Tele-Health-Newsletter-July 2025

Telehealth Newsletter

Official Newsletter of Telemedicine Society of India

What is New?


The Executive Committee (EC) members recently visited the Indian Institute of Science to inspect the venue for the upcoming TELEMEDICON. We are pleased to share that it is an outstanding academic setting-an ideal location for hosting our annual conference. Our program committee is working diligently to curate a rich and engaging academic experience for all attendees. We encourage you to start registering in large numbers to make this conference a truly memorable one.

The state chapters continue to play a pivotal role in advancing digital health across India. This issue features updates from six state chapter ECs, with more to be included in our next edition. Also, don’t miss the thought-provoking AI-related articles and the specially designed crossword puzzle by our Secretary, Dr. Umashankar.

Thank You
Dr. Sunil Shroff
Chief Editor
President-Elect, TSI

Dr. Umashankar S.
Hony. Secretary

Report of the Mid-Term Executive Committee Meeting of Telemedicine Society of India (TSI), Headquarters

Prof. (Dr) Umashankar S.
Managing Director Med.Bot | Honorary Secretary, Telemedicine Society of India

Date: 12th July 2025
Venue: Board Room, IISc Medical School Foundation, 5th Floor, IDA Building, Bengaluru.
Mode: Hybrid (Physical + Zoom)
Time: 10:00 AM onwards
Reported by: Dr. Umashankar S, Honorary Secretary, TSI

The Mid-Term Executive Committee Meeting of the Telemedicine Society of India (TSI) was held on 12th July 2025 at 10:00 AM in a hybrid mode. The physical meeting was convened at the IISc Medical School Foundation, Bengaluru, and members unable to attend in person joined via Zoom.

The meeting commenced with a warm welcome by the Honorary Secretary, Dr. Umashankar S, followed by a Presidential message that highlighted the Society’s ongoing commitment to advancing telemedicine across the country.

Key updates were shared by the Honorary Secretary and Treasurer, and important decisions were taken regarding society activities, conferences, and health initiatives. The meeting reflected active participation and a shared vision for advancing telemedicine in India.

The meeting concluded with a vote of thanks by the Honorary Secretary, appreciating the participation and ongoing contributions of all EC members, and reiterating the Society’s focus on innovation, inclusion, and impactful healthcare delivery through telemedicine.

Collaborative leadership in action – TSI HQ and Karnataka Chapter EC Members, July 2025.
Dr. Umashankar S.
Hony. Secretary

Telemedicine Society of India (TSI) – New Executive Committee Details of various chapters

Prof. (Dr) Umashankar S.
Managing Director Med.Bot | Honorary Secretary, Telemedicine Society of India

Telemedicine Society of India (TSI) – New Executive Committee of Maharashtra Chapter

Note: The Executive Committee was elected during TSI Maharashtra Chapter – Meeting, and will serve for the term 2024–2026.

 

Telemedicine Society of India (TSI) – New Executive Committee of Karnataka Chapter

Effective from April 2025

 

Note: The Executive Committee was elected during TSI Karnataka Chapter – Meeting and will serve for the term 2025–2027.

 

Telemedicine Society of India (TSI) – New Executive Committee of Rajasthan Chapter

Effective from 11th August 2024

Newly elected President Dr. Dhananjay K. Mangal addressed to the new committee members of Rajasthan State Chapter. He spoke about his plan of action for the coming year. He also thanked all speakers. He was focused to increase the effort in enhancing the knowledge of medical professionals about digital health application and its consequent benefits to the society.

Note: The Executive Committee was elected during TSI Rajasthan Chapter – Meeting, and will serve for the term 2024–2026.

New EC of TSI Rajasthan Chapter Begins Its Journey with Virtual and In-Person Discussions

 

Telemedicine Society of India (TSI) – New Executive Committee of Telangana Chapter

Effective from 02nd July 2025

Note: The Executive Committee was elected during TSI Telangana Chapter – Inaugural Meeting, and will serve for the term 2025–2027.
Together Towards Telemedicine Excellence – TSI Telangana Chapter EC Team

 

Telemedicine Society of India (TSI) – New Executive Committee of Kerala Chapter

 

New Leadership Takes Charge of Telemedicine Society of India, Kerala Chapter

Effective from 27th June 2025 | Venue:Amrita Hospital, Kochi

The Telemedicine Society of India (TSI) – Kerala Chapter marked a significant leadership transition with Dr. Vivek Nambiar taking over as the New President. He succeeds Dr. Prem Nair, who continues to serve as the national President of TSI.

The newly elected Executive Committee, led by Dr. Vivek Nambiar, was introduced by Dr. Nitha Panickar, the new Secretary. Ms. Reshmi Aysha- Vice President of the Chapter,Mr. Kevin Devasia -Treasurer and committee members include Dr. C. Sreekumar,Dr. Pradeep Thomas, and Mr. Binu Mahid.

The event started with welcome address by Mr.Bijoy Secretary TSI -Kerala inaugural Address by Dr.Prem Nair -President TSI highlighted by the Keynote Address delivered by Chief Guest Dr. Sreevilasan K.A., President of the Indian Medical Association (IMA) – Kerala State, who spoke on the future of telemedicine and its integration into mainstream healthcare.Reort of TSI -Kerala presented by Mr.Bijoy Secretary TSI-Kerala

Dr. Raghavan, Retired Professor of NIT Trichy and a founding executive committee member of TSI, was honored by Dr. Prem Nair, President of TSI, with a shawl in appreciation of his lasting contributions to telemedicine in India.

Dr. Beena K.V. elaborated on several telemedicine initiatives carried out in collaboration with TSI and IMA, emphasizing the need for unified digital health strategies in Kerala.

Dr. L.S. Satyamurthy, TSI Founder Member and Former Director of ISRO, delivered a powerful felicitation address, reflecting on the early days of satellite-driven healthcare connectivity.

The event was further graced by dignitaries including Dr.Sudersan (Vice President, IMA), Dr. Satish Prabhu (State Coordinator, IMA), Dr. Dinesh (Administrator, Amrita Hospital), Adv. Anand (Managing Trustee, Adi Sankara Institutions), and Mr. Achuth (Executive Officer, TSI Kerala Chapter).Anchored by Ms. Merin.

The event concluded with a heartfelt vote of thanks by Ms. Reshmi Aysha, Vice President of TSI Kerala Chapter.

Note: The Executive Committee was elected during TSI Kerala Chapter –Meeting and will serve for the term 2025–2027.
Team Kerala – Advancing Telemedicine Together
Welcome speech by Honorary Secretary-TSI Kerala Mr.Bijoy
TSI Kerala Newly Elected Committee

Telemedicine Society of India (TSI) – New Executive Committee of Uttarakhand Chapter

Effective from 01st August 2025

Note: The Executive Committee was elected during TSI Uttarakhand Chapter – Meeting and will serve for the term 2025–2027.
Framing our future – Uttarakhand Chapter in focus
Dr_Vasantha

Can AI-Powered Meal Plans Help Cancer Patients Eat Better?

Dr. Vasantha, BDS
Content Writer, Medindia.net

AI tools like ChatGPT and Gemini may soon help bridge nutrition gaps in cancer care by offering culturally sensitive, budget-friendly, personalized meal plans.

Eating right can make a big difference in how cancer patients feel and heal. But for many, getting expert nutrition advice is difficult or expensive. A new study published in the journal Nutrients by researchers from Thomas Jefferson University suggests that artificial intelligence (AI) tools like ChatGPT and Gemini could help fill this gap by offering affordable, customized meal plans based on individual patient needs.

The study found that large language models (LLMs) like ChatGPT and Gemini were able to generate grocery lists and meal plans tailored to various needs including budget, culture, and location. While professional dietitians offered better calorie accuracy, the AI models outperformed in matching macronutrient targets. Gemini, in particular, provided more comprehensive responses that even included prices and ethnic meal options. Overall, the meal plans from AI tools were found to be “not significantly different” from those created by certified oncology dietitians.

Personalized Advice Is Rare

Nutrition plays a vital role in cancer care, influencing treatment outcomes, energy levels, and even survival. However, most cancer patients never get the chance to speak to a trained dietitian. Personalized nutritional counseling is often not covered by insurance, especially in outpatient care. Even when available, access is limited by long wait times, geographic barriers, and high costs.

Not Just a Luxury

Eating well is not just a matter of comfort for cancer patients. Weight gain during treatment, often caused by steroids or hormonal therapy, has been linked to poorer outcomes. Meanwhile, financial hardship, poor access, and cultural gaps in care make it harder for many patients to follow a healthy diet. The result is a huge, unaddressed need for better, more inclusive nutritional support.

How the Study Was Designed

Researchers created 31 prompt templates to test how well ChatGPT and Gemini could generate dietary recommendations for breast cancer patients. They introduced variations in age, budget, comorbidities, cultural food preferences, and even nearby grocery store availability. Dietitians were also asked to respond to a sample of prompts to compare outcomes.

What the AI Got Right

Both AI models produced full meal plans and grocery lists. Gemini stood out for its added visuals, cultural specificity, and cost estimates. It was also better at using sensitive language for budget-conscious users. ChatGPT focused more on meal preparation tips. Both models adapted well to different budget levels, providing flexibility many patients would find helpful.

Interestingly, while AI fell short in adjusting for things like cancer stage or comorbid conditions, it hit the mark on nutrient balance. Researchers noted that LLMs had access to massive databases that allowed them to match official macronutrient ranges with surprising accuracy. In some areas, their responses rivaled or even exceeded those of professional dietitians.

A Tool to Support, Not Replace, Human Care

AI Still Needs Oversight

While the results are promising, experts caution that AI is not ready to replace human professionals. The tools are less accurate in managing specific medical conditions and may overlook crucial dietary guidelines related to treatment plans. However, they can serve as a starting point, especially for underserved populations who lack access to care.

Bridging the Equity Gap

The study highlights the potential of AI to close longstanding equity gaps in cancer care. Culturally appropriate and cost-sensitive meal plans can help people from diverse backgrounds stick to healthy diets. For patients in remote regions or on tight budgets, being able to generate a grocery list that fits their local store and wallet could be life-changing.

While technology is not directly providing a cure for cancer, it can be a valuable ally in the journey to recovery. This study opens up new possibilities for how AI can support nutrition in cancer care, especially for those who face barriers to seeing a dietitian. The goal is not to replace expert care but to expand its reach, making sure no patient is left behind because of cost, culture, or geography.

If you’re a cancer patient or caregiver, know that help with nutrition doesn’t have to be out of reach. Let’s turn technology to nourish every patient with dignity and hope.

Leena

Could AI Understand Your Tumour Better Than a Doctor?

Dr. Leena M, BDS
Content Writer, Medindia.net

 

AI offers hope for smarter, more targeted therapies in breast cancer by uncovering the hidden diversity of cancer cells.

What if we told you that not all cancer cells in a tumour are the same-and that’s exactly why some treatments fail? A groundbreaking AI tool called AAnet(Archetypal Analysis network ) is changing how we understand cancer at the single-cell level. This tool finds hidden cell types within tumours that behave in completely different ways. By identifying these “secret players”, doctors may soon treat every part of a tumour-not just the majority. This means better targeting, fewer relapses, and hope for longer, healthier lives

Tumours: A Hidden City of Cell Types

Think of a tumour like a busy city. It’s not just one kind of person living there-there are different communities of cells, each with their own role. Some cells grow fast, others resist treatment, and a few may even help the cancer spread. This cellular diversity, known as heterogeneity, is what makes cancer so tricky to treat. Understanding this is the first step to outsmarting the disease.

AAnet: The AI Detective Inside the Tumour

Traditional tools couldn’t spot the subtle differences between cancer cells-but AAnet can. This powerful AI algorithm scans gene activity inside single cells and discovers patterns too complex for the human eye. It groups similar cells into clear “archetypes”, showing us how different parts of a tumour behave. It’s like going from a blurry image to crystal-clear insight.

Meet the 5 Cell Archetypes – Cancer’s Hidden Faces

There are five unique groups of cells in breast tumours. Each group-or “archetype”-has its own traits: one may grow quickly, another might survive low oxygen, and one could even help cancer spread. These aren’t just technical details-they’re clues to more effective treatment, guiding doctors to target every type of bad actor.

A New Chapter for Breast Cancer Treatment

Most treatments today focus on where the cancer began-like the breast-but not on what’s happening inside the tumour. AAnet changes that. It helps doctors look deeper than ever before, making room for personalized combination therapies that attack each cell group based on its biology. This approach could reduce relapses and improve overall success rates.

From Lab to Life: What’s Next for AAnet

The next goal is to see how these cell groups change over time, especially before and after chemotherapy. This will help researchers understand which cells survive treatment-and why. The long-term dream? To use AAnet in hospitals, combining it with traditional tests so that every cancer patient gets the most personalized care possible.

Beyond Cancer: A Tool for the Future

While this study focused on breast cancer. From other cancers to autoimmune diseases, this AI tool could help decode complex cell behavior in many illnesses. It’s a leap forward where technology meets biology, opening new paths for science, medicine, and patient hope.

::ANNOUNCEMENTS::

Call for Proposals under the TSI Research Project Grant 2025
Call for Proposals for Engagement of Online Election Software Service Provider for Conducting Society Elections 2025

::CROSSWORD::

Telemedicine – News from India & Abroad

Advancing Eye Health: AI Measure for Short-Sightedness

According to a recent study, combining routine eye scans with AI has led to a groundbreaking method for assessing short-sightedness……….. Read More


New AI Tool Predicts Cancer Aggressiveness With Protein Data

A machine learning tool developed by researchers in Brazil and Poland can assess tumor aggressiveness by detecting specific proteins………….. Read More


Ark+: How Open-Source AI Transforms Medical Imaging

Could artificial intelligence revolutionize health care? A team of researchers at Arizona State University believes so………… Read More


The AI Translator for Hospitals: Turning EHR Chaos into Clarity

Transforming hospital records into readable text lets AI models deliver advanced, accurate clinical insights……. Read More

 

Telemedicine Practice Guidelines – A Foundation Course for RMPs by TSI Faculty

To know more about the Telemedicine Foundation Course click on the link below:
https://tsitn.org/tpg-course/

TSI invites all the TSI Chapters and Members to submit information on their upcoming Webinar or Events (50 words), News related to Telemedicine (200 words) or short articles (500 words) for the monthly e-newsletter.Guidelines for submission to TSI Newsletter-

  • Report can be from 500 to 600 words
  • Report Should be relevant to Telemedicine or Medical Informatics
  • No promotion of self or any product
  • Avoid plagiarism
  • All references should be included
  • Provide any attributions
  • Visuals are welcome including video links
  • Send full authors name, degrees, affiliations along with a passport sized photograph of good resolution. If multiple authors only main author photo to be sent.

Submission may be sent to – tsigrouptn@gmail.com
Editors reserve the rights for accepting and publishing any submitted material.

Editor in Chief – Dr. Sunil Shroff
Editors – Dr. Senthil Tamilarasan & Dr. Sheila John
Technical Partner- https://www.medindia.net

Telehealth Newsletter Volume.2

Vol.2
________

Issue
No.16

December 2021

TSI Telehealth Newsletter.Vol.2 Issue No.16

Vol.2
________

Issue
No.15

November 2021

TSI Telehealth Newsletter.Vol.2 Issue No.15

Vol.2
________

Issue
No.14

October 2021

TSI Telehealth Newsletter.Vol.2 Issue No.14

Vol.2
________

Issue
No.13

September 2021

TSI Telehealth Newsletter.Vol.2 Issue No.13

Vol.2
________

Issue
No.12

August 2021

TSI Telehealth Newsletter.Vol.2 Issue No.12

Vol.2
________

Issue
No.11

July 2021

TSI Telehealth Newsletter.Vol.2 Issue No.11

Vol.2
________

Issue
No.10

June 2021

TSI Telehealth Newsletter.Vol.2 Issue No.10

Vol.2
________

Issue
No.9

May 2021

TSI Telehealth Newsletter.Vol.2 Issue No.9

Vol.2
________

Issue
No.8

April 2021

TSI Telehealth Newsletter.Vol.2 Issue No.8

Vol.2
________

Issue
No.7

March 2021

TSI Telehealth Newsletter.Vol.2 Issue No.7

Vol.2
________

Issue
No.6

February 2021

TSI Telehealth Newsletter.Vol.2 Issue No.6

Vol.2
________

Issue
No.5

January 2021

TSI Telehealth Newsletter.Vol.2 Issue No.5

Telehealth Newsletter Volume.3

Vol.3
________

Issue
No.28

December 2022

TSI Telehealth Newsletter.Vol.3 Issue No.28

Vol.3
________

Issue
No.27

November 2022

TSI Telehealth Newsletter.Vol.3 Issue No.27

Vol.3
________

Issue
No.26

October 2022

TSI Telehealth Newsletter.Vol.3 Issue No.26

Vol.3
________

Issue
No.25

September 2022

TSI Telehealth Newsletter.Vol.3 Issue No.25

Vol.3
________

Issue
No.24

August 2022

TSI Telehealth Newsletter.Vol.3 Issue No.24

Vol.3
________

Issue
No.23

July 2022

TSI Telehealth Newsletter.Vol.3 Issue No.23

Vol.3
________

Issue
No.22

June 2022

TSI Telehealth Newsletter.Vol.3 Issue No.22

Vol.3
________

Issue
No.21

May 2022

TSI Telehealth Newsletter.Vol.3 Issue No.21

Vol.3
________

Issue
No.20

April 2022

TSI Telehealth Newsletter.Vol.3 Issue No.20

Vol.3
________

Issue
No.19

March 2022

TSI Telehealth Newsletter.Vol.3 Issue No.19

Vol.3
________

Issue
No.18

February 2022

TSI Telehealth Newsletter.Vol.3 Issue No.18

Vol.3
________

Issue
No.17

January 2022

TSI Telehealth Newsletter.Vol.3 Issue No.17

Telehealth Newsletter Volume.4

Vol.4
________

Issue
No.40

December 2023

TSI Telehealth Newsletter.Vol.5 Issue No.40

Vol.4
________

Issue
No.39

November 2023

TSI Telehealth Newsletter.Vol.5 Issue No.39

Vol.4
________

Issue
No.38

October 2023

TSI Telehealth Newsletter.Vol.5 Issue No.38

Vol.4
________

Issue
No.37

September 2023

TSI Telehealth Newsletter.Vol.5 Issue No.37

Vol.4
________

Issue
No.36

August 2023

TSI Telehealth Newsletter.Vol.5 Issue No.36

Vol.4
________

Issue
No.35

July 2023

TSI Telehealth Newsletter.Vol.5 Issue No.35

Vol.4
________

Issue
No.34

June 2023

TSI Telehealth Newsletter.Vol.5 Issue No.34

Vol.4
________

Issue
No.33

May 2023

TSI Telehealth Newsletter.Vol.5 Issue No.33

Vol.4
________

Issue
No.32

April 2023

TSI Telehealth Newsletter.Vol.5 Issue No.32

Vol.4
________

Issue
No.31

March 2023

TSI Telehealth Newsletter.Vol.5 Issue No.31

Vol.4
________

Issue
No.30

February 2023

TSI Telehealth Newsletter.Vol.5 Issue No.30

Vol.4
________

Issue
No.29

January 2023

TSI Telehealth Newsletter.Vol.5 Issue No.29

Telehealth Newsletter Volume.5

Vol.5
________

Issue
No.52

December 2024

TSI Telehealth Newsletter.Vol.5 Issue No.52

Vol.5
________

Issue
No.51

November 2024

TSI Telehealth Newsletter.Vol.5 Issue No.51

Vol.5
________

Issue
No.50

October 2024

TSI Telehealth Newsletter.Vol.5 Issue No.50

Vol.5
________

Issue
No.49

September 2024

TSI Telehealth Newsletter.Vol.5 Issue No.49

Vol.5
________

Issue
No.48

August 2024

TSI Telehealth Newsletter.Vol.5 Issue No.48

Vol.5
________

Issue
No.47

July 2024

TSI Telehealth Newsletter.Vol.5 Issue No.47

Vol.5
________

Issue
No.46

June 2024

TSI Telehealth Newsletter.Vol.5 Issue No.46

Vol.5
________

Issue
No.45

May 2024

TSI Telehealth Newsletter.Vol.5 Issue No.45

Vol.5
________

Issue
No.44

April 2024

TSI Telehealth Newsletter.Vol.5 Issue No.44

Vol.5
________

Issue
No.43

March 2024

TSI Telehealth Newsletter.Vol.5 Issue No.43

Vol.5
________

Issue
No.42

February 2024

TSI Telehealth Newsletter.Vol.5 Issue No.42

Vol.5
________

Issue
No.41

January 2024

TSI Telehealth Newsletter.Vol.5 Issue No.41

Telehealth Newsletter Volume.6

Vol.6
________

Issue
No.58

June 2025

TSI Telehealth Newsletter.Vol.6 Issue No.58

Vol.6
________

Issue
No.57

June 2025

TSI Telehealth Newsletter.Vol.6 Issue No.57

Vol.6
________

Issue
No.56

April 2025

TSI Telehealth Newsletter.Vol.6 Issue No.56

Vol.6
________

Issue
No.55

March 2025

TSI Telehealth Newsletter.Vol.6 Issue No.55

Vol.6
________

Issue
No.54

February 2025

TSI Telehealth Newsletter.Vol.6 Issue No.54

Vol.6
________

Issue
No.53

January 2025

TSI Telehealth Newsletter.Vol.6 Issue No.53

Tele-Health-Newsletter-June 2025

Telehealth Newsletter

Official Newsletter of Telemedicine Society of India

What is New?

The month of June has been relatively quiet for TSI, but we’ve curated a few interesting articles in this newsletter to keep you engaged. Dr. Umasankar, our dynamic Secretary, continues to contribute his popular medical-technology crosswords – hope many of you are taking part! The solution to the May crossword is also included in this issue.

Looking ahead, our Annual Meeting in Bangalore is scheduled for the last week of November 2025. We encourage all members to start registering early and help make the event a grand success.

 

Thank You
Dr. Sunil Shroff
Chief Editor
President-Elect, TSI

Dr-Sunil-Shroff

Telemedicine in Diabetes Practice: Revolutionizing Chronic Disease Management

Dr. Sunil Shroff
President-Elect, Telemedicine Society of India | Consultant Urologist & Transplant Surgeon

Telemedicine has been a blessing for chronic disease management. Among the many fields it has transformed, diabetes care stands out due to the continuous and proactive management it requires. Diabetes as we are aware is a chronic condition that affects a large population with over 500 million people worldwide. India is known as diabetes capital of the world.

Most dialectologist practitioners have monitored their patient using telephone or sms messages or Whatsapp – hence telemedicine has only added to the ease and this has further been made easy with availability of many diabetes specific apps, it has become ever so easy to manage this condition. Hence the integration of telemedicine in diabetes practice has significantly improved patient outcomes, accessibility, and the efficiency of healthcare delivery.

Effective management of diabetes hinges on regular monitoring of blood glucose levels, lifestyle modifications through constant reminders and nudges, medication adherence, and frequent communication between patients and healthcare providers. Traditionally, this has involved frequent in-person visits. However, telemedicine has introduced a paradigm shift by enabling remote monitoring, virtual consultations, and real-time data sharing between patients and clinicians.

One of the core advantages of telemedicine in diabetes care is improved access, especially for patients in rural or underserved regions. Geographic barriers and limited mobility often prevent consistent follow-up visits. With telemedicine, patients can connect with clinicians like endocrinologists, diabetes educators or coaches, and dietitians from the comfort of their homes. This reduces the burden of travel, saves time, and ensures that more people receive regular care.

Technology plays a central role in this model. Continuous glucose monitors (CGMs), smart insulin pens, and mobile apps allow patients to track their blood glucose levels and insulin usage in real-time. These data can be automatically uploaded to cloud-based platforms, where healthcare providers can review trends and make timely adjustments to treatment plans. Video consultations enable providers to explain changes, answer questions, and provide personalized counseling, maintaining a high standard of care without the need for face-to-face interaction.

Telemedicine also empowers patients to take an active role in managing their condition. Educational resources and virtual coaching can be delivered through telehealth platforms, increasing patient engagement and understanding of the disease. For individuals newly diagnosed with diabetes, virtual onboarding sessions can provide essential training on glucose monitoring, insulin administration, and dietary guidance.

Fig: Telemedicine in Diabetes Care ( Source: Medindia.net)

During the COVID-19 pandemic, the value of telemedicine in diabetes care became especially evident. With limited access to clinics, many healthcare systems adopted telehealth tools out of necessity, leading to an acceleration in digital health adoption. Patients and providers alike discovered the convenience and efficacy of remote diabetes management, prompting a lasting shift in care models even after the pandemic subsided.

Despite its benefits, telemedicine in diabetes practice also presents challenges. Not all clinicians are aware of the regulatory requirement to practice telemedicine in India. And not all patients have access to reliable internet or digital devices, and some may lack the technological literacy needed to effectively use remote care tools. Practitioners can take a short online course to familiarising themselves with telemedicine guidelines as prescribed by National Medical Council that is available at subsidized cost.

In conclusion, telemedicine has become an indispensable component of modern diabetes management. It offers a more accessible, efficient, and patient-centered approach to care, especially for individuals with chronic needs. As digital health technology continues to evolve, and healthcare systems adapt to hybrid models of care, telemedicine is set to play an even more prominent role in shaping the future of diabetes practice.

Preeti_Jha

Diabetes and Telemedicine Practice Online Course

Ms. Preeti Jha
Course Coordinator
Telemedicine Courses – TSI

Diabetes Telemedicine Practice Course has been put together by experts in the field who are familiar with this form of practice for many years. This course follows the same level of compliance as available in the document released by the Ministry of Health & Family Welfare, Government of India entitled ‘Telemedicine Practice Guidelines.

The diabetes course helps the diabetes practitioners to understand the requirements for such a practice. Some of the faculty of this course are members of Telemedicine Society of India, however it is not administered by TSI. The course directors are Dr.V. Mohan from Chennai & Dr. Jothydev Kesavadev from Trivandrum.

This course was launched Telehealth Diabetes online course for medical practitioners on the 30th July 2023 during the 8th Edition of Dr.Mohan’s International Diabetes Update.

Once you register your login and password will be issued along with an e-book about the Telemedicine Practice Guidelines. This contains the Ministry guidelines along with a set FAQ’s.

We highly recommend that you go through the Telemedicine Practice Guidelines and the FAQ’s before you watch the course video lectures.

There are also optional course videos available for you and these will help you not only enhance your knowledge but also improve your communication skills for teleconsultations.

Target audience: Medical Doctors who are practicing diabetes and providing teleconsultations

Online Platform: MOODLE

Webinar Delivery: Via Online Platform

Structure and Format

Pre-assessment – 20 mins – Compulsory

Module I. Introductory Primer to Tele-Diabetes

1. Definitions of Terminology in Telemedicine (Compulsory) -15 mins
2. Telehealth and Diabetes Introduction Page

Video Lectures
Lecture 1: Telemedicine for diabetology experiences
Lecture 2: Telemedicine Practice Guidelines by GOI (Compulsory)

Module II – Setting up a Diabetes & Telehealth Practice

PowerPoint presentations
1. Telemedicine for Diabetes Care: Case Based Approach
2. Telemedicine for Diabetes Care: Practical Tips on How to set up a Telehealth Facility
3. Telemedicine and Foot care in Diabetes

Video Lectures
Lecture 3: Telemedicine- Communication & Tips-(Highly recommended) – 20mins
Lecture 4: Implementing Technology in Diabetes via Telemedicine

Frequently Asked Questions in setting up telemedicine consultations-
(A Primer in the form of Q & A (Highly recommended)-60mins)
General Questions on Telemedicine
Skills related questions and resources
Consultation related question
Gadgets

Module III. Legal & Ethical Aspects

1. Telemedicine Practice Guidelines by Ministry of Health – PPT (Compulsory) – 30mins

Video Lectures
Lecture 5: Ethical code of conduct INDIAN MEDICAL COUNCIL (Highly Recommended) – 30mins

FAQ’s of BoG from MCI
FAQs on Telemedicine Practice Guidelines from MCI – From RMP/ Care-givers’ point of view
FAQs on Telemedicine Practice Guidelines from MCI – From Patients/Care-seekers’ point of view

Module IV. Optional Reading Material

Indian Medical Council Regulations(Recommended reading)
Diabetes-related research papers
Problems associated with diabetes care in India
Diabetes Mellitus and Peripheral Vascular Disease
Diabetic foot related research papers
Knowledge, attitude, and practice of foot care in patients with diabetes at central rural India
Diabetic Foot Infection: An Indian Scenario
The global burden of diabetic foot disease
Management of Diabetic Foot in an Indian Clinical Setup: An Opinion Survey

Feedback – Compulsory

Duration: The course would take a total of 4 to 6 hours to complete and you can do it at your own pace.

The login and password will be available to you for a period of one year from date of registration and payment and there are no limits to your viewing the course.

Assessment: There are pre-course and post course assessments. Each question can be attempted only once.

Post course Assessment – compulsory (40 mins)

Certification of Participation or Certificate of Proficiency: After completion of the course, including faculty interaction you may take the assessment, after which depending on the performance you will get either the Certification of Participation or Certificate of Proficiency.

A short video of the course is included below. Those interested in taking up this course please click on the link – https://doctorguru.com/register-diabetes-course.asp

Colleen_Fleiss

AI Tool Identifies Heart Risk Using Archived Scans

Colleen Fleiss
M.SC (Bioinformatics)
Content Writer, Medindia.net

AI analyzes medical data (scans, EHRs) to detect heart disease early, predict risks, and personalize treatments.

Researchers at Mass General Brigham, in partnership with the U.S. Department of Veterans Affairs, have created an AI tool that analyzes existing CT scans to detect elevated coronary artery calcium (CAC) levels – a key indicator of increased risk for heart-related events.

Published in NEJM AI, the study showed the tool, named AI-CAC, accurately predicted future heart attacks and 10-year mortality. The results highlight its potential to support clinicians in evaluating long-term cardiovascular risk across broader populations.

Unlocking Hidden Cardiac Risk

“Millions of chest CT scans are taken each year, often in healthy people, for example to screen for lung cancer. Our study shows that important information about cardiovascular risk is going unnoticed in these scans,” said senior author Hugo Aerts, PhD, director of the Artificial Intelligence in Medicine (AIM) Program at Mass General Brigham.

“Our study shows that AI has the potential to change how clinicians practice medicine and enable physicians to engage with patients earlier, before their heart disease advances to a cardiac event.”

Chest CT scans can detect calcium deposits in the heart and arteries that increase the risk of a heart attack. The gold standard for quantifying CAC uses “gated” CT scans, that synchronize to the heartbeat to reduce motion during the scan. But most chest CT scans obtained for routine clinical purposes are “nongated.”

The researchers recognized that CAC could still be detected on these nongated scans, which led them to develop AI-CAC, a deep learning algorithm to probe through the nongated scans and quantify CAC to help predict the risk of cardiovascular events. They trained the model on chest CT scans collected as part of the usual care of veterans across 98 VA medical centers and then tested AI-CAC’s performance on 8,052 CT scans to simulate CAC screening in routine imaging tests.

AI Accurately Predicts Cardiovascular Risk

The researchers found the AI-CAC model was 89.4% accurate at determining whether a scan contained CAC or not. For those with CAC present, the model was 87.3% accurate at determining whether the score was higher or lower than 100, indicating a moderate cardiovascular risk.

AI-CAC was also predictive of 10-year all-cause mortality—those with a CAC score of over 400 had a 3.49 times higher risk of death over a 10-year period than patients with a score of zero. Of the patients the model identified as having very high CAC scores (greater than 400), four cardiologists verified that almost all of them (99.2%) would benefit from lipid lowering therapy.

“At present, VA imaging systems contain millions of nongated chest CT scans that may have been taken for another purpose, around 50,000 gated studies. This presents an opportunity for AI-CAC to leverage routinely collected nongated scans for purposes of cardiovascular risk evaluation and to enhance care,” said first author Raffi Hagopian, MD, a cardiologist and researcher in the Applied Innovations and Medical Informatics group at the VA Long Beach Healthcare System.

“Using AI for tasks like CAC detection can help shift medicine from a reactive approach to the proactive prevention of disease, reducing long-term morbidity, mortality and healthcare costs.”

Limitations to the study include the fact that the algorithm was developed on an exclusively veteran population. The team hopes to conduct future studies in the general population and test whether the tool can assess the impact of lipid-lowering medications on CAC scores.

Naina_Bhargava

AI-Driven Flexible Wristband Tracks Breathing Patterns With High Accuracy

Naina Bhargava, MPharm (Master of Pharmacy)
Content Writer,
Medindia.net

A flexible wristband with a fingertip-inspired sensor and AI decoding can track breathing patterns with over 99.5% accuracy.

A lightweight, flexible wristband can now accurately decode breathing patterns by analyzing pulse signals, achieving over 99.5% accuracy with the help of a fingertip-inspired pressure sensor and deep learning. Developed by a team including researchers from North University of China and Xiamen University, this system offers an effortless and unobtrusive alternative to bulky chest straps or nasal devices, enabling continuous, real-time respiratory monitoring. This breakthrough could transform respiratory care, especially for individuals managing chronic conditions or recovering from illness.

Chronic Respiratory Diseases and Monitoring Challenges

Chronic respiratory diseases affect millions globally and require constant monitoring to manage symptoms and prevent complications. However, existing technologies – such as chest belts or nasal prongs – can be intrusive and unsuitable for long-term daily use. Recent approaches have explored indirect signals like heart rate or pulse waveforms, offering better comfort but often sacrificing accuracy.

Traditional signal classification methods fall short when faced with the complexity of human respiration. Due to these challenges, there is a growing demand for devices that are not only comfortable to wear but also capable of extracting high-fidelity respiratory data over extended periods. Based on these challenges, there is a pressing need to develop advanced systems for long-term, precise respiratory monitoring.

Innovative Wearable System With Artificial Intelligence

Researchers from North University of China and Xiamen University have unveiled a novel wearable system that reads respiratory patterns directly from wrist pulse signals. Published in Microsystems & Nanoengineering, the study details a miniaturized, AI-powered device that integrates a flexible pressure sensor with a deep neural network. The sensor system enables continuous respiratory tracking with high comfort and clinical-grade precision, offering a promising alternative to traditional respiratory monitors.

Fingertip-Inspired Sensor and Deep Neural Network Design

At the heart of the system lies a 300-μm-thick flexible pressure sensor, inspired by the structure of a human fingertip. Printed on a thermoplastic polyurethane (TPU) substrate, the sensor is capable of detecting subtle fluctuations in pulse waves caused by respiration.

These signals-categorized as respiration-induced amplitude variation (RIAV), respiration-induced fluctuation in ventricular filling (RIFV), and respiration-induced variation in baseline (RIIV)-are transmitted to a mobile application via Bluetooth and processed using a hybrid Residual Network – Bidirectional Long Short-Term Memory (ResNet-BiLSTM) neural network. This deep learning model captures the temporal and spatial dynamics of respiratory patterns, classifying slow, normal, fast, and simulated breathing states with a remarkable 99.5% accuracy.

Lightweight Design and Real-World Testing

The device’s ultra-lightweight construction (just 9 grams), skin-conforming design, and long-term mechanical stability allow it to be worn for hours without discomfort.

Testing involved 13 human volunteers and machine-simulated breathing, demonstrating the sensor’s robustness across real and artificial respiratory scenarios. By avoiding reliance on chest placement or airflow proximity, the device simplifies setup and enhances usability-making it ideal for users in everyday environments.

Potential Impact on Chronic Disease Management

“Our mission was to bridge the gap between high-precision monitoring and wearable comfort,” said Dr. Libo Gao, senior author of the study. “We’ve shown that you can track respiration with clinical accuracy-without putting anything on your chest or face. This could be a game-changer in how we approach remote health monitoring, especially for patients who need round-the-clock care.”

The device’s ability to deliver accurate respiratory insights in a comfortable, wearable format opens new doors for chronic disease management, eldercare, and telemedicine. Its seamless integration with mobile platforms allows for real-time alerts and long-term data logging-tools that are essential for early intervention in conditions like COPD or sleep apnea. Beyond healthcare, this innovation could also benefit athletes, astronauts, or high-altitude workers by offering continuous respiration tracking in dynamic environments. As wearable tech evolves, this wrist-worn system could become a cornerstone in the future of personalized respiratory health monitoring.

Colleen_Fleiss

When AI Sings and Friends Speak: MediBuddy’s Musical Mission to Stub Out Smoking

Colleen Fleiss
M.SC (Bioinformatics)
Content Writer, Medindia.net

Quitting smoking boosts lung health, improves heart function, and protects loved ones from secondhand smoke.

In a bold and innovative step toward promoting public health, MediBuddy, India’s leading digital healthcare platform, has launched its latest awareness campaign, #NoPuffPlease,. Departing from traditional, fear-based public service messages, this campaign hinges on a compelling AI-generated anti-smoking anthem titled “Love You Bro… But Not Your Smoking.”

Unlike the grim tone often associated with anti-smoking campaigns, MediBuddy takes a creative leap by engaging technology and music to create impact. The anthem – completely written, composed, and produced using artificial intelligence tools – captures the emotional nuance of a friend urging another to quit smoking, not through judgment, but through concern.

Blending Hinglish lyrics with a street-style beat, the song is catchy, conversational, and easy to share – designed specifically to connect with younger audiences aged 15–24, who represent a significant portion of India’s smoking demographic. The anthem avoids preaching and instead delivers its message in the voice of peers – a choice that makes it feel authentic and relatable.

“We wanted to go beyond scare tactics and speak directly to young adults in a way that’s fun, emotional, and thought-provoking,” said Manu Sankar Das, Head of Brand Marketing at MediBuddy. “Using AI to build this anthem from scratch allowed us to create something culturally relevant and impactful.”

A Wake-Up Call on Secondhand Smoke

The campaign sheds light on the deadly effects of passive smoking. According to 2024 WHO data, more than 40% of non-smokers are regularly exposed to secondhand smoke, especially in homes and public places. This exposure leads to nearly 1.2 million deaths globally every year, with India among the top contributors.

The Global Adult Tobacco Survey (GATS) highlights that over 267 million Indians use tobacco, with 28% of adults aged 15–24 smoking regularly. These numbers underscore the urgent need for campaigns like #NoPuffPlease that not only promote quitting but also encourage social accountability.

By framing smoking as something that harms relationships – not just lungs – MediBuddy transforms a difficult topic into an emotional, relatable conversation. With “Love You Bro… But Not Your Smoking,” the company is encouraging friends and families to speak up, creating a ripple effect of collective action.

The campaign is live across social platforms, inviting users to share the song, tag friends, and spread the message using #NoPuffPlease. As India marks World No Tobacco Day, MediBuddy redefines public health messaging with rhythm, empathy, and AI-driven creativity – making it easier, and cooler, to say: quit smoking for yourself and for everyone around you.

::ANNOUNCEMENTS::

::CROSSWORD::

Telemedicine – News from India & Abroad

Could AI Understand Your Tumour Better Than a Doctor?

AI offers hope for smarter, more targeted therapies in breast cancer by uncovering the hidden diversity of cancer cells………. Read More

Can AI-Powered Meal Plans Help Cancer Patients Eat Better?

AI tools like ChatGPT and Gemini may soon help bridge nutrition gaps in cancer care by offering culturally sensitive………….. Read More

AI Sets New Standard in Radiology Accuracy and Efficiency

The Northwestern team is refining AI to catch missed or delayed diagnoses like early-stage lung cancer………… Read More

Face the Future: AI Reads Facial Palsy Like a Plastic Surgeon

AI-powered 3D-FAN model enhances facial recognition with high accuracy and 3D feature mapping…… Read More

Telemedicine Practice Guidelines – A Foundation Course for RMPs by TSI Faculty

To know more about the Telemedicine Foundation Course click on the link below:
https://tsitn.org/tpg-course/

TSI invites all the TSI Chapters and Members to submit information on their upcoming Webinar or Events (50 words), News related to Telemedicine (200 words) or short articles (500 words) for the monthly e-newsletter.Guidelines for submission to TSI Newsletter-

  • Report can be from 500 to 600 words
  • Report Should be relevant to Telemedicine or Medical Informatics
  • No promotion of self or any product
  • Avoid plagiarism
  • All references should be included
  • Provide any attributions
  • Visuals are welcome including video links
  • Send full authors name, degrees, affiliations along with a passport sized photograph of good resolution. If multiple authors only main author photo to be sent.

Submission may be sent to – tsigrouptn@gmail.com
Editors reserve the rights for accepting and publishing any submitted material.

Editor in Chief – Dr. Sunil Shroff
Editors – Dr. Senthil Tamilarasan & Dr. Sheila John
Technical Partner- https://www.medindia.net

Tele-Health-Newsletter-May 2025

Telehealth Newsletter

Official Newsletter of Telemedicine Society of India

What is New?

As we gear up for TELEMEDICON 2025 in Bangalore, an important matter requires our attention – the upcoming TSI elections. All Council posts are open for re-election, and the process will be conducted online, in accordance with the decision taken by the Executive Committee (EC).

To participate in the election, it is essential to update the electoral roll. All TSI members are requested to submit their details using the link provided below.

https://docs.google.com/forms/d/e/1FAIpQLSfjv7QHU0t-JgSHgb__6G1ubXQJJHhSED-8AdNTRIKPDL33BA/viewform?usp=dialog

Please note: Only those who update their electoral information will receive the voting link.

In other updates, May witnessed some noteworthy activities in Himachal and Guwahati, which are featured in this issue. We’re also excited to introduce a fun and engaging ‘Crossword’ section, thanks to our dynamic Secretary, Dr. Umashankar. We also have some interesting AI related news.

Happy reading!

Thank You
Dr. Sunil Shroff
Chief Editor
President-Elect, TSI

Dr. Umashankar S.
Hony. Secretary

Empowering AYUSH Practitioners Through Digital Health: Workshop on Telemedicine and Practice Guidelines Held in Himachal Pradesh

Prof. (Dr) Umashankar S.
Managing Director Med.Bot | Honorary Secretary, Telemedicine Society of India

In a significant step toward strengthening digital health infrastructure in Himachal Pradesh, a comprehensive workshop on “Basics of Telemedicine and Telemedicine Practice Guidelines” was conducted on 24th May 2025 for AYUSH Medical Officers across the state. The training was led by Prof. (Dr.) Umashankar S, Honorary Secretary of the Telemedicine Society of India, and was organized by the Department of AYUSH, Government of Himachal Pradesh. The event was hosted at the prestigious Rajiv Gandhi Government Post Graduate Ayurvedic College and Hospital, located in Paprola, Kangra.

The workshop brought together 38 Medical Officers from various districts of Himachal Pradesh. The primary objective was to build awareness and capacity among AYUSH practitioners in the use of telemedicine—an increasingly critical component of modern healthcare delivery, especially in remote and hard-to-reach regions.

Given the hilly and difficult terrain of Himachal Pradesh, many residents face logistical challenges in accessing timely healthcare services. In response, the AYUSH department has recently launched telemedicine services to help bridge this gap. These services allow patients to consult qualified practitioners remotely, thereby improving access to healthcare, reducing travel burdens, and enabling continuity of care, particularly in rural and tribal areas.

Recognizing the growing role of digital health, the then Director of AYUSH, Dr. Nipun Jindal IAS, emphasized the importance of structured training for medical officers. Recognizing the growing role of digital health, the then Director of AYUSH, Dr. Nipun Jindal IAS, emphasized the importance of structured training for medical officers. Dr. Jindal has been instrumental in spearheading several digitization initiatives in Himachal Pradesh, both during his tenure as Director of the AYUSH Department and in his current role as Director of the Department of Digital Technologies and Governance.

The workshop was designed to cover both the technical foundations and regulatory frameworks of telemedicine practice.

The training sessions included in-depth discussions and interactive modules on:

  • Basics of Telemedicine: Understanding its scope, modes, and applications in AYUSH systems.

  • Telemedicine Practice Guidelines: Detailed overview of the official guidelines issued by the Ministry of Health and Family Welfare, ensuring safe and standardized practice.

  • Telemedicine Etiquette: Best practices for online consultations, including patient communication, data confidentiality, and digital professionalism.

  • The Digital Personal Data Protection (DPDP) Act, 2023: Key highlights and legal obligations concerning data privacy, security, and ethical handling of patient information.

The sessions were well-received by participants, who expressed appreciation for the clarity, relevance, and practical value of the content. Several officers noted that the training would directly enhance their ability to deliver quality care through digital platforms and build trust with patients using teleconsultation services. At the conclusion of the program, certificates of completion were awarded to all participants who successfully completed the workshop, acknowledging their commitment to professional development and readiness to deliver telehealth services as per the national standards.

This initiative represents a proactive and timely effort by the Department of AYUSH to integrate traditional systems of medicine with modern technology, fostering innovation in public health service delivery. By empowering AYUSH Medical Officers with the right tools and knowledge, the state is making commendable progress through this initiative that marks a significant step towards digital health empowerment and quality healthcare delivery in the state. toward achieving equitable and accessible healthcare for all.

Few Glimpses of the session

dr_Shyam_Bhandari

Workshop on Telemedicine & Telenursing Guidelines Conducted at Dr RPGMC Kangra

Dr. Shyam Bhandari
Associate Professor cum Nodal Incharge Telemedicine, Dr RPGMC Kangra
Joint Secretary and Treasurer- TSI Himachal Pradesh State Chapter

The Nursing College of Dr Rajendra Prasad Government Medical College (Dr RPGMC), Kangra, in collaboration with the Telemedicine Society of India (TSI) – National and Himachal Pradesh Chapter, successfully conducted a one-day workshop on Telemedicine and Telenursing Practice Guidelines.

The program was inaugurated by Prof. Milap Sharma, Principal of Dr RPGMC Kangra, who lauded the initiative, emphasizing the growing significance of digital health in expanding the reach of quality healthcare to the remotest corners. He specially highlighted the pivotal role nurses will play in implementing digital health solutions and ensuring the success of telemedicine initiatives.

Dr. Umashankar, Honorary Secretary of TSI, addressed the gathering and underscored the importance of embracing digital health for the well-being of society. He outlined how the integration of telemedicine is revolutionizing healthcare delivery and improving patient outcomes.

Mrs. Suman Bodh, Principal, Nursing College, shared her perspectives on the vital role nursing officers will have in fulfilling the mission of doorstep health through telemedicine, especially in the context of rural and underserved populations

The event saw enthusiastic participation from Dr. Nanish Sharma, Honorary Secretary, HP Chapter TSI, Dr. Shyam Bhandari, Joint Secretary and Treasurer, HP Chapter TSI, faculty members, and final-year nursing students. The workshop featured interactive sessions on the latest telemedicine and telenursing guidelines, case discussions, and hands-on demonstrations, ensuring participants gained both theoretical and practical insights.

The program concluded with the distribution of certificates to all participants who successfully completed the workshop. The initiative was widely appreciated, and participants expressed that the workshop would greatly help in preparing them for the rapidly evolving landscape of digital healthcare.

Few Glimpses of the workshop

Dr_Shanmathi_Rajendran

Can AI Feel?

Dr. Shanmathi Rajendran
BDS
Content Writer, Medindia.net

AI is advancing in emotional intelligence, excelling at tests and creating new ones, showing potential to assist in empathy-driven fields.

For a long time, experts believed that the ability to understand and use emotions—known as emotional intelligence (EI)-was a skill unique to humans. However, recent studies have shown that large language models, such as ChatGPT-4, Claude, and Gemini, not only excel at emotional intelligence tests but are also capable of creating them. A report in Communications Psychology suggests that AI is now demonstrating empathy and emotional insight more effectively than previously thought possible Advertisements.

Cracking the Emotional Code

Several Large Language Models (LLMs) were checked using five routine and achievement-based emotional intelligence tests in a comparative analysis. Previous tests showed that humans were only accurate 56% of the time, but the models demonstrated accuracy of 81% on average. The exams are designed to evaluate basic elements of emotional intelligence, such as,

  • Emotional recognition

  • Emotional understanding

  • Emotional management

  • Perspective-taking

When it comes to reading and reacting to emotions, which is essential for having productive conversations with others, ChatGPT-4 has consistently exceeded expectations.

Beyond Answers, Toward Understanding

Researchers also tried new tasks for ChatGPT-4 by asking it to develop its own emotional intelligence (EI) test questions. These new tests were given to more than 460 people. The results?

  • Tests using AI were the same level of difficulty as the originals.

  • The clarity and content diversity in the texts had only a very small impact (Cohen’s d below 0.25).

  • AI tests are highly correlated with regular tests (r = 0.46).

  • Reliable and consistent answers from the participants

This means LLMs are skillful enough to understand and practice emotional concepts, making them eligible for use in large and fair emotional intelligence evaluation systems.

Search Engine To Empathy Engine

It appears that machines are becoming free of emotional limits, as demonstrated by recent findings. These capabilities could be applied to:

  • Technologies that detect signs of emotional distress through conversation

  • Platforms designed to foster empathy and emotional regulation

  • Interfaces that respond appropriately to human emotions

  • Workplace emotional intelligence (EI) assessments that are free from human bias

As AI becomes more attuned to human emotions, the line between what is authentic and what is artificial continues to blur.

The study illustrates how AI is now benefiting from both emotional insight and logical reasoning. Large language models (LLMs) are reshaping how we define and measure emotional intelligence. While humans still lead in empathy, AI may soon become a valuable assistant in understanding emotions, especially in education, therapy, and leadership training.

Once Artificially Empowered. Now, Emotionally Intelligent!

Naina_Bhargava

AI Just Made a Baby – Seriously?

Naina Bhargava, MPharm (Master of Pharmacy)
Content Writer, Medindia.net

World’s first baby born using a fully automated, AI-controlled sperm injection system.

Highlights:

  • First-ever birth using an automated intracytoplasmic sperm injection process

  • AI selected and injected sperm with extreme precision

  • Remote-controlled fertilization led to successful embryo development

The first baby in the world has been born through conception using a fully automated, digitally controlled intracytoplasmic sperm injection (ICSI) system. ICSI, which became widely used in the 1990s and is now a standard technique in assisted reproduction, involves fertilizing an egg by injecting a single sperm directly into its center.

The details are reported in the peer-reviewed medical journal Reproductive Biomedicine Online. The automated system was described and developed by a multidisciplinary team of specialists from Conceivable Life Sciences in New York and Guadalajara, Mexico, led by embryologist Dr. Jacques Cohen, Chief Medical Officer Dr. Alejandro Chavez-Badiola, and Lead Engineer Professor Gerardo Mendizabal-Ruiz. Treatment was provided under review board oversight at Hope IVF Mexico as part of a pilot investigation into various processes of automation in the fertility laboratory.

Automating the ICSI Procedure

The system was designed as a workstation to automate each of the 23 steps involved in the standard ICSI procedure. These steps can be executed independently, either under artificial intelligence (AI) control or through the digital control of a remote operator. Currently, all ICSI procedures worldwide are carried out manually by skilled embryologists using microinjection systems. However, research has shown that performance can vary significantly between different embryologists.

Dr. Cohen notes that automating the ICSI process offers a transformative solution, aiming to enhance precision, boost efficiency, and ensure consistent results by reducing variability and alleviating work-related stress on human operators. He further explains that this automation could not only standardize the process but also improve egg survival rates and optimize the timing of the injection. AI has already made substantial progress in IVF laboratories, especially in sperm and egg selection. In this new system, AI is used to position the sperm cell in the injection pipette and guide the microinjection process within the egg.

AI-Driven Precision in Reproductive Technology

With AI,” explained Professor Mendizabal-Ruiz, “the system autonomously selects sperm and precisely immobilizes its midsection with a laser, preparing it for injection. This process is executed rapidly and with a level of accuracy that surpasses human capability.

The successful birth occurred in a 40-year-old woman who sought treatment with donor eggs at Hope IVF Mexico in Guadalajara, following a previous unsuccessful IVF attempt that produced only one mature egg and no embryos. In the study cycle, five eggs were fertilized using automated ICSI, while three served as controls, fertilized with the standard manual ICSI method.

The automated system was set up on-site, but after that, remote operators from both the Guadalajara clinic and New York issued commands through a digital interface to carry out each of the 23 microinjection steps for each egg, totaling 115 steps.

Overall, the entire procedure took an average of 9 minutes and 56 seconds per egg, slightly longer than routine manual ICSI due to its experimental nature. However, Professor Mendizabal-Ruiz noted, “We expect to significantly reduce procedure time in the future.”

Breakthrough Confirmed by a Healthy Birth

Four of the five eggs injected with the automated system achieved normal fertilization, as did all three eggs in the manual control group. One high-quality embryo, which developed to the blastocyst stage during culture, was fertilized using the automated system under remote control from New York, 3,700 km away. After the vitrified/thawed blastocyst was transferred in a subsequent cycle, a pregnancy was successfully established, leading to the delivery of a healthy male baby.

Dr. Chavez-Badiola explains that the ICSI system outlined in this report represents a significant advancement over previous ICSI technologies by fully automating each step of the microinjection process, with the added capability of sperm handling and selection through AI.

Future of Automation in IVF Laboratories

Now, he adds, the system’s broader applicability in treatment will depend on its safe performance in a study with more cases. However, he points out that the progress made so far, validated by a healthy live birth, represents a significant step toward full automation in the IVF laboratory. Automation has already been integrated into practices like embryo culture, where incubators use time-lapse imaging to visualize embryos. AI is employed to monitor development and predict outcomes. Automation is also being applied in the cryo-storage of eggs, sperm, and embryos, as well as in sperm assessment and preparation procedures.

The successful birth resulting from fully automated ICSI marks a ground-breaking milestone in reproductive medicine, showcasing the potential of AI and digital technology to revolutionize fertility treatments. As automation continues to evolve in IVF laboratories, this innovation paves the way for more precise, efficient, and accessible assisted reproduction on a global scale.

Dr_Shanmathi_Rajendran

AI Takes the Pulse of Healing With DeepSeek

Dr. Shanmathi Rajendran
BDS
Content Writer, Medindia.net

DeepSeek-R1, an open-source AI model, is transforming healthcare with smart, scalable solutions.

Medicine is witnessing a revolution right now, led by computer technology instead of traditional tools. DeepSeek-R1, a powerful new open-source Large Language Model (LLM) from DeepSeek in China, is at the core of this transformation.

Compared to most proprietary systems, DeepSeek-R1 is more affordable, user-friendly, and highly intelligent. It’s not just reading medical texts—it’s reasoning, recommending, and reshaping how care is delivered.

From Bedside to Backend

Not only does DeepSeek-R1 help doctors decide more quickly, but it also supports nurses by making their documentation more accurate. The model has been integrated into Fangzhou Inc.’s services to manage chronic diseases, generate reports for patients, and recommend medications. It’s AI with a therapeutic twist.

Even students and junior doctors have instant access to DeepSeek-R1 for information from recent studies and up-to-date treatment guidelines, improving the quality of medical education. A tireless learner, a rapid problem-solver, and always available, DeepSeek is redefining what a healthcare assistant can be. Bridging Healthcare With AI

The fact that DeepSeek-R1 is open source is its most noteworthy feature. So, hospitals and clinics located anywhere and operating under any budget can select and adapt the model that matches their situation. Smart care should now be recognized as a right for everyone.

DeepSeek-R1 has its share of flaws, similar to other tools. People who research the area should keep a close eye on the biases of the system, missed medical information, and challenges to patient autonomy. Therefore, responsibly using them is most important. Since algorithms handle matters of life and death, accuracy, clear explanations, and human considerations matter the most.

DeepSeek-R1 goes beyond algorithms; it’s redefining the future of care. It’s showing us that technology can do more than speed up healthcare; it can make it fairer, smarter, and more human.

With DeepSeek revolutionizing medical care through AI, what’s left for AI to conquer?

::ANNOUNCEMENTS::

::CROSSWORD::

Click here to Print the Crossword

Click here to view the Crossword Rules and Regulations

Compiled by Dr.Umashankar
Answers in June 2025 Newsletter!

Telemedicine – News from India & Abroad

 

AI Meets the Gut: Smarter Tools for Tracking Colorectal Cancer

To advance cancer diagnostics, scientists have developed a machine learning tool that detects metabolism……… Read More

AI Takes the Pulse of Healing With DeepSeek

DeepSeek-R1, an open-source AI model, is transforming healthcare with smart, scalable solutions………….. Read More

Snap, Scan, Save: How AI Turns Fingernail Selfies into Life-Saving Anemia Tests

Anemia is a condition where the blood lacks enough healthy red blood cells to carry oxygen efficiently……….. Read More

Can AI Diagnose You Before a Doctor Can?

AI meets medicine — discover how smart tools like YOLOv8 are transforming diagnosis and detection across multiple health fields….. Read More

Telemedicine Practice Guidelines – A Foundation Course for RMPs by TSI Faculty

To know more about the Telemedicine Foundation Course click on the link below:
https://tsitn.org/tpg-course/

TSI invites all the TSI Chapters and Members to submit information on their upcoming Webinar or Events (50 words), News related to Telemedicine (200 words) or short articles (500 words) for the monthly e-newsletter.Guidelines for submission to TSI Newsletter-

  • Report can be from 500 to 600 words
  • Report Should be relevant to Telemedicine or Medical Informatics
  • No promotion of self or any product
  • Avoid plagiarism
  • All references should be included
  • Provide any attributions
  • Visuals are welcome including video links
  • Send full authors name, degrees, affiliations along with a passport sized photograph of good resolution. If multiple authors only main author photo to be sent.

Submission may be sent to – tsigrouptn@gmail.com
Editors reserve the rights for accepting and publishing any submitted material.

Editor in Chief – Dr. Sunil Shroff
Editors – Dr. Senthil Tamilarasan & Dr. Sheila John
Technical Partner- https://www.medindia.net

Tele-Health-Newsletter-April 2025

Telehealth Newsletter

Official Newsletter of Telemedicine Society of India

What is New?

The Telemedicine Society of India (TSI) has two major announcements this year. The mid-term meeting of TSI is scheduled to be held in Guwahati in mid-May, while TELEMEDICON 2025 will take place in India’s IT capital, Bengaluru, at the end of November. Both events promise to be significant milestones in the telemedicine calendar, and more details are included in this newsletter.

We also bring you an engaging report from Dr. B.N. Mohanty, Past President of TSI, who has been a relentless champion for the growth of telemedicine in the state of Odisha. Every April, he organizes the state chapter meeting, and his comprehensive report offers valuable insights into the ongoing initiatives and progress being made.

As we step into the summer months, the soaring temperatures may result in a slight slowdown in field activities. However, this season also presents a great opportunity for the expansion of tele-consultations, allowing healthcare professionals and patients to stay connected while minimizing outdoor exposure.

With the intense heat upon us, we encourage everyone to take necessary precautions – stay well-hydrated, avoid unnecessary outdoor travel during peak hours. Stay cool, stay connected!

Thank You
Dr. Sunil Shroff
Chief Editor
President-Elect, TSI

Mohanty

Oditelemedicon 2025 on theme, “Emerging Technologies influencing health care services”

Prof. B.N. Mohanty
Professor Emeritus Endocrine Surgery, Department of Surgery
IMS & Sum Hospital, SOA Deemed to be University Bhubaneswar &
Chief Coordinator Oditelemedicon 2025 | Past President, TSI- Odisha Chapter and Past President-TSI

The 13th annual conference of The Telemedicine Society of India (TSI), Odisha Chapter (Oditelemedicon 2025) was organized by TSI, Odisha Chapter in association with District Health Administration, Angul as a hybrid event on 12th April 2025. The venue for the conference was Black Diamond Complex, Angul, Odisha. The theme of the conference was “Emerging Technologies influencing health care services”. A total number of 124 participants from various districts of Odisha physically attended the conference. 17 TSI members attended the conference over virtual platform.

The conference was inaugurated by Mr.Abdaal M Akhtar, IAS, Collector & District Magistrate, Angul. Dr. Umashankar S , Secretary of Telemedicine Society of India attended the inaugural function as guest of honour. Dr. Bijay Kumar Mohapatra, president of TSI, Odisha Chapter presided over the function. Annual Report of the chapter was presented by Odisha Chapter secretary Dr. Sabyasachi Patnaik.

The 1st session was held on ‘Digital Solutions to meet healthcare needs’. The speakers in this session were Dr. B S Ratta, paediatric surgeon from Ruby Hall Clinic, Pune & past-president of TSI; Ms. Madhu Bhatia, Project Manager, DHID from C-DAC, Mohali and Dr.BNR Subudhi, chairman of Ruby Eye Hospital from Berhampur.

The 2nd session was held on ‘Innovations and changing clinical practice’. The speakers in this session were Dr. Pawan Gupta,Sr. Director of Surgical Oncology from MAX Hospital, Delhi NCR; Dr. Bidyut K Das,professor of clinical immunology & rheumatology from SCB Medical College, Cuttack ; Dr. Lucy Patnaik, Associate professor of Radiation Oncology from AH Post Graduate Institute of Cancer, Cuttack and Dr.Anshuman Das, Consultant, Department of Anaesthesia from NALCO Hospital, Angul.

The thematic symposium was held on the theme “Emerging Technologies influencing health care services” at 2.15pm convened by Dr. S K Mishra,Professor of the department of of Endocrine Surgery at Dr. RML Institute of Medical Sciences, Lucknow-cum- past president of TSI. The speakers were Dr. S K Mishra himself; Dr.Alok Modi,Medical Director of Dr Modi’s KEVALYA HOSPITAL from Thane,Maharastra; Dr.Umashankar S, Managing Director of Med.bot , Arogyayati Private Limited from Bangalore and Dr.P K Pradhan,Professor of Nuclear Medicine from SGPGIMS,Lucknow-cum- past president of TSI.

In the closing session held at 3.50pm, Dr.K Ganapathy, distinguished professor of The Tamilnadu Dr MGR Medical University and past-president of TSI delivered a talk on ‘Technological advances in healthcare in 2030: A peep in to the future’.

The chair persons for different sessions were Dr. I B Kar, past-president, TSI Odisha Chapter from Cuttack; Dr. B K Mohapatra, president of TSI Odisha Chapter from Bhubaneswar; Dr. S K Nayak ex-treasurer of TSI Odisha Chapter from Cuttack, Dr. Prabeer Ch. Mohanty, past-president of TSI Odisha Chapter from New Delhi; Dr.Arun K Choudhury, EC Member of TSI Odisha Chapter from Cuttack; Dr. Arun K Mohanty, Vice-President of TSI Odisha Chapter from Cuttack, Dr.Sibananda Mohanty past-president of TSI Odisha Chapter from Angul and Dr.B N Mohanty, past-president of TSI from Cuttack.

Medical Officers and Community Health Officers from various Govt. Hospitals of Angul District; IMA members of Angul & Talcher branch; Teachers of PMP Medical College & Hospital Angul; Medical Officers of NALCO Hospital; Medical Officers of O P Jindal Occupational Health Center of Jindal Nagar Angul; Medical Officers of NSC Hospital Talcher; TSI members and health administrators attended the conference in-person. Members of TSI including past-presidents, current executive committee members and other invited guests participated in the program over virtual platform from different locations.

The Annual General Body Meeting of the TSI, Odisha Chapter was held at the same venue at 1.15pm on 12.04.2025. The following life members of TSI were elected as office bearers of the Odisha state chapter for the term 2025-26.

 

President: Dr. B Nageswar Rao Subudhi, Berhampur
Immediate Past-President:
Dr. Bijay Kumar Mohapatra, Bhubaneswar
President-elect:
Dr. Arun Kumar Mohanty, Cuttack
Vice-President:
Dr. Arun Kumar Choudhury, Cuttack
Secretary:
Dr. Biswajit Samal , Angul
Jt. Secretary:Dr. Pranab Sankar Dash, Baripada
Treasurer:
Dr. Sarat Kumar Nayak, Cuttack
Executive Members (3):
Dr. Bidyut Kumar Das, Cuttack
Dr. Sribatsa Kumar Mohapatra, Burla
Dr. Sabyasachi Patnaik, Rourkela

The valedictory function was held at 4.15pm. Newly elected president Dr. BNR Subudhi was installed during the valedictory function. After installation the incoming president spoke about his plan of action for the coming year. The District Health Administration of Angul District represented by CDM & PHO, Angul was felicitated by President of TSI. Chief Coordinator of the conference Dr. B N Mohanty thanked profusely the Collector & District Magistrate of Angul and the district health administration for their overwhelming support to organize the conference. He also thanked all invited speakers. In the valedictory function, president of IMA, Angul branch highly appreciated the TSI, Odisha Chapter for its consistent effort in enhancing the knowledge of medical professionals of different districts of Odisha on the changing spectrum of digital health application and the consequent benefits to the common man.

 

Glimpses of the Oditelemedicon 2025

 

Inaugural Function of Oditelemedicon 2025
Felicitation of District Health Administration of Angul District
Transfer of Presidential Medallion to incoming president Dr.BNR Subudhi
TSI Odisha Chapter Executive Body(Both outgoing & incoming officers)
Trupti_Shirole

DeepTek’s Chest X-ray AI Achieves EU MDR Certification

Dr. Trupti Shirole
BAMS (Bachelor of Ayurvedic Medicine and Surgery)
Content Writer, Medindia.net

DeepTek reports that its Chest X-ray AI solution has been certified as a Class IIb medical device under the European Union Medical Device Regulation (EU MDR).

Chest X-ray AI Solution Helps Identify 20+ Lung Disorders

The purpose of the Chest X-ray AI solution is to help doctors analyze frontal chest X-rays (AP/PA views). With the help of sophisticated machine learning, the solution can identify more than 20 different lung disorders, including rib and clavicular fractures, as well as nodules, lung masses, TB, and pneumothorax.

Furthermore, the solution recognizes a number of medical devices that are frequently seen in intensive care units and inpatient settings, including pacemakers, chest leads, and different tubes, which offer crucial assistance in challenging clinical situations.

This approach can also read pediatric chest X-rays and detect pediatric tuberculosis and pneumonia, hence improving diagnostic capacities in younger populations, which are frequently underserved by traditional AI models.

DeepTek Acquires CE-Mark and Full US FDA CADe Certification

DeepTek can now make its solution available across Europe and other CE-mark-recognized locations, providing a strong tool to boost productivity, decrease diagnostic delays, and promote quality care delivery on a large scale.

Furthermore, it has acquired full US FDA CADe certification, demonstrating its dependability and clinical rigour in medical imaging applications.

The need for such solutions is especially urgent in areas with a high tuberculosis burden and limited access to specialist radiologists. With a rising tuberculosis burden and an increasing radiology workload, CE certification paves the path for implementation in Europe, Asia, Africa, and other CE-marked locations where AI-driven diagnostics are not only helpful but critical.

The technology has been deployed at 325 TB screening sites, supporting national TB programs and public health activities across several geographies.

Heart Fix in a Flash: A Pacemaker You Can Inject and Forget!

Dr. Shanmathi Rajendran
BDS
Content Writer, Medindia.net

 

Scientists from the United States have developed the smallest pacemaker, which is smaller than a rice grain? This smart device naturally dissolves inside the body after its programming task ends, thus reducing patient risk, recovery time, and surgical procedure complications.

Grain-Sized Pacemaker That Melts Away!

Modern cardiac pacing systems received substantial advancements through the development of small wireless pacemakers. The Nature Communications study published significant findings about fully implantable pacemakers that operated through near-field energy exchange mechanisms tested on tiny animal subjects, unlocking the potential for self-powered cardiac technologies. This breakthrough finding influenced the incorporation of dissolvable components inside the pacemaker, eliminating the barriers faced with traditional devices.

The wireless pacemaker is battery-free, transmitting infrared light via the skin surface. Small, light-sensitive electronic circuits built into the system enable it to receive and process external light signals used for real-time heart rhythm adjustments. The technology removes the requirement for heavy batteries and hazardous wires that commonly appear inside conventional devices. The pacemaker fits seamlessly onto heart surfaces through its thin, flexible construction for precise electrical pulse delivery.

Why It’s Game-Changing?

Traditional pacemakers are effective, but they frequently result in adverse effects, including infections and dislodged lead, which require extra operations to remove them. That’s where the dissolvable pacemaker system comes into play!

The device exists to dissolve naturally within weeks while simultaneously decreasing hospitalization time and lowering medical expenses and surgical procedures. Medical professionals have identified this temporary, non-invasive option as potentially lifesaving for patients who need post-cardiac surgery support particularly among newborns and infants born with congenital defects.

Engineering a Medical Marvel

Biodegradable materials like magnesium, silicon, and polymers form the core structure of the device. Engineers program these components to erode at specific release rates, which determine the patient requirements. The medical device exhibited reliable and safe performance throughout all preclinical tests conducted on small animals. Such an accomplishment within this bioelectronic and transient medical device demonstrates how medicine can benefit from nanotechnology integration!

Future Potential and Clinical Trials

Researchers tested the pacemaker using animal subjects before moving to human trials. This innovation presents the potential to transform the global cardiac care system, which is particularly beneficial for neonatal and pediatric care as permanent devices face challenges related to size and growth requirements. This light-based control system demonstrates the potential of its technology, extending its usefulness in neuromodulation therapy and soft-tissue interventions.

The dissolvable pacemaker delivered through injection has the potential to revolutionize temporary heart rhythm correction by providing safer and less invasive recovery along with quick treatment procedures. This clinical trial breakthrough is drawing global attention and may mark a new milestone in cardiac medicine.

“Heartbeats restored with no trace left behind!”

Colleen_Fleiss

AI Ushers in a New Era for Tuberculosis Detection

Colleen Fleiss
M.SC (Bioinformatics)
Content Writer, Medindia.net

KIMS Hospitals, Minister Road, has taken a giant leap in the fight against tuberculosis (TB) by conducting its largest-ever artificial intelligence (AI)– driven study on TB detection using chest X-rays (CXRs). The groundbreaking study retrospectively analyzed 16,675 chest X-rays of adult patients using the advanced AI tool qXR, without direct clinician intervention—marking a milestone in AI-powered diagnostics in India.

AI for TB Detection

The primary aim of the study was to evaluate the diagnostic accuracy of AI in detecting pulmonary TB and to measure its alignment with expert radiologists’ interpretations. The findings were striking: the AI tool demonstrated a sensitivity of 88.7%, showcasing its remarkable ability to correctly identify TB-positive cases. Furthermore, the tool exhibited a Negative Predictive Value (NPV) of 97%, confirming its strong reliability in ruling out non-TB cases. With a specificity of 69.1%, the AI met and even surpassed the minimum criteria set by the World Health Organization (WHO) for TB screening tools.

One of the most noteworthy outcomes of the study was the high level of agreement between AI-based assessments and radiologist interpretations. This significant overlap underscores the potential of AI to not only supplement but also strengthen diagnostic accuracy and clinical decision-making—especially in high-burden, resource-limited settings.

Dr. Latha Sarma, Head of Department and Senior Consultant Pulmonologist at KIMS Hospitals, remarked, “The ability of AI to assist in TB detection with such high accuracy is a game-changer, particularly in areas where access to radiology experts is limited. This can have a profound impact on early diagnosis and timely treatment.”

Dr. Chaithanya Isamalla, Senior Consultant Radiologist at KIMS, added, “AI is not a replacement for human judgment, but it is an incredibly powerful tool for first-line screening. It helps streamline workflows and ensures that complex cases get the focused attention they require.”

The study highlights the rapidly evolving role of artificial intelligence in healthcare, particularly in combating infectious diseases like TB. Tools like qXR offer promising opportunities to scale up early detection, reduce diagnostic delays, and ultimately improve treatment outcomes. As the integration of AI into healthcare systems becomes more widespread, KIMS Hospitals’ pioneering work sets the stage for broader adoption of AI technologies in medical diagnostics—ushering in a new era of smarter, faster, and more accessible healthcare.

Colleen_Fleiss

AI for Early and Accurate Detection of Parkinson’s Disease

Colleen Fleiss
M.SC (Bioinformatics)
Content Writer, Medindia.net

A researcher at the University of Florida has created an innovative open-source AI program, VisionMD, to analyze videos of patients with Parkinson’s disease and other movement disorders. This tool enables doctors to more precisely track subtle motor changes, enhancing patient care and advancing clinical research.

Diego Guarin, Ph.D., an assistant professor of applied physiology and kinesiology in UF’s College of Health and Human Performance, created the software to address the potential risk of inconsistency and subjectivity in traditional clinical assessments.

“Over the years, we have shown through our research that video analysis of patients performing finger-tapping and other movements provides valuable information about how the disease is progressing and responding to medications or deep brain stimulation,” Guarin said. “However, clinicians don’t have the time and personnel to analyze their videos. To address this, we developed software that can deliver useful results with just a few clicks.”

Guarin, a member of the Fixel Institute for Neurological Disease at UF Health, worked closely with neurologists and other clinician-scientists from the Fixel Institute to refine the tool.

VisionMD analyzes standard videos – whether recorded on a smartphone, laptop or over Zoom – and automatically extracts precise motion metrics. The software runs entirely on local computers, ensuring data privacy.

“It’s not cloud-based, so there is no risk of data leaving the network. You can even unplug from the internet, and it still runs,” Guarin said. The tool is already in use globally, with researchers in Germany, Spain and Italy using it to analyze thousands of patient videos as they explore how computer vision can improve movement disorder care.

Florian Lange, a neurologist at University Hospital Würzburg, praised the software’s ability to provide consistent, objective measurements. He and Martin Reich, a neuroimaging professor at University of Würzburg, adapted VisionMD to help them optimize treatment for patients with tremor, particularly those using deep brain stimulation, or DBS, implants.

“A big challenge with many aspects of medicine today is how difficult it is to get objective data, especially with movement disorders like Parkinson’s disease or tremor,” Lange said from his office in Germany. “If the three of us watched the same video of a patient, we might rate the severity at three different levels. But the software gives us precise, unbiased data.”

By recording videos of patients at a variety of stimulator settings, the software identifies which DBS configuration offers the best symptom relief.

“There are millions of possible programming options, but this tool helps us narrow it down quickly and accurately,” Reich said.

As open-source software, the program is freely available to improve and customize.

The team is also working to expand the tool’s capabilities by adding more motor assessment tasks frequently used in clinical settings.

Early adopters say VisionMD’s accessibility and ease of use have the potential to transform movement disorder research and care.

“It takes only a few seconds to process each video,” Guarin said. “We are confident most clinicians will be able to use it, regardless of their technical expertise.”

OpenAI CEO Sam Altman claims Saying ‘PLEASE’ & ‘THANK YOU’ TO CHATGPT costs tens of millions of dollars

A single query in ChatGPT uses enough energy to power a lightbulb for “about 20 minutes.”

This better – if u can

::ANNOUNCEMENTS::

Telemedicine – News from India & Abroad

AI Tool Predicts Heart Risk With Striking Accuracy

Artificial intelligence (AI) is rapidly reshaping the future of healthcare. In a recent breakthrough researchers at Mount Sinai have calibrated ……… Read More

AI Sees Cancer Before Doctors Do

AI tool spots early signs of lung cancer from general practitioner notes, predicting diagnosis 4 months in advance.Lives are saved ,when algorithms listen better than doctors………… Read More

AI Reveals How the Brain Handles Real-Life Conversations

Speaking and listening share neural pathways, with brain activity adapting precisely to words and context during conversation………. Read More

 

Telemedicine Practice Guidelines – A Foundation Course for RMPs by TSI Faculty

To know more about the Telemedicine Foundation Course click on the link below:
https://tsitn.org/tpg-course/

TSI invites all the TSI Chapters and Members to submit information on their upcoming Webinar or Events (50 words), News related to Telemedicine (200 words) or short articles (500 words) for the monthly e-newsletter.Guidelines for submission to TSI Newsletter-

  • Report can be from 500 to 600 words
  • Report Should be relevant to Telemedicine or Medical Informatics
  • No promotion of self or any product
  • Avoid plagiarism
  • All references should be included
  • Provide any attributions
  • Visuals are welcome including video links
  • Send full authors name, degrees, affiliations along with a passport sized photograph of good resolution. If multiple authors only main author photo to be sent.

Submission may be sent to – tsigrouptn@gmail.com
Editors reserve the rights for accepting and publishing any submitted material.

Editor in Chief – Dr. Sunil Shroff
Editors – Dr. Senthil Tamilarasan & Dr. Sheila John
Technical Partner- https://www.medindia.net