Academic Press. 2004.
Энциклопедия биологической химии, т. 2, 843 стр. с иллюстрациями.
Содержит статьи с "EF-G and EF-Tu Structures and Translation Elongation in Bacteria" по "Myosin Motors".
Biological Chemistry is defined as the chemistry of the
compounds and processes that constitute livingorganisms.
The ultimate goal, of course, is to understand and define
biology at a mechanistic level. This was aptly stated in an
historical treatise on the founding of the Joual of
Biological Chemistry, where John Edsall quoted a statement
in a letter from J. L. Loeb (in Berkeley), The future
of biology lies with those who attack its problems from a
chemical point of view. What was an emerging field in
1900 with its origins in physiology, nutrition and
chemistry has broadened and expanded to include
numerous other fields including mechanistic enzymology,
molecular biology, structural biology, cell biology, genomics,
proteomics, bioinformatics, metabolomics and
others, thatwere not defined as discrete fields at that time.
Энциклопедия биологической химии, т. 2, 843 стр. с иллюстрациями.
Содержит статьи с "EF-G and EF-Tu Structures and Translation Elongation in Bacteria" по "Myosin Motors".
Biological Chemistry is defined as the chemistry of the
compounds and processes that constitute livingorganisms.
The ultimate goal, of course, is to understand and define
biology at a mechanistic level. This was aptly stated in an
historical treatise on the founding of the Joual of
Biological Chemistry, where John Edsall quoted a statement
in a letter from J. L. Loeb (in Berkeley), The future
of biology lies with those who attack its problems from a
chemical point of view. What was an emerging field in
1900 with its origins in physiology, nutrition and
chemistry has broadened and expanded to include
numerous other fields including mechanistic enzymology,
molecular biology, structural biology, cell biology, genomics,
proteomics, bioinformatics, metabolomics and
others, thatwere not defined as discrete fields at that time.