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- Title
Editorial: Brain Evolution: Clues From Aquatic Organisms.
- Authors
de Girolamo, Paolo; Bellier, Jean-Pierre; D'Angelo, Livia
- Abstract
Cephalopods, agnathans, teleosts, brain structure and function, evolutionary adaptation Studies of the teleost brain have contributed greatly toward our understanding of the processes of brain evolution and how environmental factors, such as sensory experience, modulate brain region sizes (Hall and Tropepe). Keywords: cephalopods; agnathans; teleosts; brain structure and function; evolutionary adaptation EN cephalopods agnathans teleosts brain structure and function evolutionary adaptation N.PAG N.PAG 2 05/17/21 20210507 NES 210507 Aquatic species have served as models in brain evolution to address questions on the origin of the nervous system for a long time.
- Subjects
AQUATIC organisms; NEURAL circuitry; CENTRAL nervous system; NERVOUS system; AMINO acid sequence; NEUROANATOMY
- Publication
Frontiers in Neuroanatomy, 2021, Vol 14, pN.PAG
- ISSN
1662-5129
- Publication type
Editorial
- DOI
10.3389/fnana.2021.683489