2005
DOI: 10.1007/s10893-005-0092-5
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Effect of Hypoxia on Physiological-Biochemical Blood Parameters in Some Marine Fish

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Cited by 36 publications
(23 citation statements)
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“…6). A similar response has been observed in many species following hypoxia acclimation, and is often accompanied by increases in haemoglobin-O 2 affinity that are mediated by changes in allosteric effectors (Wood and Johansen, 1972;Powers, 1977, 1978;Claireaux et al, 1988;Weber and Jensen, 1988;Chapman et al, 2002;Silkin and Silkina, 2005). Circulatory O 2 carrying capacity would have been enhanced in killifish acclimated to constant hypoxia if the measured increase in haemoglobin content was reflective of the entire blood volume.…”
Section: Unique Responses To Constant Hypoxiasupporting
confidence: 62%
“…6). A similar response has been observed in many species following hypoxia acclimation, and is often accompanied by increases in haemoglobin-O 2 affinity that are mediated by changes in allosteric effectors (Wood and Johansen, 1972;Powers, 1977, 1978;Claireaux et al, 1988;Weber and Jensen, 1988;Chapman et al, 2002;Silkin and Silkina, 2005). Circulatory O 2 carrying capacity would have been enhanced in killifish acclimated to constant hypoxia if the measured increase in haemoglobin content was reflective of the entire blood volume.…”
Section: Unique Responses To Constant Hypoxiasupporting
confidence: 62%
“…Because both hypoxia and elevated temperature induce gill remodelling, it has been suggested that the signal for gill remodelling may be related to changes in the ambient oxygen supply or oxygen demand of the fish. An increase in ([Hb]) and blood oxygen-carrying capacity (Wood and Johansen, 1972;Tetens and Lykkeboe, 1981;Randall, 1982;Saint-Paul, 1984;Wells et al, 1989;Val et al, 1995;Silkin and Silkina, 2005), an increase in the number of muscle mitochondria and muscle myoglobin concentration, and a higher capillarization of muscle, which improves the extraction and utilization of circulating oxygen stores at low P O2 (Johnston and Bernard, 1984;Sänger, 1993). At the same time, fish may down-regulate energy turnover and improve the efficiency of ATP production (Hochachka et al, 1996), resulting in a lower maintenance metabolism.…”
Section: Introductionmentioning
confidence: 99%
“…, 30 ng/mL , (20 30 ) 106 ng/mL . (Silkin and Silkina, 2005). (Min, 2006) (Barton andIwama, 1991), HPI (Vijayan and Moon, 1994).…”
Section: Ast 및 Altmentioning
confidence: 99%
“…, , 54-180 mg/100 mL (West et al, 1994;Blasco et al, 2001) rock perch (Scorpaena porcus L.) (Silkin and Silkina, 2005) (Paralichthys olivaceus) (Hur et al, 2007) 20 mg/100 mL . Choi et al, 2006) 46-57 mg/100 mL , (Silkin and Silkina, 2005).…”
Section: Ast 및 Altmentioning
confidence: 99%
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