00:02chemistry
00:03chemistry
00:04chemistry
00:04chemistry
00:07hendry b kagan
00:09kenso soai
00:12asymmetric organic synthesis
00:14non-linear effects
00:16and auto catalysis
00:17for this
00:19molecules
00:20two variants
00:22which are one
00:24other's image
00:25in the living
00:26only one mirror image
00:29in the living
00:31chemical asymmetric
00:32chemistry
00:32chemistry
00:34chemistry
00:42chemist
00:43homo chiral
00:44amino acids
00:46two mirror variants
00:47only one
00:48but only one
00:50you can get
00:52protein
00:52other
00:53nature
00:57chemists
00:59think
00:59how can
01:00homo chiral
01:02hendry
01:03kagan
01:04the first
01:05important
01:061986
01:07when
01:08they
01:09created a new
01:09chemical reaction
01:10from
01:10chemical reaction
01:15one
01:16made
01:19more
01:19canso soai
01:21another
01:21life
01:21new
01:22chemical reaction
01:26designed
01:26in the
01:27chemical reaction
01:27which
01:28homo chiral
01:29is
01:29the last
01:31two
01:33possible
01:34more
01:35this
01:36only one
01:36one
01:37has done
01:37it
01:37not
01:39This has not been achieved in the past few years.
01:41Hindi Kagan and Kenzo-Soi know that how the homo-chirality can be used.
01:48It is important for the chemists,
01:50which are designed to create drugs.
01:53Bureau Report, ETV, Bharat