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ProteomicsComparative proteomics of a stenotopic caddisfly (Trichoptera) identifies acclimation strategies
As a result of increasing thermal fluctuations and mean temperature values, organisms will experience conditions beyond their physiological limits. In situ adaptation to thermal regimes is mediated via directional selection and phenotypic plasticity. The latter involves physiological and morphologic...
ORGANISM(S): Crunoecia irrorata 
2019-08-08 | PXD014052 | Pride
Acclimation Phenotypic plasticity Freshwater springs Environmental proteomics Molecular adaptation Climate change 
ProteomicsEffects of thermal acclimation on the proteome of the planarian Crenobia alpina from an alpine freshwater spring
Is is a fundamental evolutionary question which coordinated molecular changes underly adaptation generally and thermal adaptation specifically. Here we profiled the proteome of the Planarian glacial relict species Crenobia alpina. We sampled individuals from an alpine spring, acclimated groups of in...
ORGANISM(S): Crenobia alpina 
2022-07-28 | PXD024592 | Pride
Lc-ms/ms Planarian Adaptation Climate change Crenobia alpina Acclimation Temperature Freshwater springs 
ProteomicsAbiotic drivers of protein abundance variation among natural populations
Identifying when and where environmental change induces molecular responses in natural populations is an important goal in contemporary ecology as it can aid in identifying molecular signatures of populations experiencing stressful conditions and potentially inform if species are approaching the lim...
ORGANISM(S): Crunoecia irrorata 
2020-10-05 | PXD017959 | Pride
Proteomics Enviromental variation Plasticity Eco-toxicology Natural populations 
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