Admission to paramedical courses in Gujarat continues to face an acute crisis of vacancy, with as many as 31,870 seats said to be remaining vacant following the end of the fifth round for the 2025–26 academic session. According to a provisional Round 5 allotment list published by GPNAMEC, there is a gap between the availability and intake of students.

In total, 7,155 candidates have exercised choices regarding seat allotments in this round. Of the total, 2,833 students got a fresh allotment and 310 candidates upgraded their earlier allotted seats. Thus, total admissions secured in Round 5 are 3,143.

Though five rounds of counselling have been carried out, only 20,920 seats have been filled so far out of the total 51,790 seats in key paramedical courses like Nursing, Physiotherapy, Occupational Therapy, and Prosthetics & Orthotics, leaving over 60% of the total seats vacant. Again, this brings up questions relating to dwindling interest among students, or awareness gaps, or perhaps issues concerning course availability, fee-related problems, or institutional choices.

The committee has asked the students who were allotted seats in Round 5 to confirm the admissions before November 11, failing which the seats would be forfeited or released in subsequent rounds.

Course-wise, most of the seats in high-demand para-medical courses like ANM, B.Sc. Nursing, GNM, Physiotherapy, Occupational Therapy, and Prosthetics & Orthotics have almost been filled up in government colleges, with students still preferring the institutes over private ones. On the other hand, private colleges are not getting enough admissions.

From the emerging evidence on the role of yoga in the management of cardiovascular diseases to achieve targets related to ABC in the care of diabetes, promotion of healthier diets by reducing high-fat, high-sugar, high-salt, and ultra-processed foods to improving access to antihypertensive medications, the strategies are being implemented in order to tackle the escalating NCD crisis in India.

The efforts required to bring down NCDs were discussed at the ongoing World Health Summit 2025 in Berlin by a panel of experts moderated by Dr Sanghamitra Pati, Additional Director General, ICMR, and Dr Tanvir Kaur, Head, International Health Division.

Dr V Mohan, Chairman, Madras Diabetes Research Foundation, spoke on preventing diabetes complications, achieving ABC targets, and controlling HbA1c, that is, blood sugar, blood pressure, and cholesterol.

Referring to the ICMR-INDIAB study, India's largest epidemiological survey on diabetes, Dr Mohan also spoke about the growing prevalence of diabetes among young adults and how more than 101 million Indians are presently living with diabetes and another 136 million being pre-diabetic.

"Along with clinical management, lifestyle interventions are key and a healthy diet along with increased physical activity can prevent up to at least 50 per cent of new Type 2 diabetes cases," added Dr Mohan.

Dr Bharati Kulkarni, Director, ICMR-National Institute of Nutrition, said that their surveys had pointed towards a lack of diversity in Indian diets, veering towards processed foods, high in fat, salt and sugar, more so in urban areas. Dr Kulkarni further gave a snapshot on how initiatives such as Eat Right India and policies aimed at reversing this trend through public education, food labelling and school-based interventions.

During the panel discussion, Dr. Manoj Murhekar, Director, ICMR-National Institute of Epidemiology, Chennai and Head, Epidemiology Division of ICMR shared how the India Hypertension Control Initiative has resulted in substantial outcomes towards addressing high blood pressure.

Among the IHCI tools put into work for tracking and monitoring are the SIMPLE App. It reached over 5 million people in 2024 across 157 districts. This came with global recognition.

Dr Gautam Sharma, Professor, Cardiology and Head, Centre for Integrative Medicine and Research, All Indian Institute of Medical Sciences, New Delhi, further elaborated that the trend is fast catching on as yoga is slowly being seen not only as an exercise but also as therapy.

According to Dr. Sharma, the main principles underlying the beneficial effects of yoga in cardiovascular disorders are "a modulation of the autonomic nervous system, reduction of stress and psychological burden, and cardiac rehabilitation."

A recent paper by archaeologist Vinay Gupta reveals that Brahmi script was in use centuries before Emperor Ashoka.

A Superintendent Archaeologist with the Jaipur circle of ASI, Gupta’s latest paper titled “Seals and Sealings from Bahaj Excavations” establishes the presence of script in north India before the Ashokan edicts were inscribed on non-perishable materials.

“The origins of the Brahmi script must go in hoary past and the development of Ashokan Brahmi must have been a gradual one,” the paper written by Gupta says. He excavated the Bahaj site in Rajasthan’s Bharatpur, bordering Uttar Pradesh, to untangle the historical threads of the Braj region - the birthplace of Hindu deity Krishna.

The Ashokan edicts of the 3rd century BCE reveal an evolution of the Brahmi script. However, Gupta's new research has rewritten the history of the script in India and pushed back the origins of the Brahmi script by almost three centuries, at around the 6th century BCE.

Based on the sealings discovered at Bahaj in Bharatpur district of Rajasthan, Gupta's work proposes that writing was known to the people of the PGW culture commonly identified with the Mahabharata period. This would imply that the Brahmi script evolved indigenously in India and did not suddenly appear in the Mauryan age.

The paper says that an early Mauryan seal of jasper stone was unearthed from the deposit of the Kushana period, and it comprises nine symbols or Brahmi letters. Finds of this many seals and sealings from a limited area demonstrate the level of literacy and prosperity during ancient India.

His paper said the origin of the Brahmi script could be traced to the PGW (1200 BCE to approximately 550 BCE) culture, which archaeologist and former ASI director-general BB Lal correlated with the Mahabharata period. But there is no unanimity among archaeologists on this.

"Discovery of this sealing makes it clear that the people of PGW culture were familiar with writing," the paper says.

The sealings have been found from the upper levels of the Painted Grey Ware, which as per stratigraphy are easily datable to circa 600 BCE, the paper says.

Excavation at Bahaj started in 2024 and was carried out for two seasons. "Braj is a very important area from the point of view of Indian culture," said Gupta in 2024.

Religious connection of seals

It was the first season of excavation that yielded the seals. The excavation unearthed 39 seals and sealings which ranged from PGW phase to the Kushana period.

Most of the seals found are with an inscription, and some with only symbols. According to the paper, the most striking finds on the site are the presence of four sealings made of unbaked clay from the upper levels of the PGW period. “Such sealings have never come to notice from anywhere in the subcontinent,” it reads.

Most of the names found on these sealings are related to Rudra, Vatuka, Garga, and Nandivardhana. The same is the case with religious symbols, which are related to Nandipada, Nandi, and Dhvajas.

Of the sealings there are two varieties. Two of these show a similar impression on four sides, and the remaining two a similar impression on four sides.

The research paper also stated that one of the impressions has two separate elephant riding figures and two standing figures, matching, to some extent, the representation of Samkarshana and Vasudeva on some early Mathura coins. The researcher found the impressions to be of a religious nature. The letters on one seal read Janaka, and the other read Nokhara. "The Brahmi characters on these sealings are the earliest known examples of Brahmi script in the subcontinent," the paper says. It further adds that these findings of two sealings confirm that the Brahmi script had its beginning in the PGW culture period and they provide a missing link in writing.

A branch of India's National Forensic Sciences University will be opened in Astana, Kazakhstan, following the signing on Oct. 29 of an agreement to that effect. To be established at the Academy of the Ministry of Internal Affairs, the branch will offer dual-degree programs in association with the main campus of NFSU in Gandhinagar.

Kazakhstan and India have signed an agreement to establish a branch of the Indian National Forensic Sciences University (NFSU) in Astana on Oct. 29, in a significant move to develop education and research in forensic science, cybersecurity, and criminal investigation.

The document was signed after a trilateral meeting hosted at the Academy of Management of the Ministry of Internal Affairs of Kazakhstan and participated in by the Minister of Science and Higher Education Sayasat Nurbek, Deputy Minister of Internal Affairs Aidar Saitbekov, and NFSU Executive Registrar Shree Jadeja.

According to the Ministry of Science and Higher Education press service, the new branch will function on the basis of the Academy of the Ministry of Internal Affairs and provide a range of dual-degree programs together with NFSU's main campus in Gandhinagar, India.

The initiative aims to train highly qualified specialists for Kazakhstan's law enforcement and judicial systems in such fields as digital forensics, applied criminology, and IT security.

The ministries believe that, besides the above benefits, the cooperation will promote joint scientific and legal research projects, increase Kazakhstan's academic potential, and turn the country into a regional leader in forensic and technological education in Central Asia.

The sides intend to develop modern laboratories, professional training programs, and expert exchanges in order to enhance the ability of regional states to combat cybercrime and advance digital forensics.

According to The Times of India, the implementation of India's new criminal laws has dramatically boosted the workload of forensic experts throughout Haryana. As per the Bharatiya Nagarik Suraksha Sanhita (BNSS), every case that has a prospective punishment of seven years or more now needs a compulsory forensic team probe under Section 176(3).

Haryana currently has 17 mobile forensic units staffed with six members each — a senior scientific officer, assistant scientific officer, fingerprint expert, photographer, lab assistant, and driver. They cater to the state's 22 districts and police commissionerates. Gurugram alone has two of them, but small districts like Nuh and Palwal have to share the staff.

The current workload is already over-taxing capacity. More than 15,000 cases are in suspension at the state's central Forensic Science Laboratory in Madhuban and four regional laboratories in Gurugram, Hisar, Rohtak, and Panchkula. A plan for six additional mobile forensic centers is still in the balance with the finance department. Officials have cautioned that, if new employees and newer equipment are not added, crime investigations could get delayed.

A top officer clarified that. while forensic experts have been visiting major crime scenes for years, previous visits were not mandatory. "Earlier, experts were summoned only for serious crimes like rape, murder, or NDPS crimes," he said. Now, the law requires field investigations in far more serious cases.

Mobile forensic teams in Haryana between January and June 2025 visited 3,366 crime sites of which 1,376 pertained to offenses that carry a prison term of seven or more years. Teams collect biological and serological evidence — like blood, semen, hair, and fingerprints — and photograph and label samples for forensic examination during visits.

Forensic laboratories worldwide are under mounting pressure to keep up with the growing volume of chemical analysis cases. Controlled substance analysis is among the most affected areas, with case volume often hampering justice and affecting the validity of results. A recent study by the Forensic Laboratory of the Federal District Civil Police in Brazil examined more than 11,000 marijuana samples and concluded that storage time and conditions played a significant factor in result consistency.

What generates the Backlog?

A "backlogged case" is one which is not reported beyond a lab's usual handling time. But what is a lab's usual handling time varies from lab to lab. Budget cuts, a flood of new psychoactive substances (NPS), and more casework have overwhelmed forensic chemists globally. Every new synthetic compound takes specialized apparatus, reference material, and experienced analysts — all of which contribute to test time. Budgetary constraints and a lack of staff in most countries mean that evidence sits untested for months or even years, at the expense of both quality and credibility.

THC Degradation and Its Impact

It was seen that poor storage conditions significantly reduce THC levels, with that of cannabinol (CBN) rising. Such conversion affects thin-layer chromatography (TLC) findings, a common test in forensic laboratories under limited resources.

This previous work confirms that THC breakdown is faster with light and higher temperatures but is retarded under lower and darker conditions. The longer that a case remains in backlog, the higher the likelihood of inconclusive or confusing results when analyzed.

Challenges in Analytical Methods

Even decades after research, there is no one common standard for marijuana identification. Laboratories utilize different methods like GC-MS, HPLC, and TLC, each having advantages of its own. TLC remains popular in low-resource settings because it is simple, cheap, and useful for screening multiple samples at the same time. The accuracy of TLC, however, depends largely on the chemical stability of stored samples, which backlog conditions can readily infringe.

The Way Forward

To lower forensic delays, professionals suggest enhancing evidence storage procedures, investing in new analytical equipment, and adding more trained analysts. The research points out that clearing backlog is not just about speed — it's also about maintaining evidence integrity. Timely testing and right handling are necessary, or forensic results can be scientifically inconclusive, compromising the quest for justice.

Backlogs in case-files were found to be one of the reason factors impacting the competitiveness of the forensic science laboratory (FSL). Backlogs are case-files that are unreported or unprocessed within a chosen time frame (year, week or month) which results in higher customer complaints, rework, analysis cost, deterioration of biological samples, etc. Backlogging of case-files was measured in three successive years (2014 to 2016), employing the following parameters: case-files processed and case-files received, subtraction of which results in case-files backlogged. 

There was a requirement to establish time period within which a case-file should be considered as backlogged (i.e., one week), findings of which can be interpreted as backlogged case-files per month or year. A data collection instrument was developed and applied to three workstations (forensic chemistry, biology/DNA and toxicology labs). The instrument has beginning and ending date for every time frame in which numbers of received and processed case-files were recorded and then calculated backlogs. It was noted that, case-files reported increased from 2014 to 2016 resulting in a reduction in backlogged case-files. 

The percentage backlogged annually for the case-files was highest in the case of forensic toxicology. Forensic chemistry had the maximum backlogged case-files, followed by forensic biology/DNA. The maximum number of backlogged case-files per analyst per annum was in 2014 and declined steadily up to 2016, being relatively higher in the case of forensic biology/DNA and chemistry. Probability density functions (PDFs) and cumulative distribution functions (CDFs) of backlogs data revealed that most of the backlogs formed in prior weeks were removed. It was deduced that the impact of case-file backlogging towards FSL competitiveness can be reduced by sustained management effort for backlog removal.

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