed with diabetes and their families may face unique challenges
when dealing with the everyday management of diabetes, including treatments, adapting to dietary
changes, and the routine monitoring of blood glucose. Many questions may also arise when selecting a
blood glucose meter for paediatric patients. With current blood glucose meters, even with multiple daily
self-tests, high and low blood glucose levels may not be detected. Key factors that may be considered when
selecting a meter include accuracy of the meter; size of the meter; small sample size required for testing;
ease of use and easy-to-follow testing procedure; ability for alternate testing sites; quick testing time and
availability of results; ease of portability to allow testing at school and during leisure time; easyto- read
numbers on display; memory options; cost of meter and supplies. In this study we will show a new
automatic portable, non-invasive device and painless for the daily continuous monitoring (24 hours a day)
of blood glucose in paediatric patients.
Artificial pancreas
The Artificial Pancreas Device System is a system of devices that closely mimics the glucose regulating function of a healthy pancreas.
It sense the blood glucose level, determining the amount of insulin needed, and then delivering the appropriate amount of insulin.
Sometimes an artificial pancreas device system is referred to as a "closed-loop" system, an "automated insulin delivery" system, or an "autonomous system for glycemic control."
The first hybrid closed loop system, the Medtronic's MiniMed 670G System is the first FDA approved artificial pancreas.
The FDA approved it for treating type 1 diabetes in people age 14 and older.
Artificial pancreases hit the market in 2016.
Diabetes technology in children
This document discusses advancements in glucose monitoring and insulin delivery technologies. It summarizes the evolution from invasive to non-invasive glucose monitoring methods using interstitial fluid. Current continuous glucose monitoring systems provide real-time data without finger pricks but have some lag time and inaccuracy compared to blood glucose readings. Insulin pumps have advanced from external pumps to patch pumps and integrated sensor-augmented pumps that can suspend insulin delivery to prevent hypoglycemia. The FDA recently approved the first hybrid closed loop system that automatically increases or decreases insulin based on continuous glucose sensor readings.
An embedded system for non invasive blood glucose measurement in glucose tole...
Abstract Diabetic patients need to monitor their blood glucose levels frequently to prevent complications related to the disease. Commonly used glucose measurement methods are invasive, uncomfortable, and usually require frequent finger pricking. This paper deals with the development of a non-invasive system for continuous measurement of blood glucose concentration levels, using near infrared light of suitable wavelength. Glucose determination using near infrared can be done by taking measurement of transmitted light through human body. This device may become very useful while conducting glucose tolerance test (GTT). In glucose tolerance test, patient should be given a measured dose of glucose solution to drink and blood is drawn at intervals of half an hour or one hour for two to four hours. This requires five to nine finger pricking for measurement of glucose concentration. By using this proposed device pricking can be reduced to one. First the glucose concentration is measured using conventional method for calibration. Then by comparing with the first sample measurement subsequent values can be determined without further pricking. Keywords: Non invasive measurement, Near Infrared, Blood Glucose, Transmittance, Diabetes
Smart Blood Sugar
Smart Blood Sugar builds upon the foundation of CGM technology and takes diabetes management a step further. It encompasses not only real-time glucose monitoring but also integrates advanced algorithms and data analytics to provide actionable insights and personalized recommendations.
Diabetes final presentation
This document discusses the application of point-of-care devices, mobile apps, and augmented reality in cardiovascular and diabetes management. It outlines how point-of-care devices like glucose sensors and insulin devices can provide convenient monitoring. Mobile apps can help track goals, share information, and educate patients. Future technologies like augmented reality show potential to enhance education and monitoring by simulating conditions. User readiness for new technologies depends on diffusion models, and augmented reality may require further development before widespread healthcare adoption.
google smart lens presentation for technical seminar topic
The document discusses Google's "Smart Lens" project, which aims to help diabetics by developing a contact lens that can continuously monitor glucose levels through tears using a miniaturized glucose sensor and wireless chip embedded in the lens. The lens would wirelessly transmit glucose data and could feature LED lights to warn the wearer if levels are too high or low. The technology could help diabetics avoid painful finger pricks to check blood sugar levels.
NEEDLE FREE DIABETES CARE by M.VENKATESH ASHOK B.SC MBA MPH (PUBLIC HEALTH) J...
To monitor blood glucose levels diabetics have to frequently check their blood sugar by pricking their finger with a lancet to obtain a small blood sample.THIS NEEDLE FREE DIABETES CARE POWERPOINT REALLY USEFUL TO ALL.
NEEDLE FREE DIABETES CARE by M.VENKATESH ASHOK B.SC MBA MPH (PUBLIC HEALTH) J...
This document discusses new trends in diabetes technology that could eliminate the need for finger pricking to monitor blood glucose levels. It describes several emerging technologies, including non-invasive glucose monitors that use light, sound, or other methods to detect blood sugar through the skin without needles. Some examples discussed are wearable patches that deliver insulin through ultrasound-assisted transdermal delivery and sensors placed in the eye that can measure glucose levels from tear fluid. The document argues these new methods could improve outcomes by increasing compliance with treatment regimens and reducing disease transmission risks compared to traditional needle injections and finger pricks.
Smart Insulin Pen
The smart insulin pen keeps a track of the insulin dosage and time of a diabetic patient and displays the required information on an Android application.
Nemaura Medical Presentation July 2021
Nemaura Medical is developing non-invasive and minimally invasive wearable diagnostic devices,
coupled with artificial intelligence capabilities for digital healthcare. The company’s first product,
which is CE approved and undergoing commercial launch, is the sugarBEAT® non-invasive
continuous glucose monitoring device and BEAT®diabetes digital healthcare platform.
sugarBEAT® is a non-invasive and flexible continuous glucose monitor (CGM) providing
actionable insights derived from real-time glucose measurements and daily glucose trend data,
which help people with Type 1 or Type 2 diabetes and prediabetes respectively to better manage,
reverse and prevent the onset of diabetes. BEAT®diabetes is a health subscription service
providing 1-on-1 lifestyle coaching and behavior change recommendations driven by personalized
data provided by sugarBEAT®. Insulin users can also adjunctively use sugarBEAT® for insulin
dosage purposes when calibrated by a finger stick reading. sugarBEAT® is intended to be worn
during waking hours and consists of a daily disposable adhesive skin-patch connected to a
rechargeable transmitter, with an app displaying glucose readings at five-minute intervals.
SALIVA BASED GLUCOMETER.pptx
The Saliva Glucose Biosensor comprises the Glucose Biosensor Unit and a digital healthcare app. The Glucose Biosensor Unit is a small, disposable strip, which when exposed to an individual's saliva instantly provides a glucose measurement. The glucose measurement will be presented in real-time, via a proprietary digital app on a patient's smart device.
NEW TECHNOLOGY OF DIABETES.pptx
Diabetes technology has advanced significantly over time, starting with insulin pumps and continuous glucose monitors (CGM), and now including hybrid closed loop systems that both monitor glucose and deliver insulin. The goals of diabetes technology include improving glycemic control as measured by time in range, reducing hypoglycemia and hyperglycemia, and providing insights to help prevent complications through improved self-management. Current and emerging technologies like smart insulin pens, implantable insulin pumps, and wearable glucose meters continue pushing the field forward to better mimic a natural pancreas.
Technological development in Treatment of Diabetes
Technological advancements are helping to reduce the economic burden of diabetes treatment in India. New glucose monitoring devices and insulin delivery methods are becoming smaller, more accurate, and less invasive. Internet and mobile technologies are also playing a larger role through applications that help monitor glucose levels and through online patient registries. However, more research is still needed to develop technologies that provide complete diabetes self-management support.
ORIGINAL ARTICLEThe Hybrid Closed-Loop SystemEvolution .docx
ORIGINAL ARTICLE
The Hybrid Closed-Loop System:
Evolution and Practical Applications
Kathryn W. Weaver, MD, and Irl B. Hirsch, MD
Abstract
Achievement of well-controlled blood glucose is essential for preventing complications in patients with type 1
diabetes. Since the inception of continuous subcutaneous insulin infusion, the aim has been to develop an
artificial pancreas, with the ability to use an automated algorithm to deliver one or more hormones in response
to blood glucose with the intent to keep blood sugar as close to a prespecified target as possible. Development
and rapid improvement of continuous glucose sensor technology has recently allowed swift progress toward a
fully closed-loop insulin delivery system. In 2017, Medtronic began marketing the 670G insulin pump with
Guardian 3 sensor. When in auto mode, this is a hybrid closed-loop insulin delivery system that automatically
adjusts basal insulin delivery every 5 min based on sensor glucose to maintain blood glucose levels as close to a
specific target as possible. Patients receive prandial insulin by entering carbohydrate amount into the bolus
calculator. Early studies show improvement in HbA1c in both adults and adolescents with this technology.
Initial safety trials showed no occurrence of diabetic ketoacidosis or hypoglycemia. The utility of this device is
limited by blood glucose targets of 120 and 150 mg/dL that are unacceptably high for some patients. Not-
withstanding recent advances, we are far from a system that is able to replicate islet function in the form of a
fully automated, multihormonal blood glucose control device.
Keywords: Type 1 diabetes, Hybrid closed-loop, Artificial pancreas, Continuous subcutaneous insulin infusion,
670G.
Introduction
People with type 1 diabetes mellitus face a perpetualuphill battle in achieving optimal glycemic control. The
fine line between preventing hypoglycemia and avoiding
complications from hyperglycemia is challenging to navigate.
Our objective is to describe the history of continuous sub-
cutaneous insulin infusion (CSII) and continuous glucose
monitor (CGM) and how these components allowed the de-
velopment of the first commercially available ‘‘artificial pan-
creas’’ (AP), although many would prefer the nomenclature of
‘‘closed-loop insulin delivery.’’ We then go on to describe
practicalities of the initial hybrid closed-loop (HCL) insulin
delivery system released by Medtronic.
Since the first use of CSII in the late 1970s, real-time
CGM in the early 2000s, and the eventual sensor-augmented
pump and ‘‘low-glucose suspend’’ after that, the obvious
next step was further integration between the two for a
closed-loop system, which ideally would require minimal
interaction from the patient. The accuracy of the sensors has
only recently become adequate to safely move this tech-
nology forward.
Devices designed to mimic pancreatic endocrine function
have been under development since the 1970s. Initial sys-
tems
1,2
were.
medical aiding app with iot.pptx
This document outlines a proposed medical aiding app with IoT capabilities. The app would allow for continuous monitoring of health vitals like glucose levels, blood pressure, heart rate, and oxygen levels. If any parameters go outside safe ranges, it would alert both the user and their designated contacts. The app aims to improve access to healthcare by allowing remote monitoring so doctors can oversee more patients, and giving people in areas without facilities a way to get medical guidance. It could help diabetes patients maintain safe glucose levels and detect potential emergencies early. While this could have wide applications, limitations include dependency on network connectivity and access to smartphones.
Biosensors for Glucose Monitoring
Wearable biosensors for glucose monitoring specially, Continuous glucose monitoring devices have come a long way since the introduction of first and second generation of sensors. The trend continues as there is more than ever increasing requirement for self-monitoring equipment and development of appropriate glucose biosensors to congregate the demands of the patients afflicted with this extremely rampant disorder.
Track Snap Munnch!
1. Track, Snap, muunch is a device that monitors glucose levels through sweat glands on the skin and uses a camera and screen for photo recognition of food to determine sugar levels.
2. It syncs with an online community platform where users, doctors, and dieticians can share health information and goals.
3. The device aims to conveniently monitor glucose levels, aid in food decision making, and provide an online support community for diabetic patients.
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AUTOMATIC AND NON-INVASIVE CONTINUOUS GLUCOSE MONITORING IN PAEDIATRIC PATIENTS
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Technological development in Treatment of Diabetes
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Google lens
- 2. INTRODUCTION The lens will be able to people with diabetes by closely and consistently monitoring the glucose levels in their tears.
- 3. What Does Google Lens Do? Monitor glucose level from tears by using sensors. Transmit data via antenna to the users mobile device. Provide a trend – continuous glucose level reading per 1 second. LED lights to warn users when their glucose levels dangerously exceed too high or fall too low.
- 4. EXISTING SYSTEM The traditional method of using a lancing(pricking) device is disruptive and painful and needs to be done repeatedly throughout the day PROPOSED SYSTEM The project aims to assist people with diabetes by consistently measuring the glucose level in their tears.
- 5. ADVANTAGES OF SMART LENS It is a simple and painless method. Continues glucose monitoring Mobility to users – wearable system can be integrated with life cycle. Accurate reading – ensures efficiency and safe use. Reusable (cost effective solution)
- 6. FUTURE ENHANCEMENT New service can be derived with the use of this lens which opens up new opportunities. Remote monitoring of glucose level. Possibility of insurance compliance . Valuable data collection. Real time insulin dosage adjustment.
- 7. CONCLUSION Google contact lens is a smart contact lens project announced by Google on 16th January 2014. The lens will be able to people with diabetes by closely and consistently monitoring the glucose levels in their tears. The research has proven that the contact lens method is less painful and time consuming for diabetics than the traditional methods.
- 8. PRESENTED BY, SREELAKSHMI KV DEPT. OF CS