Data from: Enhancing insights into foraging specialization in the world’s largest fish using a multi-tissue, multi-isotope approach

负责人：

关键词：

Rhicodon typus;Acetes japonicus;Spratelloides gracilis;amino acid;whale shark;fasting;Scomber japonicus;assimilation;starvation;Engraulis japonica;Euphausia superba;nutritional history;Radiocarbon;Growth;Sergia lucens;elasmobranch;Euphausia pacifica

DOI：

doi:10.5061/dryad.cm7r1q2

摘要：

h ?15Nplasma and ?15Ncartilage, with inappetence markedly reducing ?15Nplasma and ?13Cplasma, as well as significantly altering blood biochemistry. Captive

Dataset for research paper: α-Synuclein Increases β-Amyloid Secretion by Promoting β-\/γ-Secretase Processing of APP

负责人：

University Of Bath

关键词：

Biochemistry and physiology Cells

DOI：

doi:10.15125/bath-00310

摘要：

er injection. For biochemical analysis, fresh striatal tissue was obtained from each brain hemisphere separately. Neuropathology and motor deficits