Michael P. Sarras Jr.

Professor Emeritus

Rosalind Franklin University of Medicine and Science

Affiliations

Chicago Medical School

School Of Chicago Medical

Department Of Anatomy And Cell Biology

School Of Chicago Medical

Department Of Cell Biology And Anatomy

School of Graduate and Postdoctoral Studies

Department of Cell Biology and Anatomy

Rosalind Franklin University of Medicine and Science

Michael P. Sarras Jr. is currently serving as a Chicago Medical School Professor Emeritus at Rosalind Franklin University of Medicine And Science.

Honors

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Experiences

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Education

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Michael P. Sarras Jr.

Rosalind Franklin University of Medicine and Science

Professor Emeritus

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developmental biology physiology cell biology diabetes diabetes research cellular physiology molecular biology gene expression regeneration (biology) morphogenesis mammalian biology tissue (biology) membrane biology molecular physiology biochemical sciences biological chemistry matrix biology developmental cell cellular biochemistry zoology vascular biology diabetes mellitus cell and molecular biology fish biology molecular and cellular biology animal science bone research developmental science developmental genetics protein expression embryonic development zebrafish embryos cartilage gene evolution insulin signaling gestational diabetes cell specialization expression pattern normal development diabetic neuropathy cell-matrix interactions bone morphogenic protein metalloproteins bone repair bone metabolism graft rejection renal pathophysiology renal function histocompatibility graft survival functional regulation molecular regulation cell culture molecular basis in vivo systems fibrinolysis vertebrate vision clinical effectiveness clinical medicine clinical physiology clinical reviews evolutionary developmental biology neuroregeneration non-collagenous domains foot process differentiated cells extracellular matrix degradation renal transplantation anti-gbm nephritis metabolic memory chronic diabetes complications epigenetic mechanisms foot morphogenesis meprin-like astacin metalloproteinase insulin receptor homologue insulin-like molecule synthetic biology translational research gene therapy computational biology biomedical informatics xenotransplantation regenerative medicine stem cells developmental system genetics bioinformatics cell engineering molecular medicine cell metabolism nature method cell research biosystems biotechnology advance epigenetics molecular diagnostics plo biology metabolic pathways animal biotechnology biology molecular cell biology aging cell stem cell research transcriptome omics diabetic medicine functional genomics health sciences biostatistics diabetes therapies cellular differentiation metabolic syndrome human biology systems biology experimental medicine

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hydra Matrix Metalloproteinase (Hmmp). Handbook of Proteolytic Enzymes (2025)

Hydra Metalloproteinase 1. Handbook of Proteolytic Enzymes (2025)

Recurrent Gestational Diabetes Mellitus: A Narrative Review and Single-Center Experience. Journal of Clinical Medicine (2021)

Aoife M. EganElizabeth Ann L. EnningaLayan AlrahmaniAmy L. WeaverMichael P. SarrasRodrigo Ruano

narrative reviewsingle-center experienceclinical reviewsclinical medicineclinical effectivenessclinical epidemiologyclinical physiologymedicinegestational diabetesclinical researchfamily medicinematernal healthhealth sciencesdiabetesclinical psychology

Hydra, as a Rosetta Stone for Deciphering the Underlying Mechanisms of Modern Day Regenerative Medicine. MOJ Anatomy & Physiology (2020)

future medicinal chemistrypharmacognosyregenerative medicinephysiologytranslational researchtranslational medicinealternative medicinenatural product communicationbiochemistrycell metabolismmolecular physiologychemical biologybiochemical sciencespharmacologymolecular pharmacologydrug discoveryregeneration (biology)

The Application of Transgenesis to Abraham Trembley’s Hydra, an Ancient Animal Model for the Study of Regeneration That Has Now Entered the 21St Century. Journal of Regenerative Medicine and Biology Research (2020)

developmental systemvertebrate paleontologyembryologybiological anthropologydevelopmental cellanimal biotechnologyhuman evolutionxenotransplantationdevelopmental biologybiologymorphology (biology)quantitative biologyevolutionary biologyhistorical biologymammalian biologymorphogenesisregeneration (biology)

Distribution of Methylated Regions Within Gdna in Acute and Chronic Phases of Diabetes Mellitus. (2019)

Frequency of Gestational Diabetes Mellitus Reappearance or Absence During the Second Pregnancy of Women Treated at Mayo Clinic Between 2013 and 2018. Journal of Diabetes Research (2019)

Elizabeth Ann L. EnningaAoife M. EganLayan AlrahmaniAlexey A. LeontovichRodrigo RuanoMichael P. Sarras

epidemiologydiabetes mellitussecond pregnancywomen's healthgestational diabetesmayo clinicmaternal healthdiabetesobstetrics and gynaecology

Hydra as a Unique Model for the Study of Regenerative Mechanisms in Metazoans. MOJ Anatomy & Physiology (2019)

metabolic engineeringmolecular and cellular biologymolecular metabolismhydrobiologiaapplied phycologymicroorganismsbiochemistrydevelopmental biologybioenergeticsbiologychemical biologybiochemical sciencesmorphology (biology)biological chemistryfungal geneticsmorphogenesiscell and molecular biology

Long-Term Complications in Diabetes Mellitus and the Interrelationship of Blood Vessel Formation, Endothelial Progenitor Cells, and Gdna Methylation. (2019)

diabetes therapymetabolic syndromediabetes carevascular biologychronic diseasespathologyphysiologypediatric diabetesmolecular medicineblood vesselsmetabolic pathwaysatherosclerosisdiabetes researchdiabetic medicinegenetic epidemiologyhealth sciencesdiabetes

Genetic and Chemically-Induced Zebrafish Models for the Study of Diabetes Mellitus. MOJ Anatomy & Physiology (2018)