🔆 National Dhanwantri Ayurveda Awards 2025
📍 Overview
✅ The Ministry of AYUSH conferred the National Dhanwantri Ayurveda Awards 2025 to Prof. Banwari Lal Gaur, Vaidya Neelakandhan Mooss E.T., and Vaidya Bhavana Prasher for their exceptional contributions to Ayurveda.
✅ The awards celebrate achievements in academic, clinical, and scientific progress in Ayurveda.
📍 Awardees and Contributions
✅ Prof. Banwari Lal Gaur: Recognized for advancing Ayurveda through language, literature, and academic research.
✅ Vaidya Neelakandhan Mooss E.T.: Custodian of Kerala’s Ayurvedic legacy, known for his work in community health and classical practices.
✅ Vaidya Bhavana Prasher: Recognized for integrating AI and genomics in Ayurveda, advancing predictive and personalized healthcare.
🔆 Celebrating Ayurveda’s Evolution
These awards highlight Ayurveda’s continuity and evolution, bridging classical and contemporary advancements.
#Ayurveda #TraditionalMedicine #Health #Research #Prelims #Mains #Innovation
📍 Overview
✅ The Ministry of AYUSH conferred the National Dhanwantri Ayurveda Awards 2025 to Prof. Banwari Lal Gaur, Vaidya Neelakandhan Mooss E.T., and Vaidya Bhavana Prasher for their exceptional contributions to Ayurveda.
✅ The awards celebrate achievements in academic, clinical, and scientific progress in Ayurveda.
📍 Awardees and Contributions
✅ Prof. Banwari Lal Gaur: Recognized for advancing Ayurveda through language, literature, and academic research.
✅ Vaidya Neelakandhan Mooss E.T.: Custodian of Kerala’s Ayurvedic legacy, known for his work in community health and classical practices.
✅ Vaidya Bhavana Prasher: Recognized for integrating AI and genomics in Ayurveda, advancing predictive and personalized healthcare.
🔆 Celebrating Ayurveda’s Evolution
These awards highlight Ayurveda’s continuity and evolution, bridging classical and contemporary advancements.
UPSC Prelims Question:
Which of the following statements about the National Dhanwantri Ayurveda Awards 2025 is/are correct?
A) Prof. Banwari Lal Gaur was recognized for his contributions to Ayurvedic education and literature.
B) Vaidya Neelakandhan Mooss E.T. is known for his work in integrating AI with Ayurveda.
C) Vaidya Bhavana Prasher was recognized for her contributions in genomics and Ayurveda.
D) The awards were given for achievements in Ayurvedic research, clinical practice, and scientific progress.
Select the correct answer using the code below:
A) 1 and 2 only
B) 1, 3, and 4 only
C) 1, 2, and 4 only
D) 1, 3, and 4 only
Answer: D) 1, 3, and 4 only
UPSC Mains Question:
Discuss the significance of the National Dhanwantri Ayurveda Awards in promoting Ayurvedic knowledge and its integration with modern sciences. How do these awards reflect the evolving role of Ayurveda in global health?
#Ayurveda #TraditionalMedicine #Health #Research #Prelims #Mains #Innovation
🔆 Cyclone Shakti: Severe Cyclonic Storm over Arabian Sea (2025)
📍 Classification:
✅ Cyclone Shakti was classified as a Severe Cyclonic Storm (SCS) by the India Meteorological Department (IMD) with wind speeds of 130–145 km/h.
✅ It formed over the east-central Arabian Sea, serving as a key case for studying tropical cyclone dynamics — oceanic heat, Coriolis force, and atmospheric instability.
📍 Naming:
✅ The name “Shakti”, meaning power and resilience, was proposed by Sri Lanka under the WMO–ESCAP Panel on Tropical Cyclones.
✅ Cyclone names are drawn from lists submitted by 13 member countries (including India, Bangladesh, Oman, Myanmar, etc.) to enhance clarity in communication and disaster management.
📍 Formation Mechanism:
✅ Warm sea surface temperatures (>27°C) provided latent heat for convection.
✅ Low pressure formed at the surface; Coriolis effect induced rotation.
✅ Upper-level outflow maintained structure, while low wind shear over the Arabian Sea (Oct 2025) aided intensification into a Severe Cyclonic Storm.
📍 Climatic Background:
✅ Arabian Sea cyclones are rising in frequency and intensity due to warming trends — India’s mean temperature has risen by ~1.2°C since 1901 (CSE, 2017).
✅ Reduced vertical wind shear and higher moisture transport from the equatorial zone support cyclone formation along India’s west coast.
📍 Geographical Path:
✅ Formed near 21°N, 66.8°E, around 270 km southwest of Naliya, 300 km east of Porbandar, and 360 km south of Karachi (as of Oct 3, 2025).
✅ Moved northwestward under subtropical westerly influence, a typical post-monsoon trajectory.
✅ The Arabian Sea’s semi-enclosed basin traps heat and moisture, making it increasingly cyclone-prone.
#CycloneShakti #environment #Geography
📍 Classification:
✅ Cyclone Shakti was classified as a Severe Cyclonic Storm (SCS) by the India Meteorological Department (IMD) with wind speeds of 130–145 km/h.
✅ It formed over the east-central Arabian Sea, serving as a key case for studying tropical cyclone dynamics — oceanic heat, Coriolis force, and atmospheric instability.
📍 Naming:
✅ The name “Shakti”, meaning power and resilience, was proposed by Sri Lanka under the WMO–ESCAP Panel on Tropical Cyclones.
✅ Cyclone names are drawn from lists submitted by 13 member countries (including India, Bangladesh, Oman, Myanmar, etc.) to enhance clarity in communication and disaster management.
📍 Formation Mechanism:
✅ Warm sea surface temperatures (>27°C) provided latent heat for convection.
✅ Low pressure formed at the surface; Coriolis effect induced rotation.
✅ Upper-level outflow maintained structure, while low wind shear over the Arabian Sea (Oct 2025) aided intensification into a Severe Cyclonic Storm.
📍 Climatic Background:
✅ Arabian Sea cyclones are rising in frequency and intensity due to warming trends — India’s mean temperature has risen by ~1.2°C since 1901 (CSE, 2017).
✅ Reduced vertical wind shear and higher moisture transport from the equatorial zone support cyclone formation along India’s west coast.
📍 Geographical Path:
✅ Formed near 21°N, 66.8°E, around 270 km southwest of Naliya, 300 km east of Porbandar, and 360 km south of Karachi (as of Oct 3, 2025).
✅ Moved northwestward under subtropical westerly influence, a typical post-monsoon trajectory.
✅ The Arabian Sea’s semi-enclosed basin traps heat and moisture, making it increasingly cyclone-prone.
#CycloneShakti #environment #Geography
🔆 Nobel Prize 2025: Redefining the Immune System
📍 Context
✅ The 2025 Nobel Prize in Physiology/Medicine was awarded for discoveries transforming understanding of autoimmune regulation.
✅ Laureates: Mary Brunkow, Fred Ramsdell & Shimon Sakaguchi — pioneers who identified regulatory T-cells (Tregs) and the FOXP3 gene.
📍 Key Findings
✅ FOXP3 acts as a molecular switch for immune self-tolerance.
✅ Mutations in FOXP3 cause autoimmune collapse, proving its central role in immune regulation.
✅ Their discoveries revealed how the immune system balances activation and restraint, preventing self-destruction.
📍 Applications
✅ Treg-based therapies are being tested to treat autoimmune diseases, improve graft acceptance, and enhance cancer immunity without triggering autoimmunity.
✅ Highlights how private-sector research (Celltech Chiroscience) can drive major biomedical breakthroughs.
📘 Challenges
✅ Translating these insights into affordable, scalable cell therapies remains difficult due to high costs and ethical issues.
#prelims #GS3
#science_and_technology
#science_technology
Join @PIB_UPSC
@upsc_science_and_technology
📍 Context
✅ The 2025 Nobel Prize in Physiology/Medicine was awarded for discoveries transforming understanding of autoimmune regulation.
✅ Laureates: Mary Brunkow, Fred Ramsdell & Shimon Sakaguchi — pioneers who identified regulatory T-cells (Tregs) and the FOXP3 gene.
📍 Key Findings
✅ FOXP3 acts as a molecular switch for immune self-tolerance.
✅ Mutations in FOXP3 cause autoimmune collapse, proving its central role in immune regulation.
✅ Their discoveries revealed how the immune system balances activation and restraint, preventing self-destruction.
📍 Applications
✅ Treg-based therapies are being tested to treat autoimmune diseases, improve graft acceptance, and enhance cancer immunity without triggering autoimmunity.
✅ Highlights how private-sector research (Celltech Chiroscience) can drive major biomedical breakthroughs.
📘 Challenges
✅ Translating these insights into affordable, scalable cell therapies remains difficult due to high costs and ethical issues.
#prelims #GS3
#science_and_technology
#science_technology
Join @PIB_UPSC
@upsc_science_and_technology
Forwarded from CSE EXAM ( UPSC prelims mains) CAPF
The Norwegian Nobel Committee has decided to award the 2025 #NobelPeacePrize to Maria Corina Machado for her tireless work promoting democratic rights for the people of Venezuela and for her struggle to achieve a just and peaceful transition from dictatorship to democracy
🔆 Nobel Prize 2025: Redefining the Immune System
📍 Context
✅ The 2025 Nobel Prize in Physiology/Medicine was awarded for discoveries transforming understanding of autoimmune regulation.
✅ Laureates: Mary Brunkow, Fred Ramsdell & Shimon Sakaguchi — pioneers who identified regulatory T-cells (Tregs) and the FOXP3 gene.
📍 Key Findings
✅ FOXP3 acts as a molecular switch for immune self-tolerance.
✅ Mutations in FOXP3 cause autoimmune collapse, proving its central role in immune regulation.
✅ Their discoveries revealed how the immune system balances activation and restraint, preventing self-destruction.
📍 Applications
✅ Treg-based therapies are being tested to treat autoimmune diseases, improve graft acceptance, and enhance cancer immunity without triggering autoimmunity.
✅ Highlights how private-sector research (Celltech Chiroscience) can drive major biomedical breakthroughs.
📘 Challenges
✅ Translating these insights into affordable, scalable cell therapies remains difficult due to high costs and ethical issues.
#prelims #GS3
#science_and_technology
#science_technology
Join @PIB_UPSC
@upsc_science_and_technology
📍 Context
✅ The 2025 Nobel Prize in Physiology/Medicine was awarded for discoveries transforming understanding of autoimmune regulation.
✅ Laureates: Mary Brunkow, Fred Ramsdell & Shimon Sakaguchi — pioneers who identified regulatory T-cells (Tregs) and the FOXP3 gene.
📍 Key Findings
✅ FOXP3 acts as a molecular switch for immune self-tolerance.
✅ Mutations in FOXP3 cause autoimmune collapse, proving its central role in immune regulation.
✅ Their discoveries revealed how the immune system balances activation and restraint, preventing self-destruction.
📍 Applications
✅ Treg-based therapies are being tested to treat autoimmune diseases, improve graft acceptance, and enhance cancer immunity without triggering autoimmunity.
✅ Highlights how private-sector research (Celltech Chiroscience) can drive major biomedical breakthroughs.
📘 Challenges
✅ Translating these insights into affordable, scalable cell therapies remains difficult due to high costs and ethical issues.
#prelims #GS3
#science_and_technology
#science_technology
Join @PIB_UPSC
@upsc_science_and_technology
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