K. Wyatt McMahon, Ph.D.
Ludwig Center for Cancer Genetics and Therapeutics
Sidney Kimmel Cancer Center Johns Hopkins Medical Institutes
**** ******* **. ****** ******** Building 1 Baltimore, MD 21287
Cell: 806-***-**** Email: ********@****.***
Candidate Summary
Rare combination of substantial wet-bench experience with extensive computational/programming experience.
13 years of combined computational biology and oncology bioinformatics experience – 20 years total wet-bench and computational research experience.
Independent and collaborative problem-solver answering imperative biological questions leading to 18 peer-reviewed publications, mostly using bioinformatics to glean insight into biological processes.
Experience
January 2014- Present
Faculty Research Associate
Ludwig Center for Cancer Genetics and Therapeutics, Department of Oncology Johns Hopkins Medical Institutes
Directors: Drs. Bert Vogelstein & Kenneth W. Kinzler
Focused on cancer-personalized medicine
Collaboratively developed the group’s bioinformatics suite/pipeline (“X-mansion”: seven custom programs which run on a 12-node Sun Grid Engine-powered cluster complete with automated data transfer and SQL upload) for handling confidential patient data.
Worked in a team-oriented environment on projects that led to publication in high-impact journals
Trained junior team members in computer programming and other aspects of bioinformatics
May 2013-Dec 2013
Co-Founder & CSO
NextGen-Bioinformatics/ Labease Products
Founded a bioinformatics consulting firm to improve cancer genomics pipelines
Initial client was Ludwig Center (Hired to work full-time in January 2014)
May 2011-April 2013
Bioinformaticist
Data Analysis Core - Virginia Bioinformatics Institute at Virginia Tech
Developed novel methods to analyze “omics” data using R, perl, and Linux-based programs to create bioinformatic solutions to genomic and functional genomic problems (including DNA- and RNA-Seq, Affy microarray, transcriptome and genome assembly in a client-facing academic center)
Developed publication-ready reports & figures on the biological implications of analysis results
February 2008-May 2011
Postdoctoral Research Associate
Department of Internal Medicine – Texas Tech University Health Sciences Center
Utilized distributed computing (Condor) with R, Windows, and perl – using the gene expression omnibus (GEO) and novel algorithm development – to use animal models to better understand the molecular mechanisms of diabetic kidney disease
Laboratory supervisor for diabetic nephrology laboratory. Mentored medical & graduate students, and nephrology fellows in wet-bench experiments. Led team to win multiple awards and recognition at local and national meetings for presentation of novel research.
May 2007- February 2008
Postdoctoral Research Associate
Center for Functional Genomics – Texas Tech University
Used Agilent microarray, Bioconductor, R, GeneSpring, and perl to analyze functional genomic data created in-house and for clients
Education and Training
2007 Texas Tech University Health Sciences Center – Ph.D. – Cellular and Molecular Biology
2003 Cold Spring Harbor Scholarship and Course in Bioinformatics
1999 Baylor University – B.S. – Biology
1996-98 Howard Hughes Medical Institute undergraduate research scholar at Texas Tech University
Skills and Expertise
Programming: Expert: R, perl, bash, SGE scripting. Proficient: C#, SQL, MySQL, Linux/Windows interactions, Visual Studio/Winforms. Intermediate: C++, python, htseq, HTML. Novice: Java, JS, CSS
Linux bioinformatics: Expert: Samtools, bioconductor, Tuxedo package, isPCR, netMHC. Intermediate: BWA
Windows bioinformatics: Expert: CLCbio, GeneSpring, Ingenuity Pathway Analysis
Web bioinformatics: Expert: EGA sequence uploads, UCSC CustomTrack creation, DAVID, STRING, PANTHERdb. Intermediate: COSMIC, TCGA
Wet-bench: Expert: Tissue culture, sub-cloning, PCR, qRT-PCR, primer design, RT-PCR, restriction enzymes, bacterial culture, reporter assays, diabetic rat model, survival surgery, necropsy, DNA purification with kit and CsCl. Proficient: Sanger Sequencing (automated and S35), Southern, northern and western blotting, immunoprecipitation, recombinant protein expression. Coomassie blue stain, fluorescence microscopy, immunocytochemistry, RNase Protection Assay, immunohistochemistry.
References
Ken Kinzler, Ph.D. Co-Director of the Ludwig Center (*******@****.*** - 410-***-****)
Bert Vogelstein, MD. Co-Director of the Ludwig Center (*******@*****.*** - 410-***-****)
Others and publications on request