Dr Venki Ramakrishnan - The TNQ Distinguished Lectures in the Life Sciences

Dr Venki Ramakrishnan, the recipient of the 2009 Nobel Prize in Chemistry and the 62nd President of The Royal Society, was the 2020 Speaker of the TNQ Distinguished Lectures in the Life Sciences. This was the tenth edition of this lecture series. Dr Ramakrishnan gave lectures in Bengaluru, Mumbai, Chennai, and New Delhi. This is a recording of his lecture in Mumbai, on 20th January 2020.
Timestamps:
00:00:47​ - Welcome address by Mariam Ram, Managing Director, TNQ Technologies
00:05:15​ - Introduction of Dr Venki Ramakrishnan by Professor Sandeep Trivedi, Director, Tata Institute of Fundamental Research
00:15:41​ - Lecture by Dr Venki Ramakrishnan
01:25:30​ - Q&A session
01:50:34​ - Introduction to the Inspiring Science Award by Dr Emilie Marcus
01:54:41​ - Closing note by Abhigyan Arun
Read more about Dr Venki Ramakrishnan:
www.tnq.co.in/venkiramakrishn...
Read more about the TNQ Distinguished Lectures in the Life Sciences:
www.tnq.co.in/Lectures.html​
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#LifeSciences​ #ScienceLecture​ #NobelLaureate​

[@VijayakumarRajendran]

I would like to see the IISc, Bangalore lecture. Can u upload the same please?

[@nimotalkssense]

I was actually thinking to record in the TIFR hall, Mumbai..I'm glad I didn't have to take the pain to regret
Sirs sense of humor is unwavered like how he narrated his transition phases ..my first audio book ever and the difference the author himself was narrating the story..kudos! Tnq looking forward to more lectures

[@mithunsikdar6230]

Made my day

[@yashwanthshivupaul1128]

Thanks for uploading. A very engaging lecture. I have been following Dr Venki Ramakrishnan since he was awarded nobel prize.

[@meghnachoudhari3210]

Thank you

[@dineshpanda9684]

Thanks for uploading. I was in the TNQ distinguished lecture series held at AIIMS, NEW DELHI in 2020. Will you please upload his lecture at Aiims new Delhi?

[@biogenomistry6109]

I was also there 😂 i remember i took many packet of refreshments 😂😂😂

[@dineshpanda9684]

@@biogenomistry6109 🤣🤣🤣🤣 great... keep it up 🤣🤣🤣

[@biogenomistry6109]

Hahaahhaa bro

[@metipallearuna223]

the hardy-weinnberg's equillibrium is mismatched Quantitaviley in the population of an ant having translational mis-sense mutation when a pair of false walking will legs appear on the left side with a quite different leg structure which is commonly normally observed on the during locomotion of the ant. Hardy-Weinberg's equillibrium ignores the mis-sense of mutation, in Population genetics equillibrium in which the ribosomes' structure with its ribosomal RNA and protein are interacting with the Transfer RNA generating mismatching anti-codons to express proteins which represent the wrong analogy of the ant's normal alternating tripod gait becoming its own ill-opposite, and non-tandemly translational if both protein synthesis of shorter than the longer of the false pair of walking legs whose photo image is non-superimposable makes one wonder whether the ribosome of the mis-sense mutant is alive or dead at the same time..In other words it is having both dead or alive ribosomes which appear when the DNA guanine is changed by another purine with the differe structure of a
purine called the adenine. Therefore the functional role of the early ribosome does both the false function of making false proteins and prematurely terminating functional properties of the shorter walking growing chain of protein by the
mis-sense ribosome-ribozyme complex as well. I Think that atomic resolution combined with x-ray crystallography of both the pair of false walking leg's protein that is expressed by the information transcribed from DNA to the information in the messenger RNA and finally translating the genetic code onto ribosomes modifying the shape of protein misfolding into a,pair of chirally false walking legs on the left half the mutant. Therefore,there is no symmetrical pattern counterpoint on the right half of the x-ray crystallographic crystals in the 80S ribosomes of the mis-sense mutation. This hasn't fundamentally brought the Hardy-Weinberg's linkage equillibrium of relating any moleculer ruler to the mis-sense genotype and phenotype correspondingly in this relationship respectively.