Category Archives: Patent/s

INTERNATIONAL: HEALTH & MEDICAL SCIENCES / ALTERNATIVE: 9th World Ayurveda Congress 2022: Experts pitch for Innovations and Research in Ayurveda

Anirudha Joshi said he was envisaging developing wearable devices that could provide vital information about anatomy.

Ayurveda has an enormous potential for innovation but that requires an extensive technology-based research and a concrete roadmap to make it a global brand and its products effective and successful, said experts at the 9th World Ayurveda Congress (WAC) here.

“There are great possibilities of innovations in Ayurveda. There are challenges to develop techniques more advanced than supercomputers. We will have to work on those areas of computing which have not been heard of,” Padma Bhushan Vijay Bhatkar said, while chairing a plenary session on ‘Innovation and Entrepreneurs in Ayurveda’.

Anirudha Joshi, who is credited with developing award-winning ‘Nadi Tarangini’, an Artificial Intelligence-based instrument for pulse-reading, said he was envisaging developing wearable devices that could provide vital information about the human body.

“It will be very helpful if we can develop wearables which can do ‘Astha-vidha-pariksha’. Our vision is to go into prediction of different stages of a disease so that we can defer a disease if we cannot prevent it,” he explained.

In his concluding remarks, Mr. Bhatkar said, “There is a need to develop new devices like `Nadi Tarangini’. We will have to think of ways of marketing, packaging, advertising our products and how they can be shown to the world.’‘ According to Kartikeya Baldva, CEO, Ixoreal Biomed Inc, Ayurveda, a traditional wellness system, had finally arrived but there was still a long way to go.

“It is very important to ensure the success of products but that would require quality, efficacy, branding, marketing and innovation,” he emphasised.

Ajit Kolatkar, Founder- Director of Pune- based Gastrolab India Pvt Ltd, said Ayurveda had to move in such a fashion that a doctor could diagnose the ailments of a patient by using minimum devices.

”We will have to start with fundamental research from Ayurvedic perspective. There has to be a concrete roadmap. There is a need to revisit Ayurveda in the context of contemporary science,” he said, adding there were many key areas where Ayurveda could contribute significantly.

Rishabh Chopra, founder of Ayurveda Experience, an Ayurvedic health and wellness platform, said ‘Ashwagandha’ had now become a popular product in the West.

However, there were several challenges to make Ayurvedic products globally acceptable. He also said Ashwagandha, turmeric and Yoga were some of the most online searched words in the West.

“Our vision is to go into prediction of different stages of a disease so that we can defer a disease if we cannot prevent it”Anirudha Joshi,Inventor,  ‘Nadi Tarangini’

source/content: thehindu.com (headline edited)

NATIONAL: HEALTH & MEDICAL SCIENCES: National Drugs Regulator Approves Mylab’s PathoDetect™ kit, making it India’s First Indigenous Tuberculosis (TB) Detection Testing Kit

TB is an infectious disease, and according to the government data, India reported 1.93 million new TB cases in 2021.

India’s national drugs regulator has approved Pune based Mylab’s test kit to detect tuberculosis (TB) , making it the first made in India test kit to be approved for TB diagnosis, the company announced on Tuesday.

The kit simultaneously detects drug resistance to the two most commonly used drugs in TB treatment— Rifampicin and Isoniazid, the company added.

TB is an infectious disease, and according to the government data, India reported 1.93 million new TB cases in 2021, making it one of the major public health concerns in the country. India currently uses imported test kits; most of them come from US and Europe.

Apart from the central drugs standard control organization (CDSCO), the kit has also received approval from the national TB expert committee and the Indian Council of Medical Research (ICMR).

“We are addressing several problems simultaneously here. First being able to speed up testing by automated systems that can do multiple tests at one time. Secondly, there is scarce trained manpower for RT-PCR testing, which India can now overcome with fully automated system which does not need highly technical person to handle samples and reagents,” said Hasmukh Rawal, managing director, Mylab.

According to people familiar with the matter, this kit is more automated that others in the market and reduces the need for high expertise to run the test. Also, the kit can be stored at Indian room temperature; thus catering to look temperature requirements.

The kit is priced around ₹650 per unit, which is almost comparable to the prices of others in the market.

“We have technology to detect TB and drug resistance in the form of genexpert that’s a cartridge based nucleic acid amplification test. But this is an expensive test in the private sector and the advantage of made-in-India kit will be its low cost. We will still have to be sure how reliable the technology is,” said Dr Vikas Maurya, director, department of Pulmonology, Fortis Healthcare.

According to the company, the kit has been approved after rigorous and large scale field trials and recommended by TB Expert Committee under the aegis of ICMR. Multicentre centre evaluation study and field feasibility testing studies were also carried out for the test kit.

Emphasizing on the important point of drug resistance, Rawal said, “There is a huge problem of resistance to drugs when it comes to TB.

Until now, India had to conduct 2 tests: one to detect TB first and to check drug resistance – that against only one drug (Rifampicin). With Mylab’s PathoDetect™ kit, in a single test – patients can know their active TB infection as well as drug resistance to 2 most common drugs – Isoniazid and Rifampacin – so that they take treatment that will actually work. This is a milestone moment in India’s TB Testing.”

The test kits have been designed to work in ambient temperatures compared to existing PCR options which need 2-8 degree cold storage. Mylab Compact device systems do not require special infrastructure for operations and feasibility studies done on mobile van in rural areas indicate them to be very robust, said the company.

sources/content: hindustantimes.com (headline edited)

INDIA RECORDS: HEALTH & MEDICAL SERVICES, VACCINE, RESEARCH: India’s First HPV Vaccine Against Cervical Cancer

According to the Centers for Disease Control and Prevention, all women are at risk for cervical cancer. It occurs most often in women over age 30.

The Department of Biotechnology (DBT) on Thursday announced the scientific completion of India’s first locally made quadrivalent human papillomavirus vaccine (qHPV) against cervical cancer.

The cervical cancer vaccine, Quadrivalent Human Papillomavirus vaccine (qHPV), is developed by the Serum Institute of India (SII) and the Department of Biotechnology(DBT).

According to Dr N K Arora, Chairperson of the COVID working group, National Technical Advisory Group on Immunisation (NTAGI) said it is an exciting experience to launch a made-in-India vaccine.

“It is very exciting and I must say it makes us very happy that our daughters and granddaughters will now be able to get this much-awaited vaccine”.

“In fact, this is one of the last major vaccines to be introduced. In fact, this is one of the last vaccines that will be launched in the programme. Now, Indian vaccines will be available and we hope that it will be launched in the National Immunisation.

“It is very effective and prevents cervical cancer because, 85% to 90% of cases, cervical cancer is because of this particular virus and this vaccine is against those viruses. So, if we give it to our young children and daughters, they are protected from the infection and consequently probably 30 years later, cancer does not occur,” Dr Arora further explained.

“There was a shortage in the global market. Now Indian vaccine has come. So, we will be able to take care of our requirements within our made-in-India vaccine,” he said.

According to the World Health Organization (WHO) data, 41, 91,000 women have died due to cervical cancer in India since 2019.

What is cervical cancer?

When cancer starts in the cervix, it is called cervical cancer. According to the Centers for Disease Control and Prevention, all women are at risk for cervical cancer. It occurs most often in women over age 30. Long-lasting infection with certain types of human papillomavirus (HPV) is the main cause of cervical cancer. When cervical cancer is found early, it is highly treatable and associated with long survival and good quality of life.

HPV vaccine

The HPV vaccine protects against the types of HPV that most often cause cervical, vaginal, and vulvar cancers. India has been fully dependent on foreign manufacturers for the HPV vaccine. However, on September 1, India will get its first indigenously developed qHPV vaccine.

Serum Institute’s qHPV vaccine got market authorization from the Drugs Controller General of India(DCGI) on 12 July.

source/content: livemint.com (headline edited)

INTERNATIONAL PATENT: HEALTH & MEDICAL SCIENCES: ‘Collision Impact Reducer’ Developed by Woman Dentist Dr. Dhanya R.S. in Kerala, gets U.K. patent

Device cuts severity of impact during accidents

Collision Impact Reducer, a device developed by a Thrissur-based woman dentist and intended for reducing the impact of collisions involving automobiles, has received patent granted in the United Kingdom.

The invention by Dhanya R.S. has already been granted patent in India. The device has been developed with an objective of saving lives, reducing injuries and lessening other damage during accidents.

In addition to vehicles, the device can be used on crash guards, pillars of bridges, railway lines, culverts of bridges, road medians, hand rails, ships, harbours, boats, boat jetties, seaports and on most areas with increased probability for collisions.

Dr. Dhanya says everyday reports about accidents and casualties prompted her to develop such a device. “It can be installed on the front, rear and sides of light, medium and heavy vehicles. It effectively reduces the severity of impact by absorbing the intense energy generated during collisions. The system also has technology to prevent the ‘recoil effect’ that occurs when the absorbed energy attempts to get released. Technically, it is a mechanical system, so it is more reliable and relatively inexpensive,” she says.

The dentist had applied for patent in the United States and the United Kingdom after receiving a favourable International Search Report on the application submitted to the World Intellectual Property Organisation.

Dr. Dhanya has also secured a U.S. patent grant for a technology named ‘digitalised high value paper currency’ meant for preventing counterfeiting of currency.

Hailing from Chavakkad in Thrissur, Dr. Dhanya holds an MDS in Public Health Dentistry and is a teaching faculty of Public Health Dentistry at PSM Dental College, Akkikavu, Thrissur.

source/contents: thehindu.com (headline edited)

NATION: SCIENCE & TECHNOLOGY: India at 75 | High points in Science, Technology and Innovation

The Council of Scientific and Industrial Research has undertaken its mission effectively since Independence.

Reflecting on 75 years of independence makes one proud of the socio-economic developments of our country. The long period of colonial rule had robbed India of most of its wealth, and, more importantly, the skills required to sustain economic growth. Starting off as a poor country in 1947, with its GDP a mere ₹2.7 lakh crore, and food grain production a meagre 50 million tonnes, the challenges of educating the people, feeding the population, implementing democracy, promoting industry and trade, and ensuring the country’s security remained daunting. It is against this backdrop that the responsibility of developing the science, technology and innovation ecosystem fell upon the Council of Scientific and Industrial Research (CSIR), which had been founded in 1942.

The immediate priority of the CSIR was to establish a number of national laboratories under its umbrella, and also promote similar organisations independently. The CSIR started five of its own laboratories with support from the government and industry and raising resources through crowdsourcing. Similarly, in collaboration with the Sir Dorabji Tata Trust and the Government of Bombay, the Government of India (through the CSIR) started the Tata Institute of Fundamental Research, with the CSIR providing substantial financial support in the initial years.

Among the first examples of finding science and technology-based solutions was the harmonisation of existing varied calendar systems. A committee under the Chairmanship of Meghnad Saha was formed to address this issue. The committee’s report was published by the CSIR in 1955, which then led to its acceptance as the national calendar, now one of the national identity elements. Another example in the early years of Independence was to address the challenges in conducting democratic elections — preventing frauds, including double voting by the same person. The CSIR’s National Physical Laboratory developed the indelible ink made up of silver nitrate to address this concern. The indelible ink is used even today and exported to many countries, undoubtedly remaining one of the prized gifts of the CSIR to the nation.

The leather story

At the time of Independence, India did not have well-established industries in many sectors. The informal work sector was also highly unorganised without their skills being developed for any particular industrial segment. A key mandate of the CSIR was, therefore, to help develop local industries by making contemporary technologies available and training requisite manpower. A prominent example of the CSIR’s contributions in this context has been in developing the leather industry. The making of finished leather products had remained elusive in the absence of a well-established leather industry and relevant technologies. Consequently, the leather industry employed less than 25,000 people at the time of Independence. In the 1970s, the Government took the decision of banning the export of raw hides and skins, and also imposing 25% export duty on semi-finished leather products. These decisions were a major turning point as far as the development of the leather industry in India was concerned.

In more than 50 years since then, the leather industry now has a workforce of more than 4.5 million, a large percentage of them being women, and a thriving market for Indian leather products around the world. Indian exports in this sector are close to $6 billion. The CSIR’s footprint in this sector has been transformative. First, when the CSIR-Central Leather Research Institute (CLRI) was established in 1948, it developed technologies for finished leather products, such as the first ever indigenous manufacture of leather chemicals, making the transition from semi-finished to finished leather possible. Further, the CSIR-CLRI routinely trained the next generation manpower for the leather industry. As a result, more than 40% personnel employed in the leather industry have been trained directly or indirectly in the CSIR-CLRI. Human resource development across all sectors, dominantly that in science, technology and innovation, has been the hallmark of CSIR.

Successes in technologies

The Green Revolution has been one of the crowning glories of science, technology and innovation. Similarly, the emergence of the generic pharmaceutical industry in India also has a fascinating history.

During the Green Revolution, the CSIR’s footprint could be seen in the development of agrochemicals and the mechanisation of agriculture. The chemicals industry needed the necessary thrust for its maturation although the Bengal Chemicals and Pharmaceuticals Ltd. had been formed by Acharya Prafulla Chandra Ray long before Independence. Two public sector companies were founded, post-Independence, based on technologies developed in the CSIR’s laboratories — the Hindustan Insecticides Ltd. and Hindustan Organic Chemicals Ltd., the former to make agrochemicals. Similarly, production of anti-HIV drugs by processes developed in CSIR laboratories provided the necessary impetus to the growth of generic pharmaceutical companies. These indeed represent fine examples of academia-industry interactions from the early days of Independence.

The mechanisation of agriculture was achieved through the indigenous development of the Swaraj tractor at the CSIR-Central Mechanical Engineering Research Institute (CMERI), leading to the formation of Punjab Tractors Ltd. in 1970. Notably, the technical team of CSIR-CMERI shifted to this company, presenting one of the first successful models of a spin-off company from academia in the country.

Path to self-reliance

A significant impact of the CSIR is also seen in the food and nutrition industry, in the aerospace sector, in the health and biotechnology industry, in protecting India’s traditional knowledge systems, and in promoting crops for enhancing farmers’ incomes. For example, in the 1950s, when solving the infant food problem appeared impossible, the CSIR successfully developed technologies to convert buffalo milk into powder and commercialised it with the help of Amul Industries. The Aroma Mission of the CSIR in recent times has been transforming the lives of thousands of farmers across the country. The cultivation of lavender in the Union Territory of Jammu and Kashmir has been attracting attention worldwide as India’s ‘Purple Revolution’. Thus, there are many examples of science, technology and innovation, which have allowed India to take definitive steps towards becoming an Atmanirbhar country. True Atmanirbharta will however emerge only if we remain at the forefront of futuristic technology development — a task clearly cut out for the CSIR.

Even as we attribute the growing affluence of Indian society to science, technology and innovation-led developments, the challenges for the future remain intimidating. Reducing dependence on natural resources, making all industrial processes circular so that no footprint of human activity is left, making technologies environmentally friendly, providing sufficient opportunities to all for living either in cities or in villages will remain priorities of science and technology. Moreover, the ancient wisdom of integrating science and spirituality by enhancing our understanding of nature in association with that of the human mind and spirit will be the fond hope of the science and technology community of India.

Dr. Shekhar Mande is former Director-General, Council of Scientific and Industrial Research (CSIR)

source/content: thehindu.com (headline edited)

INDEPENDENCE DAY OF INDIA: 75 YEARS : Today August 15th, 2022 :India @75: 100 events that shaped India

As Independent India marks 75 years, take a tour through 100 events that mark flashpoints and turning points, wars won and battles lost, new beginnings and realised ambitions.

How does one tell the story of a nation? How does one capture a billion tales that are, eventually, one? As Independent India marks 75 years, take a tour through 100 events that mark flashpoints and turning points, wars won and battles lost, new beginnings and realised ambitions — from the creation of a Constitution to the rise of political stalwarts, from pitched battles on the cricket field to dreams captured on celluloid, from events that challenged us to responses that elevated us. We, the people of India, have a lot to remember, and a lot to celebrate…

1. India gains Independence (1947)

2. Partition rocks the new nation (1947)

3. Kashmir accedes to India (1947)

4. Mahatma Gandhi is assassinated (1948)

5. India gets a Constitution (1950)

6. Ever Onward with the first Asian Games (1951)

7. The first IIT comes up in Kharagpur (1951)

8. The Bharatiya Jana Sangh is founded (1951)

9. India votes for the first time (1951)

10. Pather Panchali is released (1955)

11. The States Reorganization Act is passed (1955)

12. Kerala gets the first elected communist government in the world (1957)

13. The Dalai Lama seeks asylum (1959)

14. ISI is declared an institute of national importance (1960)

15. Mughal-e-Azam is released (1960)

16. Milkha Singh flies, but comes fourth (1960)

17. The First Non Aligned Summit is held (1961)

18. Goa is finally free, and part of India (1961)

19. China shocks India (1962)

20. Jawaharlal Nehru dies (1964)

21. The anti-Hindi agitation breaks (1965)

22. The Second India-Pakistan War (1965)

23. The arrival of Indira Gandhi (1966)

24: The Congress starts to weaken (1967)

25. The Green Revolution starts (1967)

26. The Naxalbari movement emerges (1967)

27. Ravi Shankar wins a Grammy (1968)

28. The West Indies couldn’t out Gavaskar (1971)

29. The West Indies couldn’t out Gavaskar at all (1971)

30. Bangladesh is born (1971)

31. The basic structure doctrine is articulated (1973)

32. The tree-hugging movement begins – in India (1973)

33. Indian enterprise gets its flagbearer (1973)

34. The angry young man emerges (1973)

35. Amul is born (1973)

36. India goes nuclear: Pokhran 1 and 2 (1974)

37. JP launches total revolution (1974)

38. India reaches for the stars (1973)

39. Indian democracy’s darkest moment (1975)

40. Sholay releases on Independence Day (1975)

41. The retrograde 42nd amendment is passed (1976)

42. India gets its first non-Congress government (1977)

43. Prakash Padukone wins the All-England championship (1980)

44. Sanjay Gandhi dies in an air crash (1980)

45. Asiad, and in colour (1982)

46. India win the cricket world cup (1983)

47. Everyman’s wheels, the Maruti 800 is launched (1983)

48. An Indian goes where no Indian had gone before (1984)

49. India gets its first soap, Hum Log (1983)

50. Usha soars (1984)

51. Indira Gandhi is assassinated (1984)

52. December 2, 1984 India experienced its worst ever industrial accident, Union Carbide plant in Bhopal

53. One step forward, two steps back with Shah Bano (1985)

54. The Assam Accord is signed (1985)

55. A (big) smoking gun (1986) – Bofors

56. A judgement reaffirms the power of the floor-test (1989) – The Bommai Judgement

57. Boy wonder Sachin Tendulkar makes his debut (1989)

58. The home minister’s daughter is kidnapped (1989)

59. Mandal redefines Indian politics (1989)

61. India opens up (1991)

62. Star TV launches (1991)

63. The Big Bull and a big scam (1992)

64. A rape results in some reforms (1992)

65. The Babri Masjid falls (1992)

66. Infosys IPO heralds the equity culture (1993)

67. Bombay witnesses bomb blasts, but they also take down the underworld (1993)

68. Mayawati becomes India’s first Dalit CM (1995)

69. Internet on Independence Day (1995)

70. DDLJ (1995)

71. The BJP’s first government (1996)

72. Arundhati Roy wins the Booker (1997)

73. Amartya Sen wins the Nobel (1998)

74. The Kargil War (1999)

75. IC814 hijack (1999)

76. Tata buys Tetley (2000)

77. The rest begins with Clinton’s India visit (2000)

78. The Match fixing scandal (2000)

79. India’s population touches a billion (2000)

80. The seat of democracy comes under attack (2001)

81. Gujarat is wracked by riots (2002)

82. Delhi gets a world-class metro (2002)

83. The Congress springs a surprise (2004)

84. Rights and entitlements in focus with RTI and MGNREGA (2005)

85. Cricket goes pop with IPL (2007)

86. India wins first individual gold at Olympics (2008)

87. Terror ravages Mumbai (2008)

88. One India; One ID (2009)

89. The movement against corruption (2011)

90. The nation weeps for Nirbhaya (2012)

91. Modi! Modi! Modi! (2014)

92. The activist as politician (2015) – Arvind Kejriwal

93. Money is for nothing (2016) – Demonetisation

94. One country, one tax (2017)

95. The court legalizes consensual gay sex (2018)

96. Another terror strike and a muscular response (2019) – Pulwama

97. Jammu & Kashmir is completely integrated with India (2019)

98. The Ram temple becomes a reality (2019)

99. China flexes its muscles, but India holds its own (2020)

100. Neeraj Chopra’s javelin soars (2021)

source/content : hindustantimes.com (headline and captions edited)

PATENT: SCIENCE & TECHNOLOGY: ENVIRONMENT, RECYCLING: Prof. Nand Gopal Sahu receives Patent for Creating Supercapacitors & Energy Storing Devices from Used Tyres

Professor Nand Gopal Sahu of the Rajendra Singh Nano Science and Nanotechnology Centre of Kumaun University’s Chemistry department has obtained a patent for making supercapacitors and energy storage devices from tyre waste.

Talking to Sahu, he said that Tyre waste can be used to synthesize graphene, which is a vital industrial material.

This graphene is used to make supercapacitors that can be used for the manufacture of a variety of devices, including electric vehicles.

Sahu acknowledges Professor AB Melkani, research scholars Gaurav Tatari, Dr Chetna Tiwari, Dr Sandeep Pandey, Dr Manoj Kadakoti, and Dr Himani Tiwari for their contributions to the study.

Nainital, Uttarakhand

source/content: thetimesbureau.com (headline edited)

INDIA RECORDS: SCIENCE & TECHNOLOGY: For the First Time both IIT Mumbai and IIT Kharagpur jointly build a ‘Quantum Diamond Microscope to Image Magnetic Fields’ that Change within Milliseconds.

Researchers tap fluorescence changes in special, diamond sensors to image time-varying fields.

Researchers from the Indian Institutes of Technology (IIT) at Mumbai and Kharagpur have built a microscope that can image magnetic fields within microscopic two-dimensional samples that change over milliseconds.

This has a huge potential for scientific applications, such as in measuring the biological activity of neurons and the dynamics of vortices in superconductors.

The work, led by IIT Bombay professor Kasturi Saha, from the Department of Electrical Engineering, has been published in  Scientific Reports. 

This is the first time that such a tool has been built to image magnetic fields that change within milliseconds. 

The team had started a collaboration with IIT Kharagpur in 2017 with the ambitious target of building a novel system to image the brain. They collaborated with Sharba Bandopadhyay, who brought in an expertise in neurobiology and bioengineering to complement the knowledge of quantum optics, quantum computing and quantum sensing that was Prof. Saha’s forte.

“We have, along with PhD student Madhur Parashar, developed an algorithm to image neurons in 3D using NV quantum sensors,” says Prof. Saha.

This work was published in  Communications Physics in 2020. We have jointly filed a patent for the present work, she adds.

  • Researchers from the Indian Institutes of Technology (IIT) at Mumbai and Kharagpur have built a microscope that can image magnetic fields within microscopic two-dimensional samples that change over milliseconds.
  • Prof. Saha explains that the ideal frame rate to capture a changing magnetic field is one that captures data at twice the frequency of the changing field.
  • The key aspect of this sensor is a “nitrogen-vacancy (NV) defect centre” in a diamond crystal. Such NV centres act as pseudo atoms with electronic states that are sensitive to the fields and gradients around them (magnetic fields, temperature, electric field and strain).

source/content: thehindu.com(headline edited)

WORLD RECORDS : INDIA PATENTS : HumCen Global Backed World Record For 100 Patent Filings in 24 Hours!

HumCen Global (P) Ltd has successfully organised a huge event on World IP Day, April 26, 2022, with the primary goal of filing 100 Indian Design patents in 24 hours. The World Book of Records (LONDON) recognized and commended this bold initiative.

The team from HumCen Global Pvt Ltd and Trichy’s K Ramakrishnan College of Technology worked tirelessly to attain this goal. As a result, the “100 Design Patent Filed within 24 hours”, this claim was a first-of-its-kind effort around the globe.

The crew works bright filing the first patent at 2:42 AM,. It was not easy, but sheer determination got the team through, and the record-breaking patent was achieved at 11:32 p.m.

As a strategic patent consulting partner of K Ramakrishnan College of Technology (Autonomous) in Trichy, Tamil Nadu, India, it was an excellent overall experience for HumCen Global Pvt Ltd in Chennai, TamilNadu, India to work for the theme IP and Youth: Innovating for a Better Future with 300+ Student Innovators cum Faculties.

globenewswire.com

INDIA RECORDS : 2 PATENTS : Arunachal Scientist Dr. Sanjeeb Kalita Bags Two Indian Patents for Diabetes Treatments

Dr. Sanjeeb Kalita has been granted two Indian patents for developing ‘Polyherbal formulation for the treatment of painful ‘Diabetic Neuropathy’ and ‘hybrid cotton patch’ and a method for its fabrication.

A scientist from the Centre of Excellence (CoE) for Bio-resources and Sustainable Development at Kimin in Papumpare district of Arunachal Pradesh has been granted two Indian patents for developing ‘Polyherbal formulation for the treatment of painful Diabetic Neuropathy’ and ‘hybrid cotton patch and a method for its fabrication’.

Dr. Sanjeeb Kalita, the scientist of the centre under the Arunachal Pradesh State Council for Science and Technology (APSCS&T) carried out fundamental research and development for both the inventions at Guwahati-based Institute of Advanced Studies in Science and Technology, official sources said on Friday.

source/content: thehindu.com (edited)