Matthew Jordan Dean

Assistant Professor

UIUC

Affiliations

College of Agricultural, Consumer and Environmental Sciences

Animal Sciences

Department of Animal Sciences

Matthew Jordan Dean is currently serving as an Animal Sciences Assistant Professor at Uiuc.

Honors

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Experiences

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Education

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Matthew Jordan Dean

UIUC

Assistant Professor

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gynecology cell biology ovarian cancer gynecologic oncology gynecologic cancers tumor biology reproductive endocrinology endocrinology cancer cells reproductive science endocrine-related cancers cancer biology metabolism metastasis reproductive medicine oncogenes reproductive biology embryology physiology endocrine research implantation (embryology) molecular cancer reproductive hormones tumor suppressors reproductive physiology animal physiology female reproductive system theriogenology cancer genetics glycogen content radiation oncology reproductive health ovarian hormones hormonal receptor fallopian tube cell metabolism animal science reproductive immunology obstetrics and gynaecology cancer imaging mammalian biology tumoral pathology cellular physiology animal reproduction cell migration malignant disease glycosylation glycogen synthase glycogen levels glycogen synthesis cell motility endocrine mechanisms hormonal contraceptives gynecological surgery endocrine oncology oogenesis phytochemicals tissue imaging oncologic imaging protein mass spectrometry sample preparation cell regulation cell proliferation cellular senescence placental development activin a fallopian tube epithelium non-canonical signaling endocrine function endometrial glycogen concentrations glycogen metabolism vivo activity flavonoid apigenin progesterone receptor modulator drives tumorigenesis spontaneous fallopian tube

Notable Scholarly Works

Notable Federal Grants

Collaborators

Membrane Progesterone Receptors Mediate Progesterone-Stimulated Glycogenolysis in the Bovine Uterine Epithelium. Reproduction (2024)

Malia BergMatthew Dean

gynecologyreceptorstheriogenologycell biologyreproductive physiologyreproductive sciencemetabolismendocrine researchglycogen contentglycogen abundanceanimal physiologyphysiologyreproductive hormonesmembrane progesterone receptorsendocrinologyreproductive medicinereproductive endocrinologyembryologyreproductive biology

Progesterone Increases Metabolism via the Pentose Phosphate Pathway in Bovine Uterine Epithelial Cells. Molecular Biology Reports (2024)

Malia D BergCamila U BrazMatthew Dean

gynecologyreproductive sciencemetabolismpentose phosphate pathwayendocrinologyreproductive physiologysteroid metabolismanimal physiologyphysiologyreproductive hormonesreproductive biologyendocrine research

The Glycogenolytic Enzyme Acid α‐Glucosidase is Expressed in the Bovine Uterine Endometrium. Reproduction in Domestic Animals (2024)

Malia D. BergMatthew Dean

gynecologybovine uterine endometriumglycogen catabolismreproductive immunologyendocrinologycell biologyenzyme activitybiochemistryreproductive endocrinologycell and molecular biologyglycosylationimplantation (embryology)cellular biochemistry

Endometrial Glucose Metabolism During Early Pregnancy. Reproduction and Fertility (2023)

Ziting ChenMatthew Dean

developmental biologygynecologymetabolic pathwaysreproductive sciencemetabolismembryonic developmentplacental developmentembryo attachmentreproductive medicinephysiologyearly pregnancyembryologyreproductive biologycell metabolismearly embryosimplantation (embryology)

Sat001 Membrane Progesterone Receptors Induce Glycogenolysis in Uterine Epithelial Cells. Journal of the Endocrine Society (2023)

Malia BergMatthew Dean

gynecologytheriogenologycell biologyreproductive physiologymammalian biologydevelopmental biologyreproductive sciencemetabolismendocrine researchuterine epithelial cellsglycogen contentanimal physiologyreproductive hormonesmembrane progesterone receptorsendocrinologyreproductive medicinereproductive endocrinologyembryologyreproductive biologyimplantation (embryology)

Effect of Estradiol and Igf1 on Glycogen Synthesis in Bovine Uterine Epithelial Cells. Reproduction (2022)

Alexis GonzalezMalia D BergBruce SoutheyMatthew Dean

gynecologyreproductive sciencemetabolismcellular differentiationendocrinologytheriogenologyglycogen synthesiscell biologyanimal scienceanimal physiologyreproductive endocrinologymammalian biologyembryologyglycogen levelsneeded.glycogen storageendocrine researchgrowth hormone

Endometrial Glycogen Metabolism During Early Pregnancy in Mice. Molecular Reproduction and Development (2022)

Ziting ChenKassandra SandovalMatthew Dean

gynecologyreproductive sciencemetabolismglycogen storageendocrinologyglycogen levelsbiochemistryreproductive medicinereproductive endocrinologymammalian biologyembryologyglycosylationcell metabolismglycogen synthaseimplantation (embryology)endocrine research

Establishment and Characterization of Epithelial and Fibroblast Cell Lines From the Bovine Endometrium. In Vitro Cellular & Developmental Biology - Animal (2022)

Malia D. BergZiting ChenMatthew Dean

gynecologyreproductive sciencecellular differentiationtheriogenologycell biologyanimal biotechnologyanimal reproductionreproductive physiologyanimal sciencetissue (biology)embryologyfibroblast cell linesbovine endometrium

Versican Secreted by the Ovary Links Ovulation and Migration in Fallopian Tube Derived Serous Cancer. Cancer Letters (2022)

Angela RussoZizhao YangGeorgette Moyle HeyrmanBrian P. CainAlfredo Lopez CarreroBrett C. IsenbergMatthew J. DeanJonathan CoppetaJoanna E. Burdette

gynecologyfemale reproductive systemtumor biologyovary links ovulationgynecologic cancersreproductive immunologyovarian cancertumoral pathologyendocrine-related cancersreproductive medicinereproductive endocrinologyfallopian tubemalignant diseaseserous canceroogenesisgynecologic oncologypathology

Endometrial Glycogen Metabolism on Days 1 and 11 of the Reproductive Cycle in Dairy Cows. Animal Reproduction Science (2021)

Kassandra SandovalMalia D. BergAnne R. GuadagninFelipe C. CardosoMatthew Dean

developmental biologygynecologyreproductive sciencedays 1metabolismtheriogenologyendocrinologyglycogen contentanimal reproductionreproductive physiologyanimal scienceanimal physiologyreproductive endocrinologyphysiologycattle glycogen