Animal Biology - Theses
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Browsing Animal Biology - Theses by Supervisor "Anita Jagota"
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ItemAge induced changes and the role of Melatonin in the Neurophysiology of Suprachiasmatic nucleus of Rat(University of Hyderabad, 2008-02-16) Kalyani, Dasari ; Anita Jagota
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ItemAge-Induced Desynchronization Between Clock And Immune Genes Expression In Microglia And Other Peripheral Clock In Male Wistar Rats : Chronobiotic Role of Curcumin(University of Hyderabad, 2019) Neelesh babu,Thummadi ; Anita Jagota
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ItemCellular and molecular mechanisms involved in the postembryonic development in the central nervous system of holometabolous lepidopteran insect, bombyx mori(University of Hyderabad, 2011-06-24) Shah, Kapil M. ; Anita Jagota
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ItemEffect of curcumin on ethanol induced changes in daily serotonin chronometabolomics and gene expression in SCN and pineal : locomotor rhythms(University of Hyderabad, 2010-12-22) Yallamandareddy, M. ; Anita Jagota
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ItemEffects of curcumin and leaf extract of withania somnifera on chronomics of various age induced alterations in suprachiasmatic nucleus of male Wistar rats(University of Hyderabad, 2019) Koeshik, K ; Anita Jagota
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ItemMolecular characterization of a diurnal rodent funambulus palmarum ( south indian palm squirrel ) : Cloning and characterization of period 2 from the suprachiasmatic nucleus(University of Hyderabad, 2016-07) Varsha S. Prasad ; Anita JagotaBiological clocks are time keeping mechanisms that evolved in organisms allowing them to adapt and anticipate the various geophysical variations in their external habitat. The day-night cycle caused by Earth’s rotation on its axis has been the primary selective pressure to impose a rhythmic pattern to physiological and behavioral activities that nearly reflect the length of a day on earth. Such oscillations with a near (circa) 24h periodicity termed as circadian rhythms allows species- specific partitioning of specific activities across different parts of a diel (day) cycle conferring survival advantage to the bearer. Though light act as the major ‘Zeitgeber’ or ‘time giver’ to synchronize or ‘entrain’ the phase of these rhythms to that of the zeitgeber time (ZT), they also persists independent of any photic variable and therefore constitutes the hands of the clock which dictates the ‘circadian or endogenous time’ (CT) of any living entity. The internal ‘period’ varies across individuals of the same species but it is relatively consistent over a range of temperatures (temperature compensation). Apart from circadian rhythms cycles having shorter or longer intrinsic periods are also biologically significant. Ultradian rhythms, have periodicity of less than 20h whereas infradian rhythms are longer than 28h, they can be measured in weeks, months, years (circannual), and longer
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ItemNeurodegeneration studies in rat brain agine and rotenone induce parkinson`s disease model Chronomics of sertonin metabolism protein profile and clock gene expression(UNIVERSITY OF HYDERABAD, 2013-06-28) Ushodaya, Mattam ; Anita Jagota
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ItemStudies of circadian profile of a diurnal rodent funambulus palmarum (south Indian palm squirrel \b neural regulation of suprachiasmatic nucleus entrainment(University of Hyderabad, 2011-06-12) Anumodh Pazzhoor Marmmen ; Anita Jagota
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ItemUnderstanding the mechanisams involved in age induced alterations in non-photic regulation of biplogical clock effect of restricted feeding(UNIVERSITY OF HYDERABAD, 2013-06-30) Dillp Kumar Reddy, V. ; Anita Jagota