P
Pallu Reddanna
Researcher at University of Hyderabad
Publications - 196
Citations - 6655
Pallu Reddanna is an academic researcher from University of Hyderabad. The author has contributed to research in topics: Arachidonic acid & Lipoxygenase. The author has an hindex of 43, co-authored 190 publications receiving 5909 citations. Previous affiliations of Pallu Reddanna include Sri Venkateswara University & Yahoo!.
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Draft Genome Sequence of the Field Isolate Brucella melitensis Strain Bm IND1 from India
Sashi Bhushan Rao,Vivek Kumar Gupta,Mukesh Kumar,Nagendra R. Hegde,Gary A. Splitter,Pallu Reddanna,Girish K. Radhakrishnan +6 more
TL;DR: The draft genome sequence of the Brucella melitensis strain from India designated Bm IND1 is reported, isolated from stomach contents of an aborted goat fetus, indicating facultative intracellular bacterial pathogens causing the zoonotic disease brucellosis.
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Enhanced production of ltb4 and free radicals in rat lung by exhaustive physical exercise
TL;DR: A role for LTB4 in the mediation of lung tissue damage during exercise‐induced oxidative stress is suggested.
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Branchial protein metabolism of freshwater fishTilapia mossambica (Peters) during acute exposure and acclimation to sublethal alkaline water
TL;DR: The metabolic modulations have been correlated towards the positive survival value of the fish in alkaline waters and mobilization of tissue free ammonia towards glutamine formation was suggested.
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Effect of induced bilateral cryptorchidism on the carbohydrate metabolism of reproductive tissues in albino rats
TL;DR: Bilateral cryptorchidism was induced surgically and its effect on carbohydrate metabolism of the reproductive tissue in albino rats analysed and the importance of these modulations in the reproductive tissues carbohydrate metabolism on the male fertility was discussed.
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Novel functional association of rat testicular membrane-associated cytosolic glutathione S transferases and cyclooxygenase in vitro.
TL;DR: These studies reveal a reversible functional interaction between macGSTs and COX in vitro, with possible interactions between them at the GSH binding site of macG STs.