Search results for "Liocarcinus vernalis"

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Closely related crabs from opposite niches adopt different mechanisms to adjust oxygen transport

2008

The successful colonization of new environments is often achieved through adaptations or key innovations of existing physiological or biochemical mechanisms. The oxygen supply in marine invertebrates represent a complex and deeply integrated system which plays a fundamental role in animal adaptive plasticity. In particular, species which inhabit highly stochastic environments as shallow water or intertidal bands, have to cope with extremely different regimes of oxygen availability and effectively maintain a stable aerobic metabolism. Within this framework, we have focused on comparative physiology of Portunid Crabs hemocyanin, to evaluate the role molecular heterogeneity and functional plas…

0106 biological sciencesEcological niche0303 health sciencesPhysiologyEcology030310 physiologymedicine.medical_treatmentComparative physiologyOxygen transportIntertidal zoneHemocyaninMarine invertebratesBiologybiology.organism_classification010603 evolutionary biology01 natural sciencesBiochemistryCarcinus aestuarii03 medical and health sciencesmedicine14. Life underwaterLiocarcinus vernalisMolecular BiologyComparative Biochemistry and Physiology Part A: Molecular & Integrative Physiology
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