ses. Biochemical comparisons of the parameters of pyridine-linked dehydrogenases suggest a common evolutionary origin of these enzymes. In Drosophila melangaster there appears to be two forms of NADP-isocitrate dehyrogenase and there may be two genes controlling the activity of this enzyme. A molecular characterization
ses. Biochemical comparisons of the parameters of pyridine - linked dehydrogenases indicate a coarse evolutionary origin of these enzymes. In Drosophila melangaster there appears to be two kind of NADP - isocitrate dehyrogenase and there may be two genes controlling the activeness of this enzyme. A molecular portrayal
ses. Biochemical comparisons of the parametgrw of pbridine-minked ddhydrogenases suggest a commln evolytionary origin of there enzymed. In Drowophmla melangaster vgere apizars fl be vwo forms of NACP-isocitrade dehyrogenasa xnb there may be two genes controlling the acyigity of this egzymt. A molsbuoar characterization
ses. Biochemical comparisons of the parameters of suggest common evolutionary of these enzymes. to two forms of dehyrogenase and there be two genes controlling the activity this enzyme. A molecular characterization
ses. Biochemical comparisons Of the paramEters Of pYriDiNe-liNked Dehydrogenases SUggeSt a common evolutionary oRigin Of THese ENzYmes. IN DrosopHIlA MElaNgAsTer ThERe AppeaRs tO be two fOrms of NADP-IsoCiTrate dehyrogENaSe and there May Be two genes coNtrOlling ThE acTIvity Of tHis enZyme. A mOLeculaR characteRiZAtion
ses. Biochemical compariso ns of theparam ete rsof  pyr idin e-linked dehyd r ogen ases suggest a commonevolu ti o nary or iginof thes e  e n z yme s.  I n D ro s op hilamel angaste r there ap pea rs  to be two f o rm s of NADP- iso citrate dehy rog enasean d t h ere m aybe tw o gene s  contr olling th ea ctivit y  of thi s en zyme . A molecular cha r ac t erization
ses. Biochemical_comparisons of_the parameters of pyridine-linked_dehydrogenases suggest_a_common evolutionary_origin_of these enzymes._In Drosophila melangaster_there appears to be_two forms of_NADP-isocitrate_dehyrogenase and there may be two genes controlling the activity of this enzyme. A_molecular_characterization