Design and Function at the Threshold of Life: the Viruses |
Contents
Introduction | 1 |
The brief history of virology briefly surveyed | 4 |
The estimation and isolation of plant viruses | 9 |
Copyright | |
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adenine agents aggregate amino acid amino acid composition amino acid residues amino acid sequence analysis arginine atoms bacterial bacteriophages bases basic biologically active bromouracil cell cellular centrifugation chemical chemistry common TMV complementary components compounds containing cystine cytosine degraded denatured detected discussed disease enzymes figures at end function guanine host hydrogen bonding hydrophobic important infectivity ions isolation laboratory lesions leucine lysine material mechanism methods molecular weight mutants N-terminal nature nucleic acid nucleotides pairs peptide bonds peptide chain phenylalanine phosphate plant poliomyelitis polymers principle produced proline protein molecules reaction reconstitution replication represent RNA molecules rods salt seems sequential showed so-called solution specific split strains of TMV structure subunits synthesis tein threonine thymine tion TMV protein TMV-RNA tobacco mosaic virus transport RNA trypsin tube typical uracil usually viral RNA virus particles virus protein vitro