Shop for all old new latest Boscos Publications books online at discount prices in India at sapnaonline.com Largest Online Book Store, compare book prices, Save more. Sudhakar Rao, Acharya Nagarjuna University, Analytical Department, Post-Doc. Studies M Pharmacy, Pharmaceutical Analysis, and HPLC. A fusion cDNA encoding the light chain domains and activation peptide of human factor X (fX; a procoagulant) and the serine protease domain of human protein C (PC; an anticoagulant) was constructed on the premise that the recombinant chimeric protein (fX/PC) would function as an anticoagulant: it was hypothesized that the protein would be targeted to the Tenase complex by the light chain of fX.
NEET Previous Year Paper - Candidates can download NEET previous year question papers (2020, 2019, 20219, 20218) along with answers & solutions PDF free here. Apte, Chandrashekhar V., and K. The maximum expiratory flow-volume loop in natives of Ladakh and acclimatized lowlanders. 6:209–214, 2006.—Differences in static a.
Apte, Chandrashekhar V., and K. Sudhakar Rao. The maximum expiratory flow-volume loop in natives of Ladakh and acclimatized lowlanders. High Alt. Med. Biol. 6:209–214, 2006.—Differences in static and dynamic volumes may exist between high altitude residents of Indian Himalayas and their South American counterparts, as well as with acclimatized lowlander sojourners. Maximum expiratory flow-volume loops were recorded in healthy native highlanders of Ladakh (NH, N = 75) and in healthy acclimatized lowlanders (AL, N = 32) at an altitude of 3450 m in the western Indian Himalayas. The forced vital capacity (FVC) and forced expiratory volume in the first second (FEV1), both corrected for a height of 168 cm, were significantly higher in NH [FVC: 5.02 (0.51) vs. 3.89 (0.45) L, p < 0.0001; FEV1: 4.27 (0.47) vs. 3.44 (0.37) L, p < 0.0001]. The flow rates at larger lung volumes (PEFR, FEF25, and FEF50) were similar in the two groups. The NH showed significantly higher flow rates at low lung volumes, that is, FEF75 and FEF75–85% [FEF75: 2.03 (0.69) vs. 1.70 (0.52) L/s, p = 0.0092; FEF75–85%: 1.42 (0.54) vs. 1.06 (0.35) L/s, p = 0.0001]. The exact mechanisms allowing the higher flow rates at low lung volumes remain to be elucidated, but it is possible that these findings may indicate an inherited adaptive response in the Ladakhi highlander.
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