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Life Sciences in Space Research|February 25, 2018
Synthetic torpor: A method for safely and practically transporting experimental animals aboard spaceflight missions to deep spaceYuri Griko, Matthew D ReganThe Journal of Experimental Biology|November 2, 2018
Can variation among hypoxic environments explain why different fish species use different hypoxic survival strategies?Milica Mandic, Matthew D ReganThe Journal of Experimental Biology|May 7, 2017
Rates of hypoxia induction alter mechanisms of O<sub>2</sub> uptake and the critical O<sub>2</sub> tension of goldfishMatthew D Regan, Jeffrey G RichardsJournal of Comparative Physiology. B, Biochemical, Systemic, and Environmental Physiology|March 10, 2010
The evolution of Root effect hemoglobins in the absence of intracellular pH protection of the red blood cell: insights from primitive fishesMatthew D Regan, Colin J BraunerThe Journal of Experimental Biology|November 15, 2019
The utility and determination of <i>P</i><sub>crit</sub> in fishesGordon R Ultsch, Matthew D ReganThe Journal of Experimental Biology|July 16, 2025
The ins and outs of integrative digestive biologyCarol Bucking, John S Terblanche, Matthew D ReganThe Journal of Experimental Biology|March 8, 2022
Linking environmental salinity to respiratory phenotypes and metabolic rate in fishes: a data mining and modelling approachTill S Harter, Christian Damsgaard, Matthew D ReganThe Journal of Experimental Biology|December 4, 2016
Calorespirometry reveals that goldfish prioritize aerobic metabolism over metabolic rate depression in all but near-anoxic environmentsMatthew D Regan, Ivan S Gill, Jeffrey G RichardsBiology Letters|November 3, 2017
Metabolic depression and the evolution of hypoxia tolerance in threespine stickleback, <i>Gasterosteus aculeatus</i>Matthew D Regan, Ivan S Gill, Jeffrey G RichardsComparative Biochemistry and Physiology. Part A, Molecular & Integrative Physiology|December 21, 2020
How the gut and liver hibernateCourtney C Kurtz, Jessica P Otis, Matthew D Regan, et al.Pageof 2