https://www.the-galli-lab.co.uk/pubs-with-no-image-2/developmental-plasticity-of-the-cardiovascular-system-in-oviparous-vertebrates%3A-effects-of-chronic-hypoxia-and-interactive-stressors-in-the-context-of-climate-change 2024-12-11 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/low-production-of-mitochondrial-reactive-oxygen-species-after-anoxia-and-reoxygenation-in-turtle-hearts 2024-01-12 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/effects-of-developmental-hypoxia-on-the-vertebrate-cardiovascular-system 2024-01-12 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-air-breathing-alaska-blackfish-(dallia-pectoralis)-remodels-ventricular-ca2%2Bcycling-with-chronic-hypoxic-submergence-to-maintain-ventricular-contractility 2024-01-12 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/chronic-developmental-hypoxia-alters-mitochondrial-oxidative-capacity-and-reactive-oxygen-species-production-in-the-fetal-rat-heart-in-a-sex-dependent-manner.-- 2024-01-12 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/maternal-melatonin%3A-effective-intervention-against-developmental-programming-of-cardiovascular-dysfunction-in-adult-offspring-from-complicated-pregnancy.--j.-pineal.-res.-12766.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-air-breathing-alaska-blackfish-(dallia-pectoralis)-remodels-ventricular-ca2%2B-cycling-with-chronic-hypoxic-submergence-to-maintain-ventricular-contractility.- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/developmental-programming-of-dna-methylation-and-gene-expression-patterns-is-associated-with-extreme-cardiovascular-tolerance-to-anoxia-in-the-common-snapping-turtle.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-long-term-effects-of-developmental-hypoxia-on-cardiac-mitochondrial-function-in-snapping-turtles.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/prolonged-phenanthrene-exposure-reduces-cardiac-function-but-fails-to-mount-a-significant-oxidative-stress-response-in-the-signal-crayfish-(pacifastacus-leniusculus). 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/sex-dependent-effects-of-developmental-hypoxia-on-adult-offspring-cardiac-mitochondria.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/cardiac-mitochondrial-function-depends-on-bud23-mediated-ribosome-programming.- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/draft-genome-of-the-common-snapping-turtle%2C-chelydra-serpentina%2C-a-model-for-phenotypic-plasticity-in-reptiles 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/metabolic-adaptations-to-anoxia-and-reoxygenation%3A-new-lessons-from-freshwater-turtles-and-crucian-carp.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/gill-filament-permeabilization%3A-a-novel-approach-to-assess-mitochondrial-function-in-sheepshead-minnows-(cyprinodon-variegatus)-following-anthraquinone-exposure. 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/novel-therapeutic-targets-for-hypoxia-related-cardiovascular-diseases%3A-the-role-of-hif-1.- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/developmental-plasticity-of-cardiac-anoxia-tolerance-in-juvenile-common-snapping-turtles-(chelydra-serpentina).-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/impacts-of-deepwater-horizon-crude-oil-on-mahi-mahi-(coryphaena-hippurus)-heart-cell-function.- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/quantitative-proteomics-and-single-nucleus-transcriptomics-of-the-sinus-node-elucidates-the-foundation-of-cardiac-pacemaking.--nature-communications-28%3B10(1)%3A2889 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/metabolic-stress-induced-cardiomyopathy-is-caused-by-mitochondrial-dysfunction-due-to-attenuated-erk5-signalling.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/a-novel-cardiotoxic-mechanism-for-a-pervasive-global-pollutant.- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/developmental-plasticity-of-mitochondrial-function-in-american-alligators%2C-alligator-mississippiensis.- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/ginkgolide-k-protects-the-heart-against-er-stress-injury-by-activating-the-ire1%3F%2Fxbp1-pathway.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-effects-of-smoking-on-whisker-movements%3A-a-quantitative-measure-of-exploratory-behavior-in-rodents 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/cardiac-function-in-an-endothermic-fish%3A-cellular-mechanisms-for-overcoming-acute-thermal-challenges-during-diving.- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-sarcoplasmic-reticulum-and-the-evolution-of-the-vertebrate-heart.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/direct-measurements-of-sr-free-ca-reveal-the-mechanism-underlying-the-transient-effects-of-ryr-potentiation-under-physiological-conditions 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/mitochondria-from-anoxia-tolerant-animals-reveal-common-strategies-to-survive-without-o2.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/beating-oxygen%3A-chronic-anoxia-exposure-reduces-mitochondrial-f1fo-atpase-activity-in-turtle-(trachemys-scripta)-heart 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-effect-of-temperature-on-mitochondrial-respiration-in-permeabilized-cardiac-fibres-from-the-freshwater-turtle%2C-trachemys-scripta 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/temperature-effects-on-ca2%2B-cycling-in-scombrid-cardiomyocytes%3A-a-phylogenetic-comparison.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-cellular-force-frequency-response-in-ventricular-myocytes-from-the-varanid-lizard%2C-varanus-exanthematicus.- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/hypercapnic-acidosis-and-sarcoplasmic-reticulum-function-in-the-ventricle-of-the-armoured-catfish%2C-liposarcus-pardalis.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/ca2%2B-cycling-in-cardiomyocytes-from-a-high-performance---reptile%2C-the-varanid-lizard%2C-varanus-exanthematicus.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-effect-of-thermal-acclimation-on-action-potentials-and-sarcolemmal-k%2B-channels-from-pacific-bluefin-tuna-cardiomyocytes 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/temperature-sensitivity-of-cardiac-function-in-pelagic-fishes-with-different-vertical-mobilities%3A-yellowfin-tuna-(thunnus-albacares)%2C-bigeye-tuna-(thunnus-obesus)%2C-mahimahi-(coryphaena-hippurus)%2C-and-swordfish-(xiphias-gladius) 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/cardiac-survival-in-anoxia-tolerant-vertebrates%3A-an-electrophysiological-perspective.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/adrenergic-regulation-of-the-cardiovascular-system-in-the-south-american-rattlesnake%2C-crotalus-durissus.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/calcium-flux-in-turtle-ventricular-myocytes.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-role-of-the-sarcoplasmic-reticulum-in-the-generation-of-high-heart-rates-and-blood-pressures-in-reptiles.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-role-of-nitric-oxide-in-regulation-of-the-cardiovascular-system-in-reptiles.-- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/hemodynamic-effects-of-python-neuropeptide-gamma-in-the-anesthetized-python%2C-python-regius. 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-role-of-nitric-oxide-in-the-regulation-of-the-systemic-and-pulmonary-vasculature-of-the-rattlesnake%2C-crotalus-durissus-terrificus-(crotalus-durissus).- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/cardiovascular-actions-of-rattlesnake-bradykinin-(%5Bval1%2Cthr6%5Dbradykinin)-in-the-anesthetized-south-american-rattlesnake-crotalus-durissus-terrificus- 2024-03-03 https://www.the-galli-lab.co.uk/pubs-with-no-image-2/the-cardiovascular-responses-of-the-freshwater-turtle%2C-trachemys-scripta%2C-to-warming-and-cooling.- 2024-03-03