Michele Evans Wikipedia, Md, Fetility, Facebook, Salary, Linkedin

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin – Internist and oncologist Dr. Michele K. Evans received her undergraduate degree from Barnard College at Columbia University and a degree. Medicine from the Robert Wood Johnson School of Medicine at Rutgers, State University of New Jersey, Piscataway.

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, LinkedinMichele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

Biography of Michele Evans

Name Michele Evans
Nickname Michele
Year old Unknown
Date of birth Unknown
Job American internist and oncologist
Zodiac sign Unknown
Religion Unknown
Nationality American
place of birth America
Hometown America

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

Physical statistics by Michele Evans

Height Unknown
Weight Unknown
Eye color Brown
Hair color Brown
Shoe Size Unknown

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

Education level of Michele Evans

School Unknown
College or university? Barnard College, Rutgers Robert Wood Johnson Medical School
academic level Graduated

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

Michele Evans’s family

Dad Unknown
Mom Unknown
Siblings Unknown
children Boy: Unknown Girl: Unknown

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

Michele Evans’ marital status

Marital status Married
Name of life partner Unknown
Wedding day Unknown
job Unknown

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

Michele Evans . Collections and Net Worth

Net worth in dollars 1 million
Wage Unknown

Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

Michele Evans’ social media account

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Michele Evans Wikipedia, Md, Fertility, Facebook, Salary, Linkedin

News of Michele Evans

She completed graduate study in internal medicine at Emory University School of Medicine and a fellowship in medical oncology at the National Cancer Institute (NCI) Clinical Oncology Program. Dr. Evans oversees training for the NIA’s Internal Research program and is NIA’s Associate Scientific Director. He has a medical background and conducts basic reference research on the biology of minority health disparities and aging in addition to epidemiological clinical research on health disparities. health.

At this time, it remains unclear what biological and molecular processes influence human health and longevity in American culture. We conduct integrated clinical and basic science research with the goal of identifying the underlying factors that contribute to the disproportionate morbidity, morbidity and mortality from age-related diseases in minorities and low socioeconomic status (SES).

This strategy provides a two-way link between clinical research and basic science research in the laboratory extending from the target epidemiological population to the bench. Can understand race, socioeconomic status, culture, behavior, environmental exposure, biological vulnerability, genetics, social environment, accessibility to health care Health and quality of care interact to create disproportionate rates of age-related illness and disability.

The DNA repair process is thought to be crucial for maintaining genome integrity. Tumor formation is facilitated by the generation of genetic lesions, loss of fidelity in the replication machinery, and missing DNA repair systems. Likewise, cellular senescence or senescence is defined by the random accumulation of DNA, RNA, or protein damage or mutations, as well as a possibly impaired ability to repair DNA. The age-related increase in cancer incidence provides further evidence of molecular similarities between these two biological processes.

Impaired DNA repair capacity appears to be an important and converging component underlying the important clinical symptoms associated with abnormalities in the DNA repair pathway. The overall goal of our study was to learn more about the role of DNA repair in cellular aging and carcinogenesis in order to find strategies that use measured DNA repair as a tool. clinical tool in the detection and treatment of cancer, as well as diseases related to aging. illness and disability.

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Categories: Biography
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