Numerous key discoveries in biology have emerged from studies of RNA (
ribonucleic acid), including seminal work in the fields of biochemistry, genetics, ...
RNA distinguishes itself from DNA by its sensitivity towards alkaline caused by an
additional OH-group on the ribose. ↗ Detailed chemical analyses revealed ...
During the mid-1950s, the connection between DNA, RNA, and protein was still
fuzzy. RNA had been detected in both cytoplasm and nuclei, raising the question
The time had come to ask how the DNA→ RNA→ protein flow of information had
ever got started. Here, Francis was again far ahead of his time. In 1968 he ...
A key step in the origin of life was the evolution of a molecule that could copy
itself. Once it was discovered that RNA could both carry information and cause ...
History. The book, The Genetic Code, written in 1967 by Carl Woese, was
the first published material that supported RNA World ...
Dec 30, 2005 ... The Discovery of DNA-dependent RNA Polymerase. In 1958 .... These findings
established that RNA polymerase copied duplex DNA in a fully ...
Mar 1, 2014 ... Most scientists believe that ribonucleic acid played a key role in the origin of life
on Earth, but the versatile molecule isn't the whole story.
Jul 7, 2004 ... In 1954, he founded the "RNA Tie Club." Its aim was "to solve the riddle of the
RNA structure and to understand how it built proteins." ...
Nov 9, 2011 ... Another point to consider is that short RNA "primers" are required for ... life could
have started with RNA as RNA could itself cut strands of RNA.