Patna, Aug 1, 2025: There was a confrontation outside AIIMS Patna on Thursday following a protest by a group of resident doctors, charging Rashtriya Janata Dal (RJD) legislator Chetan Anand with misconduct and physical abuse at the hospital campus. The residents are seeking an apology from the Sheohar MLA and brandished placards condemning what they termed "arbitrariness and abuse of power."

The demonstration outside the AIIMS Patna main gate brought into focus increasing concern about political intervention in public health centers and safety measures for medical personnel. The incident, in the words of agitating doctors, took place when Chetan Anand allegedly misbehaved with hospital personnel and harassed emergency medical staff during his hospital visit.

"The MLA walked into the hospital campus and was aggresively behaving with doctors on duty. Not only this endangers the working atmosphere but also patient care," declared a Resident Doctors Association (RDA) spokesperson, who wished to remain anonymous.

Shouting "Justice for Doctors" and "Stop Misusing Power", the resident doctors called for action at once and accountability. They have urged the AIIMS administration and the Bihar government to start an unbiased inquiry into the incident.

The protest caused the hospital to operate for a couple of hours, although the emergency services remained operational. The safety of the hospital was visibly increased after the incident.

Social media soon converted the crisis into a larger crisis, and #ProtectDoctors, #AIIMSPatna, and #ChetanAnandControversy went viral on X (formerly Twitter) and Instagram. The masses were divided sharply, and most were on the side of the doctors' right to have a safe working environment.

Both Chetan Anand and RJD leadership up to this point have made no official comment on the charges.

This has again brought into question the security of Indian doctors, and whether adequate measures are being taken to safeguard them from political pressure and harassment. The physicians sent a warning of statewide agitation if something is not done.

Bangladesh Chief Adviser Professor Muhammad Yunus on Sunday warmly thanked a 21-strong delegation of Singapore, Chinese, and Indian doctors and nurses for their prompt and humanitarian treatment of the survivors of the recent tragic plane crash at Milestone School and College. The foreign visiting team requested an audience with the Chief Adviser at State Guest House Jamuna, where the Chief Adviser thanked the foreign medical teams for showing selfless and concerted efforts in national emergency.

"These teams have not only come with their skills, but with their hearts," said Professor Yunus. "Their presence reinforces our shared humanity and the value of global cooperation in the midst of destruction."

Tireless Work To Save Lives

The medical teams have been working around the clock with the national health care providers to provide trauma treatment and critical care to the injured, several of whom are children. The Chief Adviser commended their hard work and diplomatic efforts to enable them to reach Dhaka on time and perform life-saving operations.

He also promised the delegation maximum government patronage during their visit to Bangladesh. In a gesture of special kindness, Professor Yunus offered the visiting doctors long-term professional associations with Bangladesh. He offered continuous virtual collaboration, faculty exchange and collaborative research initiatives towards institutional building in emergency medicine and public health.

"They can help pave the way towards a robust healthcare system," he continued, attributing to it the call for innovation and preparedness in meeting upcoming challenges.

Appreciation

Health Adviser Nurjahan Begum also had profound appreciation with the hospital staff for providing input. "You stood with us during our time of need, and we are greatly thankful," she continued. Earlier, on 21 July, Indian Prime Minister Shri Narendra Modi also condoled this tragic crash and assured full support. In follow-up action later, India dispatched a group of burn-specialist doctors and nurses with medical equipment within hours. Based on observation regarding the health of victims, the team suggested further treatment and special treatment in India if needed. The following teams were accepted subject to the preliminary reports.

Germany is well famously known to offer free education to domestic as well as international students. Some German universities offer Master of Science (MSc) courses - most of which are fully taught in English - for winter and summer intakes, just as normally happens during September and April, respectively.

Following is the list of the top German universities offering Master's degrees in biomedical and medical sciences for free:

  1. Otto von Guericke University, Magdeburg

Otto von Guericke University offers MSc in Biochemical Engineering free of cost. It is taught in English language only for four semesters, and thus no proficiency in German language is required. The course is designed for gaining analytical and scientific skills to study advanced biomedical and technical interactions on the basis of fundamental scientific principles.

  1. RWTH Aachen University, Aachen

RWTH Aachen provides MSc in Biomedical Engineering in full English language, i.e., master's thesis and internship. It is a course of four-semesters available for home students and international students. Winter 2025 program one can apply until October.

  1. Hamburg University of Applied Sciences

This university offers MSc in Biomedical Engineering, which is completed within three semesters and in English. Summer intake (April 2026) admission must be applied from December 1, 2025, to January 15, 2026 on the DAAD official website.

  1. Technische Hochschule Lubeck

TH Lubeck also has a four-semester Master of Science in Biomedical Engineering available to students from any background. It is mainly English with some elective modules taught in German. It is suitable for those wishing to develop a research-based career, or an industry or an academic career. Application for winter intake for non-EU students is now closed but information on next year's summer intake will be posted on the university website in due course.

  1. Hochschule Bonn-Rhein-Sieg, Rheinbach

It offers the four-semester integrated MSc in Biomedical Sciences, theory and practice, to prepare for life in the medical sciences.

This type of education is sponsored by the DAAD (Deutscher Akademischer Austauschdienst), which is the German Academic Exchange Service for international students, researchers, and scholars for study and research in German universities.

It was the month of July 2025 a healthy boy Thaddeus Daniel Pierce took his first breath in a hospital in Ohio. The world heard the cry, not only because a baby was born, but because medical history had been made: Thaddeus is the oldest baby to have ever been born. He was born from a 30 years old frozen embryo from the year 1994.

It is not solely about a record breaking story of baby Thaddeus. It is a story of hope and new technology and human connection that crosses three decades and two families connected by the promise of life across time. 

The Beginning: Linda’s IVF Journey in 1994

Back in 1994, Linda Archerd, a young woman hoping to start a family, chose to undergo in vitro fertilization (IVF). At that time, IVF was still seen as advanced and somewhat mysterious. Linda and her then-husband created four embryos through the process. One embryo was implanted and eventually became her daughter, who would grow up, build her own family, and become a living connection to this extraordinary story.

The remaining three embryos were frozen and stored in a specialized medical freezer—a kind of time capsule where conditions remained perfectly preserved, almost untouched by the passing years.

A Frozen Baby and Mother’s Hope

Years passed, Linda and her husband finally separated but she did not forget the three little embryos in the frozen state. Thousands of dollars each year, she would spend to have them safely frozen, nowhere to destroy them or to give away anonymously. Linda thought: They are the biological siblings of my daughter. She had wished that someday she would find an adoptive family that would treat these embryos like she had loved and wanted to treat them.

What Happened Next?

Then, after more than three decades on ice, destiny brought together two families. In Ohio, Lindsey and Tim Pierce were longing to have children. Years later, and after much heartache and struggle, they learned of the uniqueness of Nightlight Christian Adoptions: their Snowflakes program is a special embryo adoption program that allows the donors and adopting family to choose one another based on their hopes, backgrounds, and dreams. The donor Linda had expressed a desire for a married Christian couple in the United States. The Pierces simply needed to love a child.

Eight years later, Linda had one of her long-frozen embryos thawed carefully in a clinic in Tennessee at Rejoice Fertility, which had a record of giving even the oldest embryos an opportunity to live. And with understanding and humble prayers, they inserted the small embryo in the womb of Lindsey. The science was successful against all odds. Lindsey was found to be pregnant and on July 26, she gave birth to a healthy baby, Thaddeus Daniel Pierce, who weighed 7 pounds and 4 ounces.

Reaction of Parents and The World

The miraculous event made big news all over the globe, but to the Pierces, it was something more personal. “We didn’t go into it thinking we would break any records,” Lindsey told the MIT Technology Review, which first reported the story. “We just wanted to have a baby.” Thaddeus was born over 30 years later compared to his biological sister, a feat that even beat the earlier record of the world holders of two twins born in 2022 after their embryos were frozen 30 years earlier. 

Thaddeus is yet to meet his biological mother, Linda Archerd, but she already saw parallels between Thaddeus and her own daughter, who is aged 30 now and has a daughter of 10. Both children are biological siblings, Thaddeus and his sister are biological siblings, however, the start of their lives was at opposite ends of the world, and at different times, and the only thing connecting them is science and taking care of a mother.

What is remarkable about this event is not the years that the embryo remained in a frozen state. It is what it demonstrates about the progress of reproductive technology, the goodness of strangers and the hopes that families nurture over generations. At Rejoice Fertility, there is an attempt to give every embryo some chance without considering the time they have spent. The birth of Thaddeus is beyond what most people imagined is a reality, that an embryo which was frozen in the mid-nineties could remain intact, grow into a healthy child in 2025.

The phenomenon also leaves intriguing questions on the possibility of frozen embryos as more and more families and clinics across the world utilize IVF to secure their future. Technology that was once considered science fiction now makes miracles a reality-families that have been made possible decades after that first, uncertain step in a lab.

Thaddeus is More Than A Record

To the Pierces, Thaddeus is more than a record breaker; he is a prayer God has finally answered. To Linda Archerd, it is the completion of a cycle that started three decades ago and the realization the embryos she went to war over have brought peace and happiness to another family.

As baby Thaddeus grows, he will become part of the story that is likely to be retold for generations to come, all over the world as a story of science and hope transcending lifetimes. In Lindsey terms, “we have this beautiful baby, and everything was the result of a long journey that started long ago before anyone could have thought of it.

The world has its oldest baby born from a freezer older than the internet itself, marking a new era in the historic story of IVF, family, and medicine telling what science can achieve in this technology-driven life.

A routine medical examination turned into a nightmare for the parents of a 16-year-old boy when his blood sample went missing at Nagaon Medical College and Hospital (NMCH), triggering an explosion of anger over lapses in patient safety checks.

The teenager, admitted with a complaint of relapsing fever and weakness, was ordered a set of investigative tests last week. However, the blood sample drawn on Monday was misplaced and necessitated a recollection of the sample, leading to the undue delay in diagnosis and treatment, as alleged by the family.

"We waited for two days. The doctors were constantly assuring us that the report would be available soon. A junior staff member eventually came and confessed to having lost the sample," said the patient's mother, her voice laced with exhaustion. "My son was in pain, and we didn't know anything. This is not a mistake — this is negligence."

The crash has also prompted new questions regarding system inefficiencies and patient care standards at the state hospital, which was brought in 2023 as part of the initiatives Assam has made to enhance access to quality healthcare.

Hospital administrators have owned up to the goof but called it an "isolated error." A senior government administrator, who did not wish to be named, said an investigation within the hospital has been launched. "We are trying to determine why the sample went missing and if protocol had been violated," the administrator added.

Medical experts cite such incidents, though rare, as proof of inherent problems in hospital management — from working overtime staff to poor documentation and lack of electronic tracking of samples.

As the case goes on, the case has raised public controversy over government hospital healthcare safety, where there may be no other option for poor families. To the teen and his family, however, it's not controversy — it's a chilling experience they hope no other family ever gets to have.

India has made history of a rare sort by digitizing its ancient medical intelligence for the world for the first time with the assistance of an artificial intelligence library. India's Traditional Knowledge Digital Library (TKDL) is now employing the latest artificial intelligence for documentation and transmission of ancient medical systems like Ayurveda, Siddha, Unani, Sowa-Rigpa, and Homoeopathy.

This pioneering initiative, promoted by the World Health Organisation (WHO), is ahead of its times in bringing centuries of medicolegal heritage in line with present day technological acumen. This portal aims to protect India's indigenous knowledge from any adverse use while making it available for utilisation and research intentions in the current era by the global healthcare fraternity.

Saving Heritage With Digital Innovation

Digitisation is combating at its heart an adversary that has haunted India's traditional medicine for centuries. Traditional knowledge systems thus far preserved in their entirety through word of mouth and palm-leaf manuscripts were constantly prone to outside interference by foreign nations interested in patenting recipes that were centuries old.

TKDL is a veil system of the indigenous remedies in the readily comprehensible form of an international patent office. Systematic documentation guarantees impeccable proof that the information actually falls in the public domain so no one can be found guilty of illegal commercialization of Indian medical heritage.

The use of artificial intelligence has transformed TKDL into a working research laboratory. Computer programs now study complex medical data, identify patterns, and match the cures of the past with new diseases. All this because of the revolution in technology where the practitioners are able to provide better clinical advice without sacrificing the religious underpinnings of the past practice.

Implications for Future Healthcare Globally

Ayurgenomics is the best expression of the platform promise for innovation that combines genomics and concepts of prakriti (constitutions of the body) of Ayurveda. Scientists are individualizing treatment regimens by combining DNA sequencing with traditional health categorization, and the unprecedented precision of medicine is the result.

Union Minister Prataprao Jadhav reported that this move is as per the vision of Prime Minister Narendra Modi for "AI for all" and especially a healthcare revolution. TKDL system becomes a model for other countries with a rich heritage of ancient medicines such as China, South Korea, and Indonesia, and they can follow it and which can transform the health practices of the globe through technologically empowered traditional wisdom.

Following a series of student suicides, IIT Kharagpur has introduced a full-fledged mental health and wellness programme called SETU — Support, Empathy, Transformation and Upliftment. Unveiled on Friday by Director Prof. Suman Chakraborty, the initiative hopes to restore student well-being through a highly integrated, tech-powered yet human-focused ecosystem.

SETU, which translates to bridge in Sanskrit, attempts symbolically to bridge isolation with inclusion and distress with strength. The new policy follows four campus student fatalities in 2025 — Shaon Mallik in January, Aniket Walker in April, Mohammad Asif Qamar in May, and Ritam Mondal last week — with desperate pleas for institutional reform to curtail academic pressure and emotional fragility among students.

Referred to as a "human-tech renaissance" of higher education, SETU@IITKGP is located as a move away from stigmatized, conventional mental health services. Instead, it integrates support into the lives of students by coupling 24/7 counselling via platforms such as YourDOST, individual therapy, psychiatric services, and peer-based support systems.

Among the most significant innovations of the framework is its AI-based emotional health monitoring system. Incorporated within classroom and living environments, it provides anonymous check-ins, early warning notices, and culturally responsive outreach, enabling real-time intervention prior to crisis buildup.

The program also facilitates decentralised, student-centred wellbeing through enabling hostel-level welfare units and peer support groups. Through active engagement of students in structuring their own support networks, the institution aims to shift wellbeing from being a clinical intervention into a campus cultural change.

By doing this, IIT Kharagpur is not just treating a crisis situation but also leading by example for all other premier institutions to recognize mental health as a vital part of success in studies and institutional integrity. SETU, both in name and essence, wants to be the connecting link between silence and support.

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