000			02134nab a2200277 a 4500
005			20210219162352.0
008			991125s1985 mx 000 0 spa u
035			_aUPN01000202807
049			_aART
100	1		_aAllen, Timothy A
100	1		_aFortin, Norbert J
100	1		_unorbert.fortin@uci.edu
222		0	_aLUDUS VITALIS : REVISTA DE FILOSOFIA DE LAS CIENCIAS DE LA VIDA
245	0	0	_aEvolución de la memoria episódica
260			_aMéxico
300			_a125-150
362	0		_a2013 Volumen 21, número 40
520			_aOne prominent view holds that episodic memory emerged recently in humans and lacks a “(neo)Darwinian evolution” [Tulving E (2002) /Annu Rev Psychol/53:1­25]. Here, we review evidence supporting the alternative perspective that episodic memory has a long evolutionary history. We show that fundamental features of episodic memory capacity are present in mammals and birds and that the major brain regions responsible for episodic memory in humans have anatomical and functional homologsin other species. We propose that episodic memory capacity depends on a fundamental neural circuit that is similar across mammalian and avian species, suggesting that protoepisodic memory systems exist across amniotes and, possibly, all vertebrates. Theimplication is that episodic memory in diverse species may primarily be due to a shared underlying neural ancestry, rather than the result of evolutionary convergence. We also discuss potential advantages that episodic memory may offer, as well as species-­specific divergences that have developed on top of the fundamental episodic memory architec­ture. We conclude by identifying possible time points for the emergence of episodic memory in evolution, to help guide further research in this area
653	0		_aMEMORIA EPISODICA
653	0		_aHIPOCAMPO
653	0		_aCORTEZA PREFRONTAL
653	0		_aREGION PARAHIPOCAMPAL
653	0		_aPROCESAMIENTO DE INFORMACION
856	4		_uhttp://www.centrolombardo.edu.mx/ludus-vitalis/la-maquinaria-mental-humana-num-40-2013/evolucion-de-la-memoria-episodica-ludus-vitalis/
905			_aArticulo
999			_c174908 _d174908