Rajagopala Sridaran

Morehouse School of Medicine

Affiliations

Center Of Cooperative Reproductive Science Research

Center Of Space Medicine And Life Sciences Research

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Physiology

NoneRajagopala Sridaran is currently serving as a Center Of Cooperative Reproductive Science Research faculty at Morehouse School of Medicine.

Honors

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Experiences

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Education

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Rajagopala Sridaran

Morehouse School of Medicine

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endocrinology reproductive endocrinology reproductive hormones physiology reproductive science reproductive biology reproductive medicine endocrine mechanisms gynecology mammalian biology endocrine research pharmacology fertility developmental biology hormonal receptor reproductive health psychoneuroendocrinology ovarian hormones reproductive physiology receptors animal physiology early pregnancy maternal health steroid metabolism neuroendocrine mechanisms cell death developmental endocrinology apoptosis pregnant rat gonadotropin-releasing hormone agonist molecular physiology mammalian physiology luteal cells gene expression molecular and cellular biology metabolism animal science pineal research obstetrics and gynaecology chronobiology animal reproduction mitochondrial function progesterone synthesis estrous cycle molecular cell biology pregnancy hypertension cellular physiology avian medicine melatonin behavioral neuroendocrinology receptor (biochemistry) adrenal glands menstrual cycle testosterone secretion pseudopregnant rats pregnant rats gonadotrophin secretion pregnant rat1 ovarian steroid production protein content nal-lys antagonist lhrh antagonist nocturnal surge mitochondrial dynamics gene regulatory networks gene regulation molecular regulation gene function pineal gland cytokines human reproduction reproduction response homeostatic mechanisms signaling pathways cell regulation cellular biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

In Remembrance of a Prolific Reproductive Biologist, Editor of Biology of Reproduction, and Enthusiastic Supporter of Young Investigators. Biology of Reproduction (2024)

J Charles EldridgeRajagopala SridaranDarrell Brann

reproductive biologybiology

Comparative Proteomic Analysis of the Mouse Ovary in Response to Gnih and Gnrh: An in Vitro Approach. Integrative Molecular Medicine (2019)

physiologyproteomicsreproductive endocrinologyreproductive hormonesendocrinologymammalian biologyreproductive physiologyreproductive sciencecomparative proteomic analysisreproductive biologydevelopmental biologyvitro approachgynecologyendocrine researchovarian hormones

In Memoriam: Virendra Bhushan Mahesh, Ph.D., D.Phil. April 25, 1932 – July 16, 2019. Steroids (2019)

J. Charles EldridgeDarrell W. BrannRajagopala Sridaran

intellectual historypharmacologyvirendra bhushan mahesh

Effects of Seasonal Adiposity on Ovarian Activity of Vespertilionid Bat, Scotophilus Heathi: Proteomics Analysis. Molecular and Cellular Endocrinology (2014)

physiologyreproductive endocrinologyreproductive hormonesmammalian physiologyanimal physiologyendocrinologymetabolic syndromebiologyreproductive physiologyreproductive biologyproteomics analysisseasonal adiposityscotophilus heathi

Localization of Gonadotropin‐Releasing Hormone (Gnrh), Gonadotropin‐Inhibitory Hormone (Gnih), Kisspeptin and Gnrh Receptor and Their Possible Roles in Testicular Activities From Birth to Senescence in Mice. Journal of Experimental Zoology Part A Ecological Genetics and Physiology (2012)

physiologyreceptorsendocrine mechanismsreproductive endocrinologyreproductive hormonesdevelopmental endocrinologyreproductive medicinefertilityendocrinologygnrh receptorgonadotropin‐inhibitory hormonetheir possible rolesreproductive sciencereproductive biologyhormonal receptordevelopmental biologyendocrine research

Immunohistochemical Localization of Gnrh and Rfamide-Related Peptide-3 in the Ovaries of Mice During the Estrous Cycle. Journal of Molecular Histology (2011)

immunohistochemical localizationreproductive immunologyestrous cyclereproductive endocrinologyreproductive hormonesreproductive medicinefertilityendocrinologyreproductive sciencereproductive biologyhormonal receptordevelopmental biologyreproductive healthrfamide-related peptide-3gynecologyendocrine researchovarian hormones

Changes in Bradykinin and Bradykinin B2-Receptor During Estrous Cycle of Mouse. Acta Histochemica (2010)

physiologyneuropeptide receptorsreceptorsbradykinin b2-receptorestrous cyclecellular physiologyreproductive hormonescell signalingendocrinologymammalian biologyreproductive scienceneuropeptideshormonal receptorpsychoneuroendocrinologysignal transductionmolecular physiologyneuroendocrine mechanismscell biology

Differential Expression Patterns of Gnrh and Gnih in Ovary of Mouse During Estrous Cycle.. Biology of Reproduction (2010)

physiologydifferential expression patternsestrous cyclereproductive endocrinologyreproductive hormonesendocrinologymammalian biologyreproductive sciencereproductive biologydevelopmental biologygynecologyendocrine researchovarian hormones

Gnrh-Gnrh-Receptor System in the Mammalian Female Reproductive Tract. Reproductive Endocrinology (2009)

endocrine mechanismsreproductive endocrinologyreproductive hormonesgnrh-gnrh-receptor systemreproductive medicinefertilityendocrinologymammalian biologyreproductive sciencereproductive biologyhormonal receptorgynecology

Changes in Gnrh I, Bradykinin and Their Receptors and Gnih in the Ovary of Calotes Versicolor During Reproductive Cycle. General and Comparative Endocrinology (2008)

physiologyreceptorsendocrine mechanismscalotes versicolorreproductive endocrinologyreproductive hormonesreproductive cyclereproductive medicineendocrinologyreproductive sciencereproductive biologyhormonal receptorgynecologyendocrine research