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Assistant Plant

Location:
Arcadia, CA, 91006
Posted:
June 03, 2011

Contact this candidate

Resume:

DANUSHKA N. ABEYASEKERA

Arcadia, CA ***** United States

dna-systems.com

626-***-**** **********@*****.***

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OBJECTIVE

To gain valuable work experience in the field of biochemistry to further

increase the health and technology of the society and use my

biochemistry knowledge to improve the productivity and efficiency of the

company.

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WORK EXPERIENCE

GAR Laboratories, Inc., 1844 Massachusetts January 10th 2011 - present

Ave. Riverside, CA 92507

Research and Development Chemist

We work on projects ranging from cosmetics to hygienic products such as

shampoos, lotions, and make-up. I am currently involved in effective

communication with the formulator in order to create chemical formulas

to make the product according to the customers specifications. I create

the final product mixing the specific chemicals and work in a fast pace

environment.

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University of California Riverside, September 2010 - current

University of California Riverside

Post Undergrad Research

Working with the trans location of plant viruses to the nucleus. Main

takes include, western, southern blotting, PCR, imunoprecipitations and

other lab procedures.

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DNA- Systems Business, Riverside/ Los June 2009 - Current

Angeles

Owner/ Technician

Assist customers with computer and software technicalities

Establish and maintain the company and workforce

Coordinate the Marketing and web design intricacies

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Good To Go Auto, Pamona June 2009 - September 2010

Internship

Utilized computer systems (OBD II and Mitchell1 OnDemand5) to diagnose

mechanical failures

Hands on experience in learning mechanical systems and functions

Disassembled and reassembled automobile engines

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UCR Plant Pathology Laboratory, Riverside October 2009 - December

2009

Research Assistant

Conducted experiments on plant bacterial defense under the guidance of

Hailing Jin (Assistant Professor University of California Riverside)

Analyzed the conditions that produced the most effective plant defense

Conducted PCR (Polymerize chain reactions), DNA and RNA extractions and

Purifications

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California Institute of Technology September 2006 - September

Laboratory, Pasadena, CA 2007

Research Assistant

Project Title: Increasing the detraction resolution of the SecYE?

protein complex

Under the guidance of William Bil Clemons (Primary investigator)

experimented to better understand the functions of bacterial translocon

protein.

Key skills learned: PCR, PDB to analyze structure, Utilized DHPLC

(denaturing high-performance liquid chromatography), protein

crystallography, gel electrophoresis and E-coli plasmid insertions

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California Institute of Technology November 2005 - August 2006

Laboratory/Jet Propulsion Laboratory,

Pasadena, CA

Research Assistant

Project Title: What conditions produce powerful radio jets in the

galaxy?

Under the guidance of Joseph M. Mazzarella (Research Scientist)

utilized space coordinates to efficiently calculate the locations of

galaxies with live data in order to predict possible powerful radio

jets

Key skills learned: Excel, analyzed data with IPAC ( Infrared

Processing and Analysis Center) systems

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California Institute of Technology October 2004 - July 2005

Laboratory, Pasadena, CA

Research Assistant

Project Title: Mutating the P-Element gene by diet in the Drosophila

melanogaster to prolong its life expectancy

Under the guidance of Pankaj Kapahi ( Associate Professor) & Seymour

Benzer (Primary investigator) modified the diet of Drosophila in order

to analyze the effects of its lifespan caused by a change in the P-

Element gene

Key skills learned: Made fly food with specific sucrose and yeast

controls, learned pipetting skill, differentiated and crossed the

dominant strains of the fruit fly.

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SKILLS

Fluent in Sinhala, and Basic Sign Language

Ability to interact with a wide variety of cultures. Travelled to

England, India, Sri-Lanka

Proficient computer skills: Microsoft Word, PowerPoint, Excel,

Photoshop, Dreamweaver and Linux

Experience in professional computer networking

Excellent administrative skills

High sense of responsibility and able to perform multiple tasks in a

timely manner

Reliable, punctual, and flexible

Strong desire to succeed in educating, and helping my peers

Detail oriented

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EDUCATION

University of California Riverside, Riverside, September 2007 - March

2011

BS in Biochemistry

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AWARDS AND HONORS

Air Force Certificate of Achievement in Science and Multiple Science

fair awards

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CLUBS AND ORGANIZATIONS

Debate, Bio-med, Academic decathlon, Sign Language, Math club. Peer

tutors

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COMMUNITY INVOLVEMENT

Volunteer at Public library teaching kids vital math and science skills

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RESEARCH

Worked on multiple projects in California Institute of Technology and

University of California Riverside

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REFERENCES

William Bill Clemons, Primary

Investigator Professor

Molecular Biology

California Institute of Technology

*******@*******.***

tel: 626-***-****

1200 E California Blvd

MC 114-96

Pasadena, CA 91125, United States

Asst. Professor Bil Clemons received

his PhD from the University of Utah

working under Prof. Venki

Ramakrishnan. During this time he

spent two years as a visiting

scientist at the Laboratory of

Molecular Biology in Cambridge,

England. The most notable achievement

during his graduate work was that he

was part of the team that solved the

first atomic resolution structure of a

small ribosomal subunit. This work led

to a fundamental understanding of the

translation of the genetic code and

provided molecular details of the

mechanism of a number of antibiotics.

He then took a post-doctoral position

at Harvard Medical School working for

Profs. Tom Rapoport and Steve

Harrison. During this time he solved

the structure of the ubiquitous

protein translocation channel. This

membrane protein structure allowed for

a clear model of how this

fundamentally important complex could

perform its unique function. Arriving

at Caltech in 2006, the Clemons lab

has continued its focus on

structurally characterizing important

biological systems. Two current themes

in the lab are continued studies on a

variety of translocation systems and

the complex process of protein

glycosylation.

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Pankaj Kapahi, Associate Professor

Kapahi Labs

Buck Institute of Age Research

*******@*************.***

tel: 415-***-****

8001 Redwood Blvd,

Novato, ca 94945, United States

Mechanisms of regulation of lifespan

and metabolism by nutrient

manipulationn

The overall focus of the Kapahi

laboratory is to understand the

molecular mechanisms of aging. Dietary

restriction (DR) is a robust

environmental method of lifespan

extension in species as diverse as

yeast, worms, fruit flies and rodents.

Our laboratory was the first to

identify the role of target of

rapamycin (TOR) in mediating lifespan

extension by DR. We propose that

changes in mRNA translation downstream

of the TOR pathway are key mediators

of its lifespan effects. We are

employing an interdisciplinary

approach combining biochemical,

genetic and genomic techniques, to

understand how DR mediates changes in

lifespan and metabolism using

Drosophila melanogaster,

Caenorhabditis elegans and mammalian

cell culture. Due to its robustness

and strong conservation across

species, identifying the molecular

mechanisms that modulate lifespan upon

DR holds great promise to find

potential targets for enhancing

healthspan in humans. Our work also

has the broader significance to help

uncover the role of nutrition and

identify therapeutics for age-related

human diseases like cancer, diabetes

and neurodegeneration.

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Rao, Ayala L, Professor of Plant

Pathology & Microbiology

Virology

University of California Riverside

*.***@***.***

tel: 951-***-****

fax: 951-***-****

3264 WEBBER HALL University of

California Riverside

Riverside, CA 92521, USA

A fundamental question in virology is

how viruses package their genomes in

to stable virions. The major focus of

research in my laboratory is to

understand the mechanism of RNA

packaging in plant viruses with

divided genomes. To this end we are

using brome mosaic and cucumber mosaic

viruses as model systems for analyzing

various molecular interactions between

coat protein and RNA leading to

assembly of mature infectious virions.

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COURSE WORK

Biochemistry Series

Organic Chemistry

Biochemistry Lab Human Biochemistry

Methods of Cell Signaling

Protein Crystallography

Microbiology Lab & course

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INTERESTS

Health care, Automotive, Computers, Technology, cosmatics and Travel

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KEYWORDS

Biotech, lab, research, computer Technician, lab technician,

biochemistry, biologist, researcher, chemist, manager, owner.

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Contact this candidate