Neotomodon alstoni - Open Access .click

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Obese mice Neotomodon alstoni show learning impairment in Morris Water Maze test, differences between midday and midnight

Biological Rhythm Research, 2019
Spatial memory and information retention are affected by the obesity condition and the time of day evaluated at the Morris Water Maze test Neotomodon alstoni.
Alejandra Barrios-Rivera +4 more
openaire +1 more source

Differences in locomotor activity before and during the access to food in a restricted feeding protocol between obese and lean female miceNeotomodon alstoni

Biological Rhythm Research, 2014
The anticipatory locomotor activity to a restricted food access is one of the main behavioral references in experimental protocols that allow us observing a circadian food entrainable oscillator (FEO) in rodents. The persistence of the anticipatory activity to food access has been subject of diverse studies in order to explore the mechanism that ...
César Luna-Illades +2 more
openaire +1 more source

Affectations in photic and thermic circadian entrainment of the locomotor activity rhythm in obese volcano mouse Neotomodon alstoni

Biological Rhythm Research, 2021
Manuel Miranda-Anaya +2 more
exaly

Obese Neotomodon alstoni mice exhibit sexual dimorphism in the daily profile of circulating melatonin and clock proteins PER1 and BMAL1 in the hypothalamus and peripheral oscillators

Chronobiology International, 2021
Moises Pérez-Mendoza +2 more
exaly

Obese mice Neotomodon alstoni show learning impairment in Morris Water Maze test, differences between midday and midnight

Biological Rhythm Research, 2020
Cinthia Juárez-Tapia +2 more
exaly

Circadian locomotor activity and response to different light conditions in the Volcano mouse,Neotomodon alstoni(Merriam, 1898)

Biological Rhythm Research, 2010
Manuel Miranda-Anaya, Agustin Carmona-Castro +1 more
exaly

Effects of obesity on circadian photic entrainment of locomotor activity in wild miceNeotomodon alstoni

Biological Rhythm Research, 2016
Manuel Miranda-Anaya +2 more
exaly

Day-night variations in pro-oxidant reactions of hypothalamic, hepatic and pancreatic tissue in mice with spontaneous obesity (Neotomodon alstoni)

Biological Rhythm Research, 2016
Olivia Vázquez-Martinez +2 more
exaly