Effect of mercury on early reactions of photosynthesis in Spirulina - Durga Srinivasa murthy, Sistla
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Mercury is one of the heavy metal which causes inhibition in photosynthetic electron transport at multiple sites between the two photosystems, PS-II is more sensitive than that of PS-I. Mercury at low concentration causes alterations in absorption as well as fluorescence spectral properties and effects the energy transfer from Phycobilsome to reaction centre. During short term incubation it alters the interaction between chromophore and apo-protien of phycocyanin. Whereas long term incubation leads to the degradation of beta-subunit of phycocyanin

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Produktbeschreibung
Mercury is one of the heavy metal which causes inhibition in photosynthetic electron transport at multiple sites between the two photosystems, PS-II is more sensitive than that of PS-I. Mercury at low concentration causes alterations in absorption as well as fluorescence spectral properties and effects the energy transfer from Phycobilsome to reaction centre. During short term incubation it alters the interaction between chromophore and apo-protien of phycocyanin. Whereas long term incubation leads to the degradation of beta-subunit of phycocyanin
Autorenporträt
Le professeur S.D.S Murthy a obtenu son doctorat à la JNU de New Delhi et travaille actuellement comme professeur au département de biochimie de l'université Sri Venkateswara de Tirupati. Il est membre de l'association nationale des environnementalistes pour l'année 2008. Il a dirigé 26 doctorats et publié 125 articles dans des revues réputées. Il a également été nommé membre de l'Académie des sciences de l'AP en 2018.