Mussels are ecologically important organisms that can survive in subtidal and intertidal
zones where they experience thermal stress. We know little about how mussels from …

The effects of climate change and associated increases in temperature on organisms are a
major focus of scientific research, but how these impacts play out within ecological contexts …

Intertidal environments are dynamic, stressful niches and variation in physiological
parameters may determine distribution and survival of individuals in a population. We …

Climate change is causing the oceans around South Africa to warm resulting in changes to
the habitats of intertidal organisms. This study was conducted to determine the thermal …

Predicting how species will respond to climate change is one of the biggest challenges
facing ecologists today. The complex interaction between environmental variability and …

1. The cytosolic and mitochondrial malate dehydrogenases (cMDH and mMDH) from ribbed
mussel gill tissue are dimeric (native M r= 60,000–62,000) and electrophoretically and …

Variabilidad morfológica y de la aloenzima malato deshidrogenasa en poblaciones
peruanas del gasterópodo intermareal Stramonita haemastoma (Linnaeus, 1767) …

Como se ha apuntado anteriormente, uno de los objetivos de este trabajo es el estudio del
comportamiento de los rotíferos en condiciones deficientes de oxígeno. Tal estudio …

To assess the role of dicarboxylic acid metabolism in the synthesis of alanine and other
compounds by the ribbed mussel under conditions of hyperosmotic and anaerobic stress …

Stramonita haemastoma presenta una amplia distribución en una gran diversidad de
ambientes reflejando una alta variabilidad en su morfología ya nivel aloenzimático, tanto …