Interphase nuclear structure and heterochromatin in Phaseolus plant species
Identifieur interne : 000408 ( Istex/Corpus ); précédent : 000407; suivant : 000409Interphase nuclear structure and heterochromatin in Phaseolus plant species
Auteurs : Shubhada Patankar ; P. K. RanjekarSource :
- Plant Cell Reports [ 0721-7714 ] ; 1984-08-01.
Abstract
Abstract: Interphase nuclear structure was studied in five Phaseolus plant species. All the species showed chromocentric nuclear organization in both meristematic and differentiated cells. The number of chromocenters appeared to be a species-specific character. Percentage heterochromatin values, as determined by using three different staining techniques, were higher in meristematic cells than those in differentiated cells. There was a close correspondence between percentage heterochromatin and amount of highly repetitive DNA implying a possible involvement of the latter in chromatin condensation.
Url:
DOI: 10.1007/BF00270205
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ISTEX:682FCA4D120D7BE553720B127C02FFB6416F3C7ALe document en format XML
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All the species showed chromocentric nuclear organization in both meristematic and differentiated cells. The number of chromocenters appeared to be a species-specific character. Percentage heterochromatin values, as determined by using three different staining techniques, were higher in meristematic cells than those in differentiated cells. There was a close correspondence between percentage heterochromatin and amount of highly repetitive DNA implying a possible involvement of the latter in chromatin condensation.</Para></Abstract><ArticleNote Type="CommunicatedBy"><SimplePara>Communicated by J. 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All the species showed chromocentric nuclear organization in both meristematic and differentiated cells. The number of chromocenters appeared to be a species-specific character. Percentage heterochromatin values, as determined by using three different staining techniques, were higher in meristematic cells than those in differentiated cells. There was a close correspondence between percentage heterochromatin and amount of highly repetitive DNA implying a possible involvement of the latter in chromatin condensation.</abstract><note>Communicated by J. 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