Kelly King
Tucson, AZ
*******@*****.*******.*** - 520-***-****
To attain a position in a biological or biochemical-based lab where I can further my skills in experimental
procedures and provide a new, unique outlook to ongoing or future research. I also plan on attending graduate
school in the near future for an MS in an evolutionary biology/genetics-related field. My current studies focus
on Elasmobranch evolution of peripheral sensory system physiology and genetic pathways, reproductive
ecology and post-copulatory sexual selection, and shark adaptive immune system development, biochemistry,
genetics, and physiology as well as potential therapeutic applications to human diseases and cancer; as well
as a focus on proximal evolution of biochemical networks involved in feather pigment expression in the AZ
House Finch.
Authorized to work in the US for any employer
WORK EXPERIENCE
Lab Assistant
University of Arizona - Tucson, AZ - February 2014 to Present
Badyaev Lab (EEB Department, Dr. Alex Badyaev, under Erin Morrison)
Involved in research involving the proximal evolution of biochemical pathways which control the expression
of dietary carotenoids into feather pigments in the Arizona House Finch during molt.
Responsibilities include extracting the carotenoids from pigmented feathers, running through HPLC, analyzing
the HPLC peak printouts, entering data in a mass spreadsheet, building presence/absence networks for
target chemicals, constructing biochemical networks based off presence/absence networks, determining color
concentration, hue, and intensity of feather color of bird, and comparison of color, age, and biochemical network
to observe any changes across an individual’s lifetime.
Volunteer Research Assistant
Bureau of Land Management - Tucson, AZ - May 2013 to July 2013
Responsibilities
Bureau of Land Management (Jeff Sims, under Scott Boling)
Sampled endangered fish and invasive species populations as well as tested freshwater pond chemistry
fluctuations (time of day, before and after monsoons) to see the effect of changing water chemistry on local
population fitness.
Habitat reparation to preserve endangered species from invasive species, or from potentially destructive
human interference.
EDUCATION
BS in Ecology and Evolutionary Biology
University of Arizona
May 2015
Diploma
University High School
May 2010
SKILLS
Offer a unique way to approach topics of research, develop hypotheses, and how to proceed with following
experiment(s). Very comfortable in a lab environment and performing relevant experimental procedures.
Familiar with a myriad of common lab procedures, equipment, and protocols. Learn unfamiliar experimental
protocol quickly and efficiently to be able to proceed with the procedure on my own-or delegate responsibilities
among members of a team. Punctual and come to work with knowledge of current task-at-hand. Passion for
the research project that I am devoting my time to, as well as finding a way to get others interested in the topic
of research without much knowledge on the subject.
ADDITIONAL INFORMATION
LAB SKILLS
(Relevant Coursework at U of A)
Recombinant DNA Methods and Applications, Evolution of Animal Form and Function, Ichthyology, Genetics,
Population Genetics, Evolutionary Biology, Oceanography, Animal Brain, Science, Sex, and Sociology,
Ecology, Biostatistics, Animal Anatomy and Physiology, Species Diversity, Microbial Diversity, Organic
Chemistry
EXPERIMENTAL PROCEDURES
High Liquid Performance Chromatography (HPLC) to analyze extracted carotenoids from feathers
HPLC printout analysis of peaks/target products
Feather washing and extraction of carotenoids from pigmented part of feather for HPLC analysis
Building biochemical networks depicting chemical changes from a dietary carotenoid into a chemical pigment
expressed in feathers
Preparation of required reagents and buffers using designated protocols
Transformation of gene sequences into E. coli via a plasmid vector
PCR amplification/check-PCR confirmation of product
Isolation of bacterial/yeast clones using restriction enzyme digests and ligations
Environmental Stress Response (ESR) experiments
GFP-tagging of genes and using secondary antibodies to bind GFP; used in Western Blot for
immunofluorescence visualization under IR light (enzyme-linked immunosorbent assay method)
Agarose Gel Electrophoresis, Flow Cytometry, Western Blot, and SDS-PAGE analysis
Reverse transcription of mRNA into cDNA
Isolation/purification of cDNA for microarray analysis
Nutrient Deprivation experiments with Saccharomyces cerevisiae
Dissolved oxygen, ammonia, and nitrate analysis of freshwater ponds
Genetic sequencing using the Sanger method and bioinformatics
Various purification and product identification techniques performed in a chemistry lab (e.g. crystallizations,
HPLC, condensations, hydrations, infrared (IR) spectroscopy, gas chromatography (GC),centrifuge/centrivac
use, etc)
DATA ANALYSIS AND SOFTWARE SKILLS
Microsoft Excel: compiling years of previous data and current data (from HPLC printouts, Finch color,
biochemical networks, and carotenoid presence/absence) into larger datasets for analysis and research paper
write-up; creating graphs, performing correlational calculations with values of interest using Excel functions,
and use of multiple methods to illustrate results of experimentation
Microsoft Word: writing research papers and/or consolidating main ideas or results from larger acquired
datasets
Microsoft Powerpoint: creating presentations for research proposals and experimental findings
Cytoscape: to build biochemical pathways
SigmaScan Pro: to analyze feather color concentration, hue, and intensity
Adobe Photoshop
Java TreeView: analyze microarray data by viewing up- and down-regulation of target genes in response to
stress
4Peaks and FinchTV: analyze and identify sequenced genes by comparison with known sequences
Protein and Nucleotide BLAST (basic local alignment search tool)
Correlating gene regulation in response to stress with overall function in an organism and with other genetic
pathways