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Scrolling through the leaves of history
A research-based narrative podcast that brings together science, health and culture
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The wings of diversity
When NCBS scientists Krushnamegh Kunte and Vaishali Bhaumik explored the movement pattern of butterflies – a species they studied for years – they discovered how such contrasting movement patterns influenced the reproductive characteristics of the winged insects.
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A vote for India’s national butterfly
A first-of-its kind online public campaign is underway to choose from a list of seven winged wonders nominated by experts. The butterfly poll will end on October 7.
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A tale of two moth species from Tale
Guwahati, August 26: A group of butterfly and moth researchers has described a new moth speci
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Pollution stings Bengaluru’s bees in the heart
Bees found in city’s polluted areas have irregular heart beat and poor immunity.
Scientists from the Bangalore Life Science Cluster have found that the Giant Asian honey bee (Apis dorsata) from more pollut -
Air pollution killing giant Asian honey bees: Study
A first-of-its-kind quantitative analysis on the impacts of air pollution on insects by the National Centre for Biological Sciences (NCBS), Bengaluru indicates a decline in India’s insect population, including giant Asian honey bee.
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Studying P. vivax malaria
Mosquitoes inject the sporozoite (spore-like) stage of the parasite into the skin when they bite, and the sporozoites travel to the liver. “Imagine some 50 parasites enter our liver, each infect one liver cell or hepatocyte and multiply enormously to 10,000 or more.
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Scientists discover a coral snake species from Himachal Pradesh
Researchers from the National Centre for Biological Sciences, Wildlife Institute of India (WII), Dehradun and the Natural History Museum (NHM), London have rediscovered a snake that was thought to be lost for a 120 years!
Paper:
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NCBS scientists identify 33 molecules that could be used to treat virus patients
A group of scientists led by Professor R. Sowdhamini at NCBS has identified the 33 small molecules from a database of over 3,30,000 small molecules using new computational research, which bind to NSP1, one of the SARS-CoV-2 proteins. The scientists have recommended that these can be taken forward for wet-lab validation.