Faculty

Institution

Unit

Venue

Nicola Winston

Clinical Professor Director IVF Laboratory Reproductive Endocrinology & Infertility Division

University of Illinois Chicago

Affiliations

College of Medicine

Department of Obstetrics and Gynecology

Nicola Winston is currently serving as a College Of Medicine Clinical Professor Director IVF Laboratory Reproductive Endocrinology & Infertility Division at University of Illinois Chicago.

Honors

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Experiences

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Education

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Nicola Winston

University of Illinois Chicago

Clinical Professor Director IVF Laboratory Reproductive Endocrinology & Infertility Division

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cell biology endocrinology reproductive biology reproductive physiology human reproduction physiology reproductive medicine sterility cell regulation gene expression reproductive science cell signaling endocrine research pharmacology immunology reproductive endocrinology comparative endocrinology oocyte-secreted factors metabolism signal transduction clinical biochemistry cell metabolism biomedical informatics quantitative phase imaging microscope image processing women's health tumor biology molecular physiology medicinal research thyroid assisted reproduction cellular physiology bioimage analysis oocytes cell growth novel imaging methods steroidogenic genes granulosa cells insulin-like growth factors aromatase expression molecular metabolism redox biology genome biology liver physiology cellular biochemistry developmental endocrinology cell lineage fertilisation secondary metabolism reproduction response functional regulation growth hormone protein secretion biomedical data science biomedical data analysis cellular structure protein expression remedial action treatment options gene regulation receptor (biochemistry) cell culture cancer biology endocrine disruptors microscopy methods igf-i signaling fsh stimulation fsh-induced activation thyroid dysfunction disorders levothyroxine-treated women genome-wide interactions oocyte-specific growth factors lhcgr expression granulosa cell function molecular crosstalk follicle-stimulating hormone oogenesis oocyte growth developmental cell developmental biology cellular differentiation gynecology embryology

Notable Scholarly Works

Notable Federal Grants

Collaborators

EVATOM: An Optical, Label-Free, Machine Learning Assisted Embryo Health Assessment Tool. Communications Biology (2024)

Neha GoswamiNicola WinstonWonho ChoiNastasia Z. E. LaiRachel B. ArcanjoXi ChenNahil SobhRomana A. NowakMark A. AnastasioGabriel Popescu

medical image computingmicroscopybiomedical informaticsembryologymedical imagingbiomedical imagingdevelopmental biologyradiologybiomedical engineeringquantitative phase imagingmicroscope image processingmachine learningartificial confocal microscopybioimage analysisfixed embryosconfocal microscopy

Evatom_code_and_data. Figshare (2024)

Neha GoswamiNicola WinstonWonho ChoiNastasia Z. E. LaiRachel B. ArcanjoXi Chennahil sobhRomana A. NowakMark A. AnastasioGabriel Popescu

biostatisticsbiomedical data analysisexample datasetbiomedical informaticsbiomedical data sciencebiomedical analysisdata sciencequantitative biologysystems biologylive embryomouse embryo viabilitybioinformatics

Molecular Crosstalk Between Insulin‐Like Growth Factors and Follicle‐Stimulating Hormone in the Regulation of Granulosa Cell Function. Reproductive Medicine and Biology (2024)

Emily HayesNicola WinstonCarlos Stocco

reproductive biologyfollicle-stimulating hormonereproductive physiologymolecular crosstalkinsulin-like growth factorsgynecologygranulosa cell functionreproductive medicineendocrinologycell regulation

Fri388 Follicle-Stimulating Hormone and Salt-Inducible Kinases Crosstalk on the Regulation of Genome-Wide Gene Expression in Human Granulosa Cumulus Cells. Journal of the Endocrine Society (2023)

Emily HayesRachael FilzenMiriam Rodriguez EsquivelNichola WinstonMichelle FierroSalih SanaCarlos Oscar Stocco

reproductive endocrinologyreproductive biologyphysiologycell biologygynecologyendocrine researchreproductive medicineendocrinologygene expressioncell regulationgenome-wide gene expressionsalt-inducible kinases

Machine Learning Assisted Health Viability Assay for Mouse Embryos With Artificial Confocal Microscopy (Acm). bioRxiv (Cold Spring Harbor Laboratory) (2023)

Neha GoswamiNicola WinstonWonho ChoiNastasia Z. E. LaiRachel B. ArcanjoXi ChenNahil SobhRomana A. NowakMark A. AnastasioGabriel Popescu

medical image computingmicroscopybiomedical informaticsmedical imagingbiomedical imagingradiologyquantitative phase imagingbiomedical engineeringmicroscope image processingmachine learningnovel imaging methodsassisted health viabilitybioimage analysisartificial confocal microscopyconfocal microscopy

Presentation Will Move to the On-Demand Digital Forum: Label-Free 3D Embryo Characterization With Artificial Confocal Microscopy (Acm). (2022)

Neha GoswamiNastasia Z. E. LaiRachel B. ArcanjoXi ChenRomana A. NowakNicola WinstonGabriel Popescu

biophysicsmedical image computinglight microscopymicroscopycomputational specificitybiological imagingdeep learningbiophotonicsbiomedical imagingcomputational imagingmicroscopy methodsbiomedical engineeringquantitative phase imagingmicroscope image processingnovel imaging methodsartificial confocal microscopyfluorescenceconfocal microscopy

Oocyte-Secreted Factors Strongly Stimulate Sfrp4 Expression in Human Cumulus Cells. Molecular Human Reproduction (2021)

Sahar EsfandyariNicola J WinstonMichelle A FierroHumberto ScocciaCarlos Stocco

reproductive biologyendocrinologyphysiologyprotein secretionimmunologycell biologyreproductive physiologyhuman reproductionoocyte-secreted factorshuman cumulus cellssignal transductiongene expression

Salt-Inducible Kinases Are Critical Determinants of Female Fertility. Endocrinology (2020)

Marah ArmoutiNicola WinstonOsamu HatanoElie HobeikaJennifer Hirshfeld-CytronJuergen LiebermannHiroshi TakemoriCarlos Stocco

physiologyendocrine researchpharmacologyfemale fertilityendocrinologyhealth sciencessalt-inducible kinases

Human Mural Granulosa Cells Cultured in Serum-Free Conditions Can Be Used to Study Molecular Mechanisms of Human Granulosa Cell Differentiation in Vitro. Fertility and Sterility (2019)

Sarah BaumgartenNicola WinstonMichelle FierroHumberto ScocciaCarlos Stocco

reproductive biologyfertilitycell biologyhuman reproductionhematologydermatologyhuman biologyreproductive physiologymolecular mechanismsreproductive medicinereproductive scienceserum-free conditionsgeneticscell culture

Or33-3 Salt Inducible Kinase is a Negative Regulator of Fsh in Ovarian Granulosa Cells. Journal of the Endocrine Society (2019)

Marah ArmoutiElie HobeikaJennifer Hirshfeld-CytronJuan AlvarezNicola WinstonCarlos Stocco

reproductive endocrinologyreproductive biologyendocrine disruptorscell signalingimmunologycell biologycomparative endocrinologyovarian granulosa cellsgynecologyendocrine researchnegative regulatorendocrinologycell regulation

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Nicola Winston

Clinical Professor Director IVF Laboratory Reproductive Endocrinology & Infertility Division

University of Illinois Chicago

Affiliations

College of Medicine

Department of Obstetrics and Gynecology

Nicola Winston is currently serving as a College Of Medicine Clinical Professor Director IVF Laboratory Reproductive Endocrinology & Infertility Division at University of Illinois Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nicola Winston

University of Illinois Chicago

Clinical Professor Director IVF Laboratory Reproductive Endocrinology & Infertility Division

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

EVATOM: An Optical, Label-Free, Machine Learning Assisted Embryo Health Assessment Tool. Communications Biology (2024)

Neha GoswamiNicola WinstonWonho ChoiNastasia Z. E. LaiRachel B. ArcanjoXi ChenNahil SobhRomana A. NowakMark A. AnastasioGabriel Popescu

Evatom_code_and_data. Figshare (2024)

Neha GoswamiNicola WinstonWonho ChoiNastasia Z. E. LaiRachel B. ArcanjoXi Chennahil sobhRomana A. NowakMark A. AnastasioGabriel Popescu

Molecular Crosstalk Between Insulin‐Like Growth Factors and Follicle‐Stimulating Hormone in the Regulation of Granulosa Cell Function. Reproductive Medicine and Biology (2024)

Emily HayesNicola WinstonCarlos Stocco

reproductive biologyfollicle-stimulating hormonereproductive physiologymolecular crosstalkinsulin-like growth factorsgynecologygranulosa cell functionreproductive medicineendocrinologycell regulation

Fri388 Follicle-Stimulating Hormone and Salt-Inducible Kinases Crosstalk on the Regulation of Genome-Wide Gene Expression in Human Granulosa Cumulus Cells. Journal of the Endocrine Society (2023)

Emily HayesRachael FilzenMiriam Rodriguez EsquivelNichola WinstonMichelle FierroSalih SanaCarlos Oscar Stocco

Machine Learning Assisted Health Viability Assay for Mouse Embryos With Artificial Confocal Microscopy (Acm). bioRxiv (Cold Spring Harbor Laboratory) (2023)

Neha GoswamiNicola WinstonWonho ChoiNastasia Z. E. LaiRachel B. ArcanjoXi ChenNahil SobhRomana A. NowakMark A. AnastasioGabriel Popescu

Presentation Will Move to the On-Demand Digital Forum: Label-Free 3D Embryo Characterization With Artificial Confocal Microscopy (Acm). (2022)

Neha GoswamiNastasia Z. E. LaiRachel B. ArcanjoXi ChenRomana A. NowakNicola WinstonGabriel Popescu

Oocyte-Secreted Factors Strongly Stimulate Sfrp4 Expression in Human Cumulus Cells. Molecular Human Reproduction (2021)

Sahar EsfandyariNicola J WinstonMichelle A FierroHumberto ScocciaCarlos Stocco

reproductive biologyendocrinologyphysiologyprotein secretionimmunologycell biologyreproductive physiologyhuman reproductionoocyte-secreted factorshuman cumulus cellssignal transductiongene expression

Salt-Inducible Kinases Are Critical Determinants of Female Fertility. Endocrinology (2020)

Marah ArmoutiNicola WinstonOsamu HatanoElie HobeikaJennifer Hirshfeld-CytronJuergen LiebermannHiroshi TakemoriCarlos Stocco

physiologyendocrine researchpharmacologyfemale fertilityendocrinologyhealth sciencessalt-inducible kinases

Human Mural Granulosa Cells Cultured in Serum-Free Conditions Can Be Used to Study Molecular Mechanisms of Human Granulosa Cell Differentiation in Vitro. Fertility and Sterility (2019)

Sarah BaumgartenNicola WinstonMichelle FierroHumberto ScocciaCarlos Stocco

Or33-3 Salt Inducible Kinase is a Negative Regulator of Fsh in Ovarian Granulosa Cells. Journal of the Endocrine Society (2019)

Marah ArmoutiElie HobeikaJennifer Hirshfeld-CytronJuan AlvarezNicola WinstonCarlos Stocco

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