Michael Levin Email & Phone Number

Philadelphia, Pennsylvania, United States

Bioinformatics/Genomics Research using computation, statistical modeling and artificial intelligence (AI):-Using Bioinformatics/Genomic tools and software to analyze the relationship between healthy and non-alcoholic, fatty liver disease (NAFLD), and between fasted and high-carb diet (HCD).-Nextflow and nf-core-RNA-seq for gene quantifications-Analyzing.

Philadelphia, Pennsylvania, United States

Develop machine learning methods for building disease prediction models and disease-disease relationships.-Develop computational methods to predict disease-disease relationships.-Applying research article’s published codes (Github) to our research problems, run them, and obtain results with novel insights behind them.-Running RNA-Seq pipeline and DESeq2.

Disease Epidemiology modeling using computer programming:-Using Python program to run SIR and SEIR (with variations) Models for Epidemiology.-Applying SEIR model to studying COVID-19's effect.-Plotting differential equations and Euler’s Methods for Systems of Equations that represents susceptible, infected, recovered and other parameters with immunity.

Bethlehem, Pennsylvania, United States

Biomaterials Research, specializing on the field of Spinal Implants.-Spine implant’s surface topology and elemental composition analysis, along with testing implant’s effects on bone cell’s attachment, proliferation, and differentiation rate.-Working independently on Wet Lab, Material Science, and Microscopic Bench work.-Cell Culture Maintenance.-Protocol.

Bethesda, MD

Advanced Microscopy Research, specializing on Optical Resolution and Fluorescence Imaging:-Acquiring, untwisting, and tracking C. Elegan’s cellular imaging for anatomical, 4D mapping.-Working independently, as well as in group setting, on Wet Lab, Computational, and Microscopic Bench work.-Screening strains for potential tracking.-Running optical images.

333 Cottman Avenue

Biochemistry and Cancer Research, specializing on the field of Proteomics:-Testing an inhibitor's effect on cancer cell's ABC Transporters for determining inhibition success on that protein, and to identify its therapeutic, binding sites.-Worked independently on Wet Lab Bench work.-Improved protocols for more efficient results.-Analyzed peptide mass.

Greater Philadelphia Area

Pharmaceutical and Cancer Research, specializing on the field of Nanomedicine:-Development and synthesis of novel pH-responsive nanoparticles for targeted, intracellular delivery of therapeutics towards cancer cells. -Worked independently, as well as in group setting, on Wet Lab Bench work. -Included alteration of nanoparticulate surface coatings, core.

Doctor Of Philosophy - Phd, Bioengineering, 4.00 Gpa

Master Of Science - Ms, Bioengineering And Biomedical Engineering, 3.45 Gpa

Master's Thesis

Bachelor Of Science (B.S.), Biochemistry, 3.63 Gpa

Activities and Societies: Biomedical Engineering Society Temple Unviersity Chemistry Society Temple University Biology Society Temple.

High School Scholar Diploma

Activities and Societies: ChemClub, Environmental Club, Science Olympiad, Math ClubCum Laude