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Highlighted Articles

  • Mistakes can be good

    Mistakes can be good

    Mistakes are rarely rewarded. Intuitively, one would imagine that a shoddy typist at an office who keeps generating typos would either quickly lose their job, or at least be overlooked for promotion. The idea that this person could in fact benefit from being shoddy and rise above others professionally is counter intuitive, and yet we see this in cells! Like humans, cells too constantly make mistakes. Most of the work within cells is carried out by biomolecules called proteins; without these, cells would not exist.

  • The National Mission on Biodiversity and Human Well-Being: For a greener, healthier, and more sustainable way of life

    The National Mission on Biodiversity and Human Well-Being: For a greener, healthier, and more sustainable way of life

    The National Mission on Biodiversity and Human Well-Being is an ambitious initiative that aims to bring biodiversity and conservation to the forefront of Indian science, policy, and society’s attention. The Mission has been visualized to be as inclusive as possible, with components that involve scientific institutions, government agencies, and non-government organizations at the national, state, and local levels. The people who will power the Mission will include scientists, farmers, industrialists, students, policy makers, and citizens from all walks of life.     

     

  • The need for speed: Zebrafish study at NCBS

    The need for speed: Zebrafish study at NCBS

    Whether running away from a predator or to win an Olympic gold, how fast we run determines the final outcome. Locomotion is produced when limb muscles contract in a co-ordinated fashion. This, in turn, is caused by electrical impulses sent by nerve cells called motor neurons located in the spinal cord. Earlier work showed that based on an animal’s momentary needs, brain circuits select a suitable course of action and set the frequency of motion. Then, just like engaging gears in an automobile, spinal ‘speed’ modules are selectively activated to achieve a certain speed.