WINFRED BERNARD WILLIAMS

*** *** **** ***** ********, Georgia 317**-****** 229-***-**** adg3h2@r.postjobfree.com

CAREER PROFILE

Dynamic, biology and chemical analyst with a strong understanding of the science field of agriculture, and forensics. Proven expertise in working together to positively impact health for everyone, everywhere making the world a healthier place.

PROFESSIONAL EXPERIENCE

JLA, INC. / IEH AGRICULTURE LABORATORY, Albany, Georgia

Biology and Chemical Analyst, 07/2000 – Present

Responsible for performing microbiology and chemical analyses for food borne illness (i.e. E. coli, Salmonella sp., Staph aureus, Listeria, and coliform) and aflatoxin and chemical analyses (free fatty acid, mycotoxins, and fatty acid composition). Analyze and report data based on results. Order and purchase lab supplies and calibrate equipment. Handled questions and concerns for customers. The only analyst to communicate with customers/enter approved and issuing results. Prepare products from all four food groups for microbiology and chemical testing.

DOUGHERTY COUNTY SCHOOL SYSTEM, Albany, Georgia

Substitute Teacher, 10/1999 – 06/2000

Responsible for educating secondary and elementary students in all subjects by providing instruction, managing the classroom environment, and promoting student learning. In charge of implementing the teacher lesson plans, assign student class work and homework, maintain classroom control and discipline. Completed a daily report or evaluation to communicate any pertinent information resulting from the day's events. Reviewed with principal or designee, all plans, duties and schedules to be followed during the teaching day, maintained as fully as possible the established routines and procedures of the school and classroom to which was assigned.

MINORITY BIOMEDICAL RESEARCH SUPPORT (MBRS), Albany, Georgia

Researcher – (INTERN), 09/1995 – 06/1996

Organosilicon: Novel Reactions of [Trimethylsilyl)methyl] Lithium with Boron Halides.

This research involved preparing biologically active molecules with lower toxicities and focusing upon silicon-substituted counterparts of medicinal agents. It was discovered that reactions of the bulky [tris (Trimethylsilyl)methyl] lithium with Boron trihalides afforded none of the expected alkyboranes. The structures of some of these agents were theorized to be similar to the C60 Fullerene inhibitors.

UNIVERSITY OF KENTUCKY MEDICAL CENTER, CENTER FOR TOXICOLOGY, Lexington, Kentucky

Research Fellow – (INTERN), 06/1995 – 08/1995

A Novel Female-Specific Zinc Binding Protein in the Longjaw Squirrelfish Holocentrus marianus.

This research involved the isolation and characterizing of a novel zinc protein in this particular species of coral reef fish. This research was used in investigating the protein metallothionein (MT) for toxicological use in metal toxicity and oxidative stress in many diseases and advances. The zinc binding protein is theorized to possibly assist in some aspects of Alzheimer’s disease research. Presented at NIH/NIGMS Research Symposium in Washington, D.C.

MINORITY BIOMEDICAL RESEARCH SUPPORT (MBRS), Albany, GA

Researcher – (INTERN), 06/1993 – 02/1995

Organosilicon: Novel Reactions of [Trimethylsilyl)methyl] Lithium with Boron Halides.

This research involved preparing biologically active molecules with lower toxicities and focusing upon silicon-substituted counterparts of medicinal agents. It was discovered that reactions of the bulky [tris (Trimethylsilyl)methyl] lithium with Boron trihalides afforded none of the expected alkyboranes. The structures of some of these agents are theorized to be similar to the C60 Fullerene inhibitors. Presented at NIH/NIGMS Research Symposium Atlanta, GA

EDUCATION

Albany State University, Albany, Georgia – BS, Biology

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