Faculty

Institution

Unit

Venue

John J. Peluso

Professor

University of Connecticut

John J. Peluso is currently serving as a Professor at University of Connecticut.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John J. Peluso

University of Connecticut

Professor

You can click a keyword to filter the displayed items

endocrinology reproductive biology cell biology reproductive physiology physiology mammalian biology animal physiology biology reproductive science animal reproduction pharmacology reproductive medicine membrane biology animal science reproductive endocrinology endocrine research apoptosis human reproduction fertility reproductive health cell regulation hematology gene expression cell death obstetrics and gynaecology avian biology mammalian physiology granulosa cells replication tumor biology female reproductive system sterility comparative endocrinology gynecologic oncology experimental gerontology biogerontology cancer biology oocytes medicinal research cellular physiology fibroblast growth factors geriatric endocrinology reproduction response liver physiology endocrine oncology tissue physiology molecular regulation cell proliferation steroid metabolism rat granulosa cells follicular growth cellular therapy rna biology oogenesis embryonic development cell cycle cancer treatment antiapoptotic action n-cadherin-mediated cell contact polymerase chain reaction deoxyribonucleic acid synthesis cell contact developmental potential follicular development receptor (biochemistry) cell-matrix interactions developmental endocrinology cancer growth cell interactions tissue development progesterone regulation granulosa cell apoptosis putative function granulosa cell viability calcium homeostasis follicular atresia developmental biology gynecology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nonerythroid Hemoglobin Promotes Human Cumulus Cell Viability and the Developmental Capacity of the Human Oocyte. F&S Science (2023)

Reeva B. MakhijaniAlison F. BartolucciCindy A. PruJames K. PruJohn J. Peluso

developmental biologyhuman oocytehuman biologydevelopmental capacitycell biologyoocytesreproductive biology

Supplementing Culture Medium With the Weak Acid, 5,5-Dimethyl-2,4-Oxazolidinedione (Dmo) Limits the Development of Aneuploid Mouse Embryos Through a Trp53-Dependent Mechanism. Journal of Assisted Reproduction and Genetics (2023)

Katie M. LowtherAlison F. BartolucciRachael E. MasseyJudy BrownJohn J. Peluso

developmental biologyculture mediumgeneticsembryonic developmentoncologyreproductive biotechnologyassisted reproductiononcogenesmammalian biologyembryologyreproductive biology

Progesterone Signaling and Mammalian Ovarian Follicle Growth Mediated by Progesterone Receptor Membrane Component Family Members. Cells (2022)

John J. Peluso

avian biologyprogesterone signalingendocrinologycell biologyreproductive physiologyreproductive medicinephysiologyreproductive biologyentomology

Progesterone Receptor Membrane Component (Pgrmc)1 and Pgrmc2 and Their Roles in Ovarian and Endometrial Cancer. Cancers (2021)

John J. PelusoJames K. Pru

gynecologycancer researchoncologyendocrinologycancer biologyovarian cancerendometrial cancerpharmacologymembrane biologyhealth sciencesgynecologic oncology

Microrna-21 as a Regulator of Human Cumulus Cell Viability and Its Potential Influence on the Developmental Potential of the Oocyte. Biology of Reproduction (2020)

Alison F BartolucciTracy UliaszJohn J Peluso

developmental biologyreproductive sciencehuman reproductioncell regulationhuman biologycell biologyreproductive physiologydevelopmental potentialbiologymicrorna detectionoocytesreproductive biology

Necessity is the Mother of Invention and the Evolutionary Force Driving the Success of in Vitro Fertilization. Biology of Reproduction (2020)

Alison F BartolucciJohn J Peluso

reproductive biologybiologyevolutionary biologyevolutionary force

Pgrmc2 is an Intracellular Haem Chaperone Critical for Adipocyte Function. Nature (2019)

Andrea GalmozziBernard P. KokArthur S. KimJ. Rafael Montenegro-BurkeJae Y. LeeRoberto SpreaficoSarah MosureVerena AlbertRigo Cintron-ColonCristina GodioWilliam R. WebbBruno ContiLaura A. SoltDouglas KojetinChristopher G. ParkerJohn J. PelusoJames K. PruGary SiuzdakBenjamin F. CravattEnrique Saez

liver physiologyintracellular haem chaperoneendocrinologycell biologymembrane biologyphysiologyadipocyte functionmolecular biology

Progesterone Receptor Membrane Component 1 and 2 Regulate Granulosa Cell Mitosis and Survival Through a NfΚB-Dependent Mechanism†. Biology of Reproduction (2019)

John J PelusoCindy A PruXiufang LiuNicole C KelpJames K Pru

cell regulationcell biologyreproductive physiologybiologyimmunologymembrane biologyreproductive biology

Pgrmc1/2 Promotes Luteal Vascularization and Maintains the Primordial Follicles of Mice. Reproduction (2018)

John J PelusoXiufang LiuTracy UliaszCindy A. PruNicole C. KelpJames Pru

hematologyreproductive sciencecell biologydermatologyanimal reproductionreproductive physiologymammalian physiologyreproduction responsereproductive medicinevascular biologyangiogenesisphysiologymammalian biologyprimordial folliclesreproductive biologyreplication

Pgrmc1 Localization and Putative Function in the Nucleolus of Bovine Granulosa Cells and Oocytes. Reproduction (2018)

Laura TerzaghiAlberto Maria LucianoPriscila C Dall’AcquaSilvia C ModinaJohn J PelusoValentina Lodde

bovine granulosa cellscell biologyreproductive physiologypopulation biologymammalian biologygene expressionoogenesisreproductive sciencecytogeneticsreplicationgeneticsputative functionanimal reproductionanimal physiologystructural biologyhematologyanimal sciencebiologyreproductive biology

1
2
3
4
5
17
10 / page

John J. Peluso

Professor

University of Connecticut

John J. Peluso is currently serving as a Professor at University of Connecticut.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John J. Peluso

University of Connecticut

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Nonerythroid Hemoglobin Promotes Human Cumulus Cell Viability and the Developmental Capacity of the Human Oocyte. F&S Science (2023)

Reeva B. MakhijaniAlison F. BartolucciCindy A. PruJames K. PruJohn J. Peluso

developmental biologyhuman oocytehuman biologydevelopmental capacitycell biologyoocytesreproductive biology

Katie M. LowtherAlison F. BartolucciRachael E. MasseyJudy BrownJohn J. Peluso

developmental biologyculture mediumgeneticsembryonic developmentoncologyreproductive biotechnologyassisted reproductiononcogenesmammalian biologyembryologyreproductive biology

Progesterone Signaling and Mammalian Ovarian Follicle Growth Mediated by Progesterone Receptor Membrane Component Family Members. Cells (2022)

John J. Peluso

avian biologyprogesterone signalingendocrinologycell biologyreproductive physiologyreproductive medicinephysiologyreproductive biologyentomology

Progesterone Receptor Membrane Component (Pgrmc)1 and Pgrmc2 and Their Roles in Ovarian and Endometrial Cancer. Cancers (2021)

John J. PelusoJames K. Pru

gynecologycancer researchoncologyendocrinologycancer biologyovarian cancerendometrial cancerpharmacologymembrane biologyhealth sciencesgynecologic oncology

Microrna-21 as a Regulator of Human Cumulus Cell Viability and Its Potential Influence on the Developmental Potential of the Oocyte. Biology of Reproduction (2020)

Alison F BartolucciTracy UliaszJohn J Peluso

developmental biologyreproductive sciencehuman reproductioncell regulationhuman biologycell biologyreproductive physiologydevelopmental potentialbiologymicrorna detectionoocytesreproductive biology

Necessity is the Mother of Invention and the Evolutionary Force Driving the Success of in Vitro Fertilization. Biology of Reproduction (2020)

Alison F BartolucciJohn J Peluso

reproductive biologybiologyevolutionary biologyevolutionary force

Pgrmc2 is an Intracellular Haem Chaperone Critical for Adipocyte Function. Nature (2019)

liver physiologyintracellular haem chaperoneendocrinologycell biologymembrane biologyphysiologyadipocyte functionmolecular biology

Progesterone Receptor Membrane Component 1 and 2 Regulate Granulosa Cell Mitosis and Survival Through a NfΚB-Dependent Mechanism†. Biology of Reproduction (2019)

John J PelusoCindy A PruXiufang LiuNicole C KelpJames K Pru

cell regulationcell biologyreproductive physiologybiologyimmunologymembrane biologyreproductive biology

Pgrmc1/2 Promotes Luteal Vascularization and Maintains the Primordial Follicles of Mice. Reproduction (2018)

John J PelusoXiufang LiuTracy UliaszCindy A. PruNicole C. KelpJames Pru

Pgrmc1 Localization and Putative Function in the Nucleolus of Bovine Granulosa Cells and Oocytes. Reproduction (2018)

Laura TerzaghiAlberto Maria LucianoPriscila C Dall’AcquaSilvia C ModinaJohn J PelusoValentina Lodde

1
2
3
4
5
17
10 / page

Similar Faculty Members

Frank Talamantes

Institution

University of California, Santa Cruz

endocrine mechanism

reproductive hormone

Thomas E. Curry

Institution

University of Kentucky

endocrinology

reproductive biology

Patricia Hoyer

Institution

University of Arizona

reproductive toxicology

endocrinology

Emre Seli

Institution

Yale University

fertility

reproductive biology

Daniel Carson

Institution

Rice University

endocrinology

reproductive biology

Wei Yan

Institution

University of Nevada, Reno

environmental epigenetics

human genetics

Carlos O Stocco

Institution

University of Illinois Chicago

endocrinology

female reproductive system

Jonathan Tilly

Institution

Northeastern University

stem cell research

developmental biology

Barry Zirkin

Institution

Johns Hopkins University

endocrinology

mammalian biology

Aydin Arici

Institution

Yale University

infertility

reproductive biotechnology

Similar Faculty Members

Frank Talamantes

Institution

University of California, Santa Cruz

endocrine mechanism

reproductive hormone

Thomas E. Curry

Institution

University of Kentucky

endocrinology

reproductive biology

Patricia Hoyer

Institution

University of Arizona

reproductive toxicology

endocrinology

Emre Seli

Institution

Yale University

fertility

reproductive biology

Daniel Carson

Institution

Rice University

endocrinology

reproductive biology

Wei Yan

Institution

University of Nevada, Reno

environmental epigenetics

human genetics

Carlos O Stocco

Institution

University of Illinois Chicago

endocrinology

female reproductive system

Jonathan Tilly

Institution

Northeastern University

stem cell research

developmental biology

Barry Zirkin

Institution

Johns Hopkins University

endocrinology

mammalian biology

Aydin Arici

Institution

Yale University

infertility

reproductive biotechnology