Global ETD Search

Chronobiological plasticity in Honeybee and its association with differences in the organization of the molecular pathway between central and peripheral clocks: the brain and flight muscle tissues.

BEN ATTIA, SARRAUniversità degli studi di Catania2013

Circadian rhythms govern the behavior, physiology, and metabolism of living organisms, enabling them to anticipate changes of environmental conditions. Within Insects, in honey bee s colonies an ontogeny in circadian rhythms of behavior was suggested to be related to an age- based division of …

catania Repository record for Chronobiological plasticity in Honeybee and its association with differences in the organization of the molecular pathway between central and peripheral clocks: the brain and flight muscle tissues. (opens in a new tab)

Seasonal regulation of the circadian rhythms of behavioural temperature selection and locomotor activity in Australian sleepy lizards (Tiliqua rugosa, gray; reptilia: scincidae)

Ellis, David John2010

… role of environmental time cues and circadian rhythms in mediating seasonal adjustments in the body temperature and locomotoractivity patterns in the Australian sleepy lizard, Tiliqua rugosa (Gray 1827). The first component of this study investigated whether daily rhythms of behavioural …

adelaide Repository record for Seasonal regulation of the circadian rhythms of behavioural temperature selection and locomotor activity in Australian sleepy lizards (Tiliqua rugosa, gray; reptilia: scincidae) (opens in a new tab)

Identification of Common and Separate Mechanisms Governing Circadian Locomotor Activity and Body Temperature

Shimatani, HiroyukiKyoto University2021

kyoto Repository record for Identification of Common and Separate Mechanisms Governing Circadian Locomotor Activity and Body Temperature (opens in a new tab)