The device aims to transform point-of-care diagnostics by providing faster and more accessible TG level testing, which is linked to increased risks of heart attack, stroke, and atherosclerosis.

Researchers at MEMS, Microfluidics and Nanoelectronics (MMNE) Lab, BITS Pilani, Hyderabad campus, have announced the development of an innovative electrochemical biosensor for the rapid and cheaper detection of triglycerides (TGs), a crucial marker for heart disease risk assessment, on Monday.

The device aims to transform point-of-care diagnostics by providing faster and more accessible TG level testing, which is linked to increased risks of heart attack, stroke, and atherosclerosis, said stated principal investigator R.N. Ponnalagu.

It also offers promising potential for on-site TG monitoring, significantly enhancing heart disease management and preventive care worldwide, he said. The biosensor utilises screen-printed carbon electrodes made from commercially available overhead projector sheets.

It incorporates gold-cerium oxide nanoparticles to enhance sensitivity and speed up enzymatic reactions. Lipase, a digestive enzyme that breaks down fats in food for absorption in the intestines, is immobilised on the electrodes to speed up reactions with TG, producing an electrical current that is proportional to the concentration of TGs.

A standard test electrode is typically priced at approximately ₹10, providing an accessible option for effective health monitoring compared to commercially available one which cost around ₹300 to ₹500, Dr. Ponnalagu said. The device is suitable for real-time monitoring without sample pre-treatment and a portable read-out device, called ‘potentiostat’, adds to its practicality in various healthcare settings, according to research scholar Parvathy Nair.

“This platform could greatly assist in the rapid detection of TriGlyceride levels, and we are actively expanding its capabilities for multiplexed biomarker detection,” informed co-principal investigator Sanket Goel. “Our biosensor features advanced materials in a portable design, making it a game-changer for real-time TriGlyceride monitoring in point-of-care settings,” he said.

Prof. Goel said the research team is working to developing a turnkey prototype and planning to commercialise it through their start-up, Pyrome Innovation. The work is expected to be presented at the 2025 IEEE Applied Sensing Conference, scheduled to be held in Hyderabad in January 2025. The work was supported by Semiconductor Research Corporation, USA.

The work was also published in the peer-reviewed journal IEEE Sensors Letters, in its December 2024 issue.

source/content: thehindu.com (headline edited)

One of the greatest global ambassadors of Indian classical music, the maestro transformed the modest instrument into a robust voice for universal peace and brotherhood.

The tabla fell silent as Ustad Zakir Hussain (1951-2024), one of the greatest global ambassadors of Indian classical music, passed away on Monday (December 16, 2024) after a brief illness in San Francisco, California. A maestro who transformed the modest instrument into a robust voice for universal peace and humanity, Hussain’s incredible speed, dexterity, and creativity mesmerised audiences across cultures.

Having grown up singing odes to Mother Saraswati, verses of the holy Quran, and hymns of the Bible as a daily ritual, India’s syncretic soul echoed through Hussain’s rhythmic art. With a flair for carving stories out of percussive sound, his conversational music buzzed with a spark of spontaneity. Natural flow defined his music and personality. The Padma Vibhushan would impress the purists, enthrall the seekers of fusion, and handhold the fans of Bollywood music into his creative space with equal felicity. At the peak of his creativity genius, he bagged three Grammys in one night this February.

Like his carefully designed free-flowing style, the versatile artist would execute complex rhythms, intricate patterns, and nuanced dynamics and then move on to items like the sound of traffic signal and deer’s walk, without putting music into brackets. In tune with technology, over the years, he experimented with frequencies to highlight the subtle shades of the instrument to establish that tabla is not just a rhythmic instrument but also a melodic one. He emerged on the scene alongside eminent tabla artists like Anindo Chatterjee, Shafaat Ahmed Khan, Kumar Bose, and Swapan Chaudhuri, but Hussain’s role in popularising tabla and providing it a global platform remains unparalleled.

Born to Ustad Alla Rakha, the eminent accompanist of Pandit Ravi Shankar, credited with taking tabla to foreign shores, tabla chose Hussain. He grew up in Mumbai in an environment where his father believed that every instrument has its spirit. Hussain befriended the tabla at the age of three and by the time he hit teenage, the instrument had become his muse for life and perhaps an extension of his personality. After watching him play, one couldn’t see playing tabla as a chore in classical music.

His other two brothers, Taufiq and Fazal, are also noted percussionists but Hussain took his father’s legacy to the next level by adding a touch of showmanship and expanding the riches he inherited from the Punjab gharana. A keen learner and listener, Hussain was like a responsive satellite in orbit as an accompanist, shone like a star in his solos, and reserved the adventurous streak of a meteor for creating fusion music.

A child prodigy who gave his first professional performance at 12, Hussain was not regimented by his teacher-father. Rooted in Indian tradition, he was allowed to develop wings and explore new shores. His day would start with devotional music that would invoke Hindu deities followed by polishing Koranic verses in the neighbourhood madarsa before he would join the morning prayers at the Convent school. By 19, Hussain taught at the University of Washington before joining Ustad Ali Akbar Khan’s music college in San Francisco where he met his soulmate Antonia Minnecola.

Shakti

Another fortuitous meeting in New York led to a lifelong bond with the iconic English guitarist John McLaughlin. Their friendship led to the formation of the groundbreaking Shakti band in 1973 which included violinist L. Shankar and percussionist T. H. Vinayakram who blended Hindustani and Carnatic classical music with Western jazz influences. This year, the band where Hussain joined hands with a new set of distinguished musicians won the Grammy for Best Global Music.

Hussain’s desire to experiment led to rewarding collaborations with Irish singer Van Morrison, American percussionist Mickey Hart, Latin Jazz percussionist Giovanni Hidalgo, and Jerry Garcia, the lead vocalist and guitarist of the Grateful Dread. He joined the Asian Underground music’s electronic surge as well in the 1990s but retained the natural acoustic quality of tabla. He shared a special bond with Santoor maestro Pandit Shiv Kumar Sharma, flautist Hari Prasad Chaurasia, and sarangi stalwart Ustad Sultan Khan. Their jugalbandis would start as melodic banter and then turn meditative. In sync with the next generation, last year, he composed the Triple Concerto for Tabla, Sitar and Flute, with Niladri Kumar and Rakesh Chaurasia, and his collaboration with Carnatic musicians extended to violinist Kala Ramnath and veena exponent Jayanthi Kumaresh.

Fusion was never a novelty for Hussain as he had grown up listening to stories of how Amir Khusrau blended the Indian traditions of Dhrupad and Haveli sangeet with Sufi Qaul to create Khayal. As a young musician, he saw his father and colleagues contributing to Hindi film music that liberally drew from diverse musical streams. Hussain had his brush with cinema when he played tabla for Laxmikant Pyarelal’s maiden venture Parasmani. Later he composed music for Ismail Merchant’s films like Muhafiz, Aparna Sen’s Mr And Mrs Iyer, and Rahul Dholakia’s Parzania. The meaningful sound of his tabla lent layers to storytelling in international productions like Francis Ford Coppola’s Apocalypse Now and recently Dev Patel’s Monkey Man. 

Hussain also had a flair for acting from a young age. It is said Dilip Kumar recommended his name to K Asif for the role of young Salim in Mughal-e-Azam but Ustad Alla Rakha vetoed it. Later, he performed in Ismail Merchant’s Heat & Dust and Sai Paranjpye’s Saaz. However, he became a household figure when he brought classical music to the mainstream by promoting a tea brand in a commercial where he played tabla at the iconic Taj Mahal. As an article in The Hindu described, “The combination of “Wah Taj!” with the dashing young Hussain’s curly locks flying about his face as his fingers flew across the surface of his tabla — not to mention that charming smile accompanied by the resonance of his playing — ensured brand immortality.

Fame didn’t diminish his humility and age didn’t wilt his curiosity. Music was an endless journey for Hussain. Every time someone would toss the word perfection, he would say, “I haven’t played good enough to quit.”

source/content: thehindu.com (headline edited)

The biobank will facilitate advanced research on the causes of diabetes, the variations of the Indian type of diabetes and related disorders.

The country’s first diabetes biobank, a repository of population-based biological samples aimed at supporting scientific research, has been established in Chennai by the Indian Council of Medical Research (ICMR) in collaboration with the Madras Diabetes Research Foundation (MDRF).

The biobank set up at the MDRF, Chennai aims to gather, process, store and distribute biospecimens to assist scientific studies with the permission of the ICMR.

The biobank will facilitate advanced research on the causes of diabetes, the variations of the Indian type of diabetes and related disorders, said Dr V Mohan, chairman of the MDRF and Dr Mohan’s Diabetes Specialities Centre.

The biobank has blood samples from two ICMR-funded studies — the ICMR-India Diabetes (ICMR-INDIAB) study conducted in all states and Union territories in phases from 2008 to 2020 and the “Registry of people with diabetes in India at a young age at the onset”, which was launched in 2006 and is still ongoing.

A plethora of blood samples of different types of diabetes in the young, such as Type 1, Type 2 and gestational diabetes, have been stored for future studies and research, Mohan said.

The process of setting up the biobank started around two years ago.

The details of the biobank and the purpose behind setting it up have been explained in detail in an article published in the “Indian Journal of Medical Research” last week.

Biobanks are critical in biomedical research, collecting, processing, storing and distributing biospecimens to support scientific research, the article said.

“This diabetes biobank could help in the identification of novel biomarkers for early diagnosis and the development of personalised treatment strategies,” it added.

Additionally, it would support longitudinal studies to track the progression of diabetes and its complications over time, leading to better management and prevention strategies.

“By fostering collaborative research efforts, a diabetes biobank in India could significantly advance our understanding of the disease and contribute to the global fight against the diabetes epidemic,” the article said.

Involving private agencies in developing biobanks and research is essential for translating research into practice. Adopting new technologies for specimen storage, preservation, data management and sharing is crucial for creating a cost-effective, long-lasting disease-specific biobank in India.

Of the various biobanks available globally, the most well-known is the UK Biobank, supported by the National Health Service (NHS), which is a vast biomedical database with genetic, lifestyle and health information from five lakh participants in the United Kingdom.

The collected information comprises phenotypic, genomic and imaging data derived from direct assessments, verbal interviews, online questionnaires and electronic health records.

This dataset continues to expand as new biomedical data are added through ongoing assessments and longitudinal follow up.

The ICMR-INDIAB study is one of the large epidemiological studies on diabetes with a sample size of 1.2 lakh nationally-representative individuals, covering every state of India.

This cross-sectional, community-based study was done in adults of either sex aged 20 years in phases from 2008 to 2020, and sampled 33,537 urban and 79,506 rural residents in 31 states and Union territories.

The study reported that the prevalence of diabetes and metabolic NCDs in India is greater than the earlier estimates, with 10.1 crore individuals diagnosed with diabetes and 13.6 crore with prediabetes.

Hypertension, generalised and abdominal obesity affected 31.5 crore, 25.4 crore and 35.1 crore people respectively. Additionally, 21.3 crore people had hypercholesterolemia and 18.5 crore had high LDL cholesterol. The study also indicated that the diabetes epidemic is stabilising in more socio-economically advanced states but rising in less-developed states.

The study found that less than 10 per cent of Indians engage in recreational physical activity, highlighting the need to promote physical activity.

Only 43.2 per cent of the population has heard of diabetes, emphasising the need for large-scale diabetes awareness and education programmes.

Rural-to-urban migration is associated with an increased risk of diabetes and cardiometabolic abnormalities.

As for the “Registry of people with diabetes in India with young age at onset” study, 5,546 participants with youth onset diabetes were enrolled (49.5 per cent males, 50.5 per cent females) from 205 centres linked to eight regional cancer centres (RCCs) across the country.

Type 1 and Type 2 were the most common forms of diabetes found. The mean age at diagnosis was 12.9 ± 6.5 years for T1D and 21.7 ± 3.7 years for T2D.

Half of the T1D cases were registered within six months of onset, while 47.3 per cent of the T2D cases were registered after three years and 56.1 per cent had already had at least one hospitalisation by the time of registration, the study found.

Except for the headline, this story has not been edited by The Telegraph Online staff and has been published from a syndicated feed.

source/content: telegraphindia.com (headline edited)

For the first time this year, Gyaviira Nkurunungi from Africa has joined the network.

Five Indian biologists are among the 11 globally selected to join the European Molecular Biology Organisation (EMBO)’s global investigator network.

Bhavana Muralidharan, Institute for Stem Cell Science and Regenerative Medicine, Bengaluru, will work on her project – dissecting molecular mechanisms of neuro-developmental chromatinopathies. Rajender Motiani and Prem Kaushal from the Regional Centre for Biotechnology, Faridabad, will explore areas of skin pigmentation and tuberculosis. Works to understand lifespan regulations and host genetics will be performed by Jogender Singh from IISER, Mohali. Krishnapal Karmodiya from IISER, Pune, plans to study drug resistance and antigen variation in plasmodium falciparum.

They join over 700 biologists of this network. EMBO, which was constituted in 1964, supports young research groups based in India, Taiwan, Chile and Singapore through a four-year grant in addition to the opportunities to collaborate with European researchers. The international network aims at facilitating local exchange between researchers outside Europe and provide access to use core EMBO’s laboratories and facilities.

For the first time this year, Gyaviira Nkurunungi from Africa has joined the network.

source/content: indianexpress.com (headline edited)

At 18, Gukesh became the youngest world chess champion, fulfilling a dream that began at 11, supported by his family’s sacrifices and dedication.

There’s a now viral video of an 11-year-old Gukesh saying that he wants to become the youngest world champion.

A short seven years later, Gukesh is living the dream.

On Thursday, Gukesh became the youngest-ever world chess champion at 18. He sobbed and spoke of doing a bungee.

source/content: hindustantimes.com (headline edited)

Sandeep Kumar Mishra has recently made waves by being shortlisted and winning 35 prestigious international awards across various categories in literature, art, and creative writing. Known for his unique perspective and compelling storytelling, Mishra has been recognized globally for his innovative works. In an exclusive interview, he shares insights into his content creation journey, submission strategies, and a step-by-step guide for aspiring artists and writers aiming to break into the competitive world of international awards.

1. The Spark of Inspiration: Identifying Award-Winning Ideas

Interviewer: “What inspires you when choosing topics or themes?”

Sandeep Kumar Mishra: “The first step in creating content for award submissions is identifying themes that resonate universally yet offer a unique take. I focus on what feels authentic to me, often touching upon themes of resilience, identity, and emotion. It’s essential to feel connected to the work; only then can it connect with others. For instance, one of my award-winning pieces was inspired by a childhood memory, which resonated deeply with readers.”

“Tip for Aspiring Creators:” Take time to introspect and identify experiences or ideas that are meaningful. Universal themes like love, loss, or perseverance are relatable and timeless but find a unique angle to present them.

2. Crafting the Content: Quality Over Quantity

Interviewer: “Once you have the idea, how do you translate that into award-winning content?”

Mishra: “Creating award-worthy content is a meticulous process. I start by drafting an outline, setting a clear narrative structure, and working on each section carefully. Consistency in voice and tone is critical. Once I have a draft, I review and edit it multiple times, ensuring every sentence has value. Brevity and clarity make a big difference, especially with limited word counts.”

“Tip:” Emphasize quality and cohesion in your work. Readers and judges often have limited time, so each part of your work must serve a purpose and keep them engaged.

3. Seeking Feedback and Incorporating Edits

Interviewer: “Do you have any support or feedback process?”

Mishra: “Absolutely. I have a few trusted friends and mentors who review my work before I submit. Their fresh perspectives often reveal blind spots, which is invaluable. I’m open to critique, and I keep revising until the feedback becomes consistently positive. After that, I focus on proofreading – grammatical and stylistic errors can undermine the quality.”

“Tip:” Find people you trust to critique your work and be open to making changes. A polished piece is more likely to stand out.

4. Researching the Right Awards and Competitions

Interviewer: “How do you decide which awards or competitions to enter?”

Mishra: “I spend a lot of time researching contests that align with my work. Not every piece is suitable for every competition. For example, literary journals often seek raw and experimental writing, while art competitions may value technical skill or social commentary. I make a list of competitions that are open to my genre and fit my work’s theme.”

“Tip:” Match your work to competitions that suit your style, genre, and message. Many contests have specific criteria or themes, so take time to find those that align well with your creation.

5. Preparing the Submission Package

Interviewer: “What do you include in your submission package?”

Mishra: “Most submissions require more than the piece itself. Some ask for an artist’s statement or a personal reflection. I make sure my biography is updated and relevant to the piece I’m submitting. I keep the language professional and authentic, ensuring that my statement enhances the impact of the piece.”

“Tip:” A great submission package can make a difference. Keep your biography concise, yet impactful, and tailor your artist’s statement to each competition’s theme or focus.

6. Following Submission Guidelines

Interviewer: “What’s your approach to the guidelines?”

Mishra: “It may seem obvious, but one of the easiest ways to miss out is by not adhering strictly to submission guidelines. These guidelines are there for a reason, and I make sure to double-check my submission format, word count, and required documents before sending it in. Missing a small detail can result in disqualification.”

“Tip:” Follow each guideline meticulously. Pay attention to format, word count, and any specific file requirements. It shows respect for the organizers and helps ensure your work is reviewed.

7. The Waiting Game and Following Up

Interviewer: “How do you manage the waiting period?”

Mishra: “After submitting, I focus on my next project to avoid fixating on the results. However, I do keep track of deadlines and, if necessary, follow up politely after the decision date. Staying engaged in new projects keeps me motivated and productive.”

“Tip:” Keep a submissions log with important dates. This way, you know when to expect results and can follow up professionally if needed.

8. Accepting Outcomes and Celebrating Wins

Interviewer: “How do you handle both successes and rejections?”

Mishra: “Success feels wonderful, but rejections are inevitable. I view them as stepping stones. Awards are subjective, so I don’t take rejection personally. When I do win, I take time to celebrate, then quickly refocus. Winning 35 awards wasn’t my initial goal – it was a byproduct of consistent effort and resilience.”

“Tip:” Learn from rejections and keep moving forward. Celebrate successes but keep working. Building a portfolio of recognition takes time and persistence.

9. Sharing the Success: Building an Audience and Network

Interviewer: “How do you use your award recognitions?”

Mishra: “Winning awards has helped me build a following, as people are drawn to award-winning content. I use my platforms to share updates, thoughts on my creative process, and tips for others. It’s rewarding to give back to the community and inspire others to pursue their passion.”

“Tip:” Use social media and professional platforms to build an audience and connect with like-minded creators. Networking can open doors and create new opportunities.

Conclusion: Sandeep Kumar Mishra’s Advice to Aspiring Award Winners

In closing, Sandeep Kumar Mishra emphasizes the value of perseverance, authentic storytelling, and continuous improvement. His journey to winning 35 awards demonstrates that with a strategic approach, dedication to craft and the courage to put oneself out there, success is achievable. For aspiring writers and artists, Mishra’s process serves as a comprehensive guide to navigating the competitive landscape of international awards.

“Stay true to yourself and your work,” he advises. “In the end, the journey itself is just as rewarding as the awards you receive.”

source/content: abcmoney.co.uk (headline edited)

The device uses a protein-based biosensor to detect harmful pollutants like phenol and benzene from water samples.

In a significant development for sustainable environmental management, scientists at the Indian Institute of Technology Bombay (IIT Bombay) have introduced AroTrack, an economical and portable device to accurately detect harmful pollutants such as phenol or benzene in water.  

Scientists claim that the device can be a game-changer given the increasing water pollution due to industrialisation, urbanisation, and unregulated effluent discharge.  

AroTrack device uses proteins typically found in bacteria living in heavily polluted environments to effectively identify multiple aromatic pollutants in water. Once mixed in the water sample, the protein undergoes a highly selective ATP hydrolysis chemical reaction if an aromatic compound is present in the sample. This reaction is expressed with a change in the colour of the protein solution, which AroTrack can then detect. The device is highly robust and compact, measuring slightly smaller than a small projector. 

Professor Ruchi Anand from the Department of Chemistry, Professor Rajdip Bandyopadhyaya from the Department of Chemical Engineering and their team at IIT Bombay introduced a simple and affordable biosensing device capable of detecting harmful compounds such as, phenol, benzene, and xylenols.  

The key component of the device is a biosensing module called MopR – a sensitive sensor for detecting phenol. Ms. Anand’s research team engineered it from the Acinetobacter calcoaceticus bacteria in 2017. MopR is both selective and stable, meaning it can detect pollutants even in complex environments with a high degree of precision. 

Researchers at IIT Bombay have further diversified the MopR biosensor to detect other pollutants from the benzene and xylenol groups by engineering mutations in the bacterial protein. “The protein biosensing is very specific as the protein sensing pocket is tailor-made for the ligand (ion or molecule, like phenol or benzene). We have engineered mutations in the DNA of the protein sequence that can give mutant versions of the protein that now sense different molecules, creating a battery of sensors. Each sensor is particularly designed for a ligand,” Ms. Anand explains. 

Once interfaced with an in-house, multi-channel monitoring apparatus, the MopR-based sensor forms the core of the newly developed aromatics tracking device—AroTrack. Talking about how the AroTrack detects the pollutants using the biosensor modules, Mr. Bandyopadhyaya explained, “AroTrack contains a light emitting diode [LED]-phototransistor assembly, that shines a light of appropriate wavelength through the sample and detects how much is absorbed. A more intense colour generates a higher absorbance.”  

The overall cost of the device is a minimum of $ 50 [less than ₹5,000]. Mr. Bandyopadhyaya said that AroTrack was born out of the philosophy to make field-usable analytical devices, based on translating analytical capabilities generated in the laboratory into actual field-ready devices. “It is designed so that almost any user, technically trained or layman, may quickly learn and generate accurate data for traditionally difficult to measure and distinguish aromatic xenobiotic pollutants,” he said. 

“Using in-house 3D printing in our laboratory, we were able to economically design, fabricate and iterate a fully functional device. Also, the cost could be kept down by using basic electronics and open-source, mass-produced microcontrollers for data processing and analysis,” Mr. Bandyopadhyaya added. 

AroTrack can detect several aromatic contaminants, including phenol, benzene, and 2, 3 dimethylphenol, even when these pollutants are present in low concentrations – usually in the 10-200 parts per billion range. 

Tests in simulated wastewater and actual environmental samples have found that the AroTrack is highly reliable, offering a degree of accuracy and efficiency on par with modern spectrophotometers, which are currently used for detection. The device also reliably worked in water temperatures up to 50 degrees Celsius and completed the tests in under 30 minutes, the scientists said. 

Due to its low cost, battery-operated nature, and portability, AroTrack can be ideal for rural and low-income settings that often lack resources and have difficulty accessing expensive laboratory tests, Ms. Anand said, “We are currently trying to increase the type of pollutants to biphenyl aromatics and pollutants that are complex aromatics.” 

Speaking about its market readiness, Mr. Bandyopadhyaya said, “The product is ready as an initial functional prototype, which can demonstrate all the reported functions. To make it fully market-ready, more field trials and quality analysis are needed to assess its robustness under more varied working conditions in the field, with a wider variety of water sources and compositions.” 

source/content: thehindu.com (headline edited)

President Droupadi Murmu will be the Chief Guest at an event to celebrate Human Rights Day here on Tuesday, an official statement said.

The theme for this year’s Human Rights Day, “Our Rights, Our Future, Right Now,” emphasises that human rights are not just aspirational but also a practical tool for empowering individuals and communities to create a better future, it said.

To mark Human Rights Day, the NHRC will organise a programme at the Plenary Hall of the Vigyan Bhavan, New Delhi. The event will be followed by a day-long National Conference on ‘Mental well-being: Navigating stress from classroom to workplace’.

The conference will have three sessions including ‘Stress among Children and Adolescents’, ‘Mental health challenges in institutions of higher learning’ and ‘Stress and burnout at workplaces’, said the statement.

More than 23.14 lakh cases of human rights violations have been registered and Rs 256.57 crore recommended as a relief by the National Human Rights Commission to victims of human rights violations since its inception in 1993, it said.

Human Rights Day is observed on December 10 every year to commemorate the Universal Declaration of Human Rights (UDHR), which was adopted and proclaimed by the United Nations General Assembly in 1948.

The UDHR serves as a global benchmark for the protection and promotion of human rights. The National Human Rights Commission (NHRC), India views Human Rights Day as an opportunity for various stakeholders worldwide to reflect on their actions and responsibilities, ensuring that they do not contribute to the violation of human rights.

The UDHR embodies the principle that all human beings are born free and equal, with the right to life, liberty, and security, equality before the law, and freedom of thought, conscience, religion, opinion, and expression.

This principle is also reflected in India’s Constitution and the Protection of Human Rights Act (PHRA), 1993, which provided the legal framework for the establishment of the National Human Rights Commission (NHRC), India on October 12, 1993.

The President will be the Chief Guest, in the presence of the NHRC Acting Chairperson Vijaya Bharathi Sayani, Secretary General Bharat Lal, along with senior officers, members of statutory commissions, SHRCs, diplomats, civil society, and other dignitaries.

source/content: daijiworld.com (headline edited)

India, along with its friendly countries, believes in ensuring that maritime trade in the region remains safe and secure: Rajnath

India and Russia will enter a new era of cooperation by taking advantage of each other’s expertise in areas such as Artificial Intelligence, cyber security, space exploration and counter-terrorism, Defence Minister Rajnath Singh said on Monday  (December 9, 2024) as stealth guided missile frigate INS Tushil was commissioned into the Indian Navy at Kaliningrad, Russia.

Mr. Singh termed Russia’s support to India’s vision of ‘Aatmanirbhar Bharat’ as another important example of deep friendship between the two countries. “Made in India content is continuously increasing in many ships including INS Tushil. The ship is a big proof of the collaborative prowess of Russian and Indian industries. It exemplifies India’s journey towards technological excellence through jointmanship,” he said at the commissioning ceremony.

The commissioning ceremony commenced with a joint Guard of Honour presented by the personnel from the ship’s crew and Russia’s Baltic Fleet crew. The Commanding Officer designate of Tushil Captain Peter Varghese symbolically accepted a ceremonial ship’s baton from his Russian counterpart. He read out the Commissioning Warrant of the ship addressed to him by the Chief of the Naval Staff. The ship was commissioned with the hoisting of the ‘colours’ – the Indian Naval ensign.

INS Tushil is an upgraded Krivak III class frigate of the Project 1135.6 of which, six are already in service – three Talwar class ships, built at Baltiysky shipyard, St. Petersburg, and three follow-on Teg class ships, built at Yantar shipyard, Kaliningrad. All Krivak frigates are powered by engines from Zorya Nashproekt of Ukraine.

INS Tushil, the seventh in the series, is the first of the two additional follow-on ships under construction in Russia. In October 2016, India and Russia signed a deal for four stealth frigates, two to be built in Russia and two to be constructed at Goa Shipyard Limited under technology transfer. The second frigate Tamal is expected to be delivered to Indian Navy in Russia in the first quarter of next year. The construction saw repeated delays initially due to COVID and then the war in Ukraine.

The Defence Minister reiterated Indian Navy’s commitment to peace and security in the Indian Ocean Region (IOR). “Our Navy has foiled the designs of piracy, arms and drug smugglers and non-state actors in various hotspots. From the Gulf of Oman to the Gulf of Aden, from Suez to Malacca & from Australia to Madagascar, the Indian Navy is playing the essential role of a net security provider in IOR. India, along with its friendly countries, believes in ensuring that maritime trade in the region remains safe and secure, thereby promoting unhindered trade across the sea.”

As a first responder, the Indian Navy is always prepared to provide quick and timely humanitarian assistance and disaster relief to its friends in the region, Mr. Singh added.

INS Tushil is designed for blue water operations across the spectrum of naval warfare in all four dimensions air, surface, underwater and electromagnetic. It is armed with a range of advanced weapons, including the jointly-developed Brahmos supersonic cruise missiles, vertically-launched Shtil Surface-to-Air missiles with enhanced ranges, upgraded medium-range anti-air and surface gun with advanced stealth features, optically-controlled close-range rapid fire gun system, anti-submarine torpedoes and rockets and advanced electronic warfare and communication suite, the Navy said in a statement.

The ship is also capable of embarking the upgraded anti-submarine and airborne early warning helicopters, the Kamov 28 and Kamov 31. The ship is powered by an advanced gas turbine propulsion plant with state-of-the-art controls and is capable of achieving speeds in excess of 30 knots.

The ship’s keel was laid on July 12, 2013 and was launched in water in October 2021. The ship sailed out for her maiden sea trials on January 25, 2024, and completed an exhaustive schedule of factory trials followed by State Committee Trials and finally the delivery acceptance trials, both in harbour and at sea, by September 24, 2024. The ship has successfully carried out firing trials of all Russian weapon systems and would reach India in near combat-ready condition, the Navy stated.

source/content: thehindu.com (headline edited)

Similarly, SSI Milkha Singh Sprint Champion award was given to Odia sprinter Lalu Prasad Bhoi and Nithya Gandhe.

 Committed to boosting the sporting culture in the country, Odisha-based Sports Science India (SSI) on Saturday hosted a gala award ceremony here at Kalinga Stadium and felicitated more than 17 international-level athletes and sportspersons.

This year, SSI Karna award was conferred on Karnataka swimmer Aneesh S Gowda, Arjuna awardee weightlifter Sathish Sivalingam, Odia cyclist Swasti Singh, racer Aditya Thakur, sprinters Sandeep Kumar and Sneha SS, Olympian gymnast Pranati Nayak and badminton sensation Anmol Kharb.

Similarly, SSI Milkha Singh Sprint Champion award was given to Odia sprinter Lalu Prasad Bhoi and Nithya Gandhe. The SSI Emerging Player award was given to Chhattisgarh sprinter Animesh Kujur and the Dilip Tirkey hockey best player award was received by Shilanad Lakra, while the SSI Paika team award was conferred on the Indian Hockey team.

The SSI Best Coach and Grassroots Coach awards were received by national badminton coach Vimal Kumar and Indian women Ice Hockey team coach Abdul Hakim Giri respectively.

Similarly, SSI Sports Development and Sports Journalism awards were received by JSW Sports and Dipti Ranjan Samal respectively.

Speaking on the occasion, SSI founder Dr Sarthak Patnaik said “Our award ceremony is a step towards promotion of sports in the country. We want to celebrate the achievements of our sportspersons so that thousands of other aspiring athletes are inspired.”

The award ceremony was inaugurated by deputy chief minister Kanak Vardhan Singh Deo in presence of Hockey India president Dilip Tirkey, Olympic weightlifting medallist Karnam Malleswari, former Indian football team captain Bruno Coutinho and SNM group director Prabodh Mohanty.

source/content: newindianexpress.com (headline edited)