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Carlos Vasquez

Majored in Biochemistry And Chemical Biotechnology
Northampton Community College, Class of 2021
From East Stroudsburg, PA
Bilingual student with experience in international health care. Successfully achieving an international Medical degree and practicing Medicine in Ecuador. Now looking to apply my knowledge in the future of medical treatment, which I believe lies in understanding our molecular biology. I am a self-starter and quick learner.
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Carlos Vasquez Made Northampton Community College Dean's List

Carlos Vasquez, a biotechnology student from West Easton, has been named to the Dean's List for the Spring 2019 semester at Northampton Community College (NCC). Nealry1,950 high-achieving students...

June, 05 2019 - Northampton Community College
Carlos Vasquez Graduates from Northampton Community College

On May 23, 2019, a total of 794 graduates received associate degrees, specialized diplomas, and certificates from Northampton Community College (NCC) at the Spring Commencement ceremony. Carlos Va...

June, 03 2019 - Northampton Community College
Carlos Vasquez Made Northampton Community College Dean's List

Carlos Vasquez , Biotechnology Degree student from West Easton , has been named to the ...

January, 10 2019 - Northampton Community College
Northampton Community College Announces Enrolled Students

Northampton Community College is excited to welcome new and returning students to campus for the Fall 2018 semester. Northampton Community College is excited to welcome Carlos ...

August, 20 2018 - Northampton Community College
Carlos Vasquez Made Northampton Community College Dean's List

Carlos Vasquez , Biotechnology student of Easton , has been named to the Dean's List f...

June, 05 2018 - Northampton Community College
Carlos Vasquez was recognized for earning an academic award
Science fair poster winner in the Biology category.
Spring 2018 - Added by Carlos
Carlos Vasquez was recognized for earning a spot on the Dean's List
Spring 2017 - Spring 2018 - Added by Carlos
Science Fair
Best poster winner in the Environmental Science category. Effects of Deicers on the Environment: Impact on Freshwater Algal and Protozoan Communities.
Spring 2018 - Northampton Community College
Added by Carlos
Beacon Conference
The Human Gut Microbiota and Microbiome Evolution and its Role in Human Diseases - Presenter
Northampton Community College
Added by Carlos
Phi Thetta Kappa
Honor Society Member for achieving and maintaining a GPA above 3.5
Northampton Community College
Added by Carlos
The National Society of Leadership and Success
Together with our fellow members, we established parameters in order to be better leaders and improve our participation in our community.
Northampton Community College
Added by Carlos
Medical Resident at Hospital de Guayaquil

Treat patients in the surgery, pediatric, internal medicine and OB/GYN emergency departments.

June 2011 - May 2012
Beacon Conference - The Human Gut Microbiota and Microbiome Evolution and its role in Human Diseases
Understanding the evolution of our microbiota and microbiome could help us understand its role in the appearance of human diseases.
Conferences
The Effects of Deicers on the Environment: Impact on Freshwater Algal and Protozoan Communities
Using salt as road deicer is affecting aquatic life and freshwater supplies could be threatened in a near future. The purpose of this work is to determine how deicers affects these microorganisms and their effects on environment.
Research Projects
Microorganisms Associated with Chicha Fermentation
In South America the consumption of fermented drinks dates from ancestral times. The most recognize drink is the “Chicha”, a popular fermented drink made from cereals, fruits and tubercles. This studies analyze the presence and association of microorganism involve in the process of fermentation of these drinks. How they interact between communities and their involvement with the conservation of food. And how helpful is the interaction between humans and the health advantages that they promote.
Research Projects
Mesenchymal Stem Cells as a Possible Treatment for Stroke
Stroke is a leading cause of disability, and cell-based therapy for stroke, frequently studied in recent years, has shown promising results. The central nervous system (CNS) cannot regenerate itself by nature. For neural tissue damage repair, neural stem cell (NSC) implantation offers a promising solution. Mesenchymal stem cells (MSCs) have displayed capabilities in regenerative therapy for the treatment of stroke, as a ready supply of angiogenesis, antiapoptotic, and mitogenic factors and for their ability to migrate in damaged tissue and differentiate into neuronal cells.
Research Projects
Genome Editing: New Tools for Treatment of Diseases
There are many tools for the process of bioengineering, such as ZFN, TALENs, CRISPR/Cas systems, and two recently synthesized new editing tools, NgAgo and SGN (Malankhanova, Malakhova, Medvedev, & Zakian, 2017). But the most frequently used instrument for genome editing is the CRISPR/Cas9 system, as many research studies show it is being used in cancer research, in x-linked severe combined immunodeficiency (SCID), RNA associated diseases, Huntington’s disease, sickle cell disease, cystic fibrosis, just to name a few. It is even being implemented to treat infectious diseases such as HIV.
Research Projects
LIPID MEASUREMENT OF CHLORELLA VULGARIS CULTURED IN DIFFERENT GROWTH MEDIUMS
We are living in a world in energy crisis and with fear of what would happen now and in the future with global warming and climate change, it is important to consider environmental friendly alternatives such as the cultivation of microalgae. Microalgae are photosynthetic microorganisms, while they growth they reduce the atmospheric concentration of CO2 making microalgae an effective environmental alternative.
Research Projects
DNA Fingerprinting Using Restriction Enzymes (Capstone Project)
DNA fingerprinting is a genetic typing technique that allows the analysis of the genomic relatedness between samples, and the comparison of DNA patterns (Heras, 2016). DNA samples were collected from a crime scene and two suspects, using restriction enzymes (EcoRI, HindIII) the samples were cut and analyzed with agarose gel electrophoresis. A standard curve was generated and the molecular weight (size) of the fragments were calculated and analyzed.
Research Projects
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