Molecular Biology of the Gene, Volume 10The mendelian view of the world; Cells o bey the laws of chemistry; A chemist's look at the bacterial cell; The importance of weak chemical interactions; coupled reactions and group transfers; The concept of template surfaces; The arrangement of genes on chromosomes; Gene structure and function; The repplication of DNA; The transcription of RNA UPON DNA templates; Involvement of RNA in protein synthesis; The genetic code; Regulation; of protein synthesis and function; The replication of viruses; The essence of being eucaryotic; Embrylogy at the molecular level; The control of cell proliferation; The problem of antibody synthesis; The viral origins of cancer. |
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Page 81
... number of different types of small molecules a cell can possess . The majority of kinds of proteins in a cell are en- zymes , each of which catalyzes a specific metabolic reac- tion . The approximate number of types of small molecules ...
... number of different types of small molecules a cell can possess . The majority of kinds of proteins in a cell are en- zymes , each of which catalyzes a specific metabolic reac- tion . The approximate number of types of small molecules ...
Page 251
... NUMBER OF DIFFERENT SEQUENCES CAN EXIST Since the sugar - phosphate backbone is the same in all DNA molecules , it necessarily cannot carry any genetic in- formation . The information must instead be ... Number of Different quences Can Exist.
... NUMBER OF DIFFERENT SEQUENCES CAN EXIST Since the sugar - phosphate backbone is the same in all DNA molecules , it necessarily cannot carry any genetic in- formation . The information must instead be ... Number of Different quences Can Exist.
Page 600
... distinct gene for each antibody . Since any antibody - producing animal can produce a very large number of different antibodies , it is possible that within every cell a very large number of genes might code for the amino acid sequences ...
... distinct gene for each antibody . Since any antibody - producing animal can produce a very large number of different antibodies , it is possible that within every cell a very large number of genes might code for the amino acid sequences ...
Contents
The Cell Theory | 2 |
Mendelian Laws | 8 |
Chromosomal Determination of | 14 |
Copyright | |
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Common terms and phrases
active Adenine amino acid amino acid sequences antibody antigen atoms attached bacterial base pairs binding biosynthesis cellular CH₂ CH₂ chemical chromo chromosome circular codon coli complementary complete contain covalent bonds crossing-over cules cycle Deoxyribose DNA molecules DNA replication DNA synthesis double helix double-helical electron enzymatic enzyme eucaryotic example exist factor Figure formation fragments free energy function genes genetic map glucose growing growth helices hemoglobin hydrogen bonds infection initially involved large number linear membrane metabolism mole molecular molecules mRNA mutations normal nuclease nucleic acid nucleotide sequences nucleotides number of different occur operon organisms phage polynucleotide polypeptide polypeptide chain precursors present progeny protein synthesis purine reactions recombination regions repressor result ribosomes RNA chains RNA polymerase rRNA side groups single single-stranded specific strands structure subunits synthetase template thymine tion transcription transformed tRNA tumor viral virus particles viruses Waals