Adriana L. Villamil
*** *. ******* **. *** * - Reading, PA 19601 - 717-***-****
Email: *****************@*****.***
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OBJECTIVE
Obtain an entry-level position in a scientific company with applications in biology
and chemistry.
EDUCATION Cumulative GPA 3.67
Bachelor of Science in Biology May 2010
Millersville University of Pennsylvania
Associate Degree in Biology May 2008
Harrisburg Area Community College
Dental Assistant Certification June 2005
Lancaster County Career & Technology Center
WORK EXPERIENCE
Dental Assisting Internship-Clinical rotation June 2005
Dr. John Taylor DDS
Schaefferstown, PA 17088
SCHOLASTIC EXPERIENCE
Laboratory work in Chemistry courses and Biology Courses:
Developmental Biology laboratory research
● Chick development and shell-less cultures
● Culture of Embryonic Chick Lung Rudiment April 2010
Laboratory Techniques in Biology:
● PCR analysis
● Human karyotype analysis, Inheritance studies, Balanced lethal marker
analysis
● Microscopy, plate streaking, aseptic techniques
● Microbiology staining techniques (i.e. negative stain, gram stain)
● Examination of cultured tubes and identification of gram positive
unknowns
Laboratory Techniques in Chemistry:
● Spectrophotometry ● Simple protein extraction
● Liquid and paper techniques
Chromatography ● Kinetic Assays
● Electrophoresis ● Isolation & analysis of lipids
● SDS-page and agarose ● Restriction Enzyme (RE)
● Western Blot analysis
ADDITIONAL SKILLS
Computer skills: Microsoft Office, Basic Programming
Bilingual: Spanish
Other: technical writing skills, customer service
REFERENCES
Available Upon Request
ABSTRACT
Culture of Embryonic Chick Lung Rudiment
In vitro culture of organ primordia is a useful tool in understanding the development of
different organs (such as the lung). This is fundamental in developing new approaches to the
study and treatment of certain diseases (in both animals and humans). Primordial lung tissue of
the 6 day-old chick embryos were successfully cultured, and allowed to develop into
rudimentary lung organs. However, not all primordial lung tissue developed equally. In the best
case, tissue development progressed in vitro similarly to embryonic lung development in vivo.
Distinct development of bronchial tubes and primary air sacs were observed during one week in
culture. In other instances specific tissue development never seemed to commence. Some
tissues even exhibited isolated areas of inactive development, while the remainder of the
primordial lung tissue developed normally.