THE MULTIFUNCTIONAL FISH GILL: DOMINANT SITE OF GAS EXCHANGE, OSMOREGULATION, ACID - BASE REGULATION, AND EXCRETION OF NITROGENOUS WASTE

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EVANS D.H.; PIERMARINI P.M.; CHOE K.P.

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Journal Paper

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Journal: PHYSIOLOGICAL REVIEWS Year:2005 | Volume:85 | Issue:- Page(s): 97-177

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Information Journal Paper

Title

THE MULTIFUNCTIONAL FISH GILL: DOMINANT SITE OF GAS EXCHANGE, OSMOREGULATION, ACID - BASE REGULATION, AND EXCRETION OF NITROGENOUS WASTE

Author(s)

EVANS D.H. | PIERMARINI P.M. | CHOE K.P. | Issue Writer Certificate

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Not Registered.

Abstract

Cites

IMMUNOLOCALIZATION OF NA+, K+- ATPASE AND IONOCYTES IN THE GILLS OF CATFISH, SILURUS GLANIS

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APA: Copy

EVANS, D.H., PIERMARINI, P.M., & CHOE, K.P.. (2005). THE MULTIFUNCTIONAL FISH GILL: DOMINANT SITE OF GAS EXCHANGE, OSMOREGULATION, ACID - BASE REGULATION, AND EXCRETION OF NITROGENOUS WASTE. PHYSIOLOGICAL REVIEWS, 85(-), 97-177. SID. https://sid.ir/paper/547804/en

Vancouver: Copy

EVANS D.H., PIERMARINI P.M., CHOE K.P.. THE MULTIFUNCTIONAL FISH GILL: DOMINANT SITE OF GAS EXCHANGE, OSMOREGULATION, ACID - BASE REGULATION, AND EXCRETION OF NITROGENOUS WASTE. PHYSIOLOGICAL REVIEWS[Internet]. 2005;85(-):97-177. Available from: https://sid.ir/paper/547804/en

IEEE: Copy

D.H. EVANS, P.M. PIERMARINI, and K.P. CHOE, “THE MULTIFUNCTIONAL FISH GILL: DOMINANT SITE OF GAS EXCHANGE, OSMOREGULATION, ACID - BASE REGULATION, AND EXCRETION OF NITROGENOUS WASTE,” PHYSIOLOGICAL REVIEWS, vol. 85, no. -, pp. 97–177, 2005, [Online]. Available: https://sid.ir/paper/547804/en

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