Molecular biology

Postdoctoral Training • Postdoc. Fellow, MIT, Dept. of Biology (Molecular Genetics; Lenny Guarente, 1983–1985) • Postdoc. Associate, MIT, Dept. of Biology (Molecular Genetics; Lenny Guarente, 1987–1989) The thing that make him stand out is his work on Molecular Neurobiology and stem cell biology that he also have a lab on this, and his research of molecular in health and disease. His important accomplishment would be his investigation of molecular neurobiology of midbrain dopamine neuronal system in

years, I chose biology as a major and by the time I had graduated, my interest and curiosity in biological studies expanded exponentially. The more I was reading biology, the more I was engrossed in it, particularly in Molecular Biology. That was the moment, I decided to pursue a career related to these fields. So I got admitted into the department of Biochemistry and Molecular Biology at University of Dhaka, which exposed me to the curious world of biochemistry and molecular biology, and satiated

and behavioral processes. This major gives students many marketable opportunities in medicine, dietetics, and clinical research. Finally, the third major that I would consider is Molecular Biology and Biochemistry. This major encompasses many principles of the biological systems as well as supplementing knowledge from Biology, Chemistry, and Physics. The spectrum of careers and applications of this major include research in biotechnology and genetic engineering. Some of the major skills that students

between the applications of research towards patient care. Working as a Research Assistant at the Piano Laboratory, I have an interest in developmental biology. At the Piano Lab, I assist my mentor, Patricia Giselle Cipriani, and her project on using RNAi on ovary-expressed genes and time-lapse microscopy in order to understand a comprehensive molecular description of the genetic and evolutionary mechanisms behind early embryogenesis in C. elegans. From the data obtained from the RNAi tests, gene clusters

STATEMENT OF PURPOSE VISHAL M Biology has always been a fascination since my primary education especially when my teacher started one particular class claiming to reveal the secret of life. She started to explain what is known as the “Central Dogma” of Molecular Biology. This framework of life in its simplest form piqued my interest in Biology. This steered towards choosing Biology as my main stream in my higher secondary education. I am currently pursuing my

well-honed expertise in biochemistry, molecular and cellular biology techniques  Hands-on and supervisory experience in molecular cloning, genome editing, protein expression, cell line generation and characterization, and cell-based assay developments  Strong analytical and problem-solving skills, as well as the ability to motivate high-caliber teams of professionals to achieve high levels of productivity CORE COMPETENCIES  Molecular and Cellular Biology: Mammalian Cell Culture (Stem Cells,

Engineering – CHONNAM NATIONAL UNIVERSITY ▪ GWANGJU, KOREA (1999) RESEARCH EXPERIENCE Research Fellow in Genetics (2007-Present) Harvard Medical School, Boston, MA 02115 Contributed to a multidisciplinary research project on molecular mechanisms of aging and neurodegenerative diseases  Develop disease models using CRISPR-mediated genome editing technique in induced pluripotent stem cells  Hands-on experience in the identification and validation of disease-associated mutations

the gel. This is confirmed in table 1 which was created by analyzing Lane 1, the molecular weight markers on agarose gel #2. The distance migrated was compared to the size of each band. Table 1 confirms this assertion as the band with 1517 bp only traveled 25 mm on the gel where as the band

Computational biology became popular during the 1970’s when the price of computers decreased and they were easier to use and more readily available. Subsequently, this new technology was introduced primarily to store and manage data that was produced through genomic research

Abstract: The alarming resurgence of antibiotic resistance bacteria has focused attention on the need for new resources to antibiotic discovery. Among the natural antibiotic sources, snake venoms have been confirmed as a promising source for discovery and development of novel antibacterial agents. In this proposed research, we will screen venoms from three different subspecies of Agkistrodon snake for antibacterial effects on seven different bacterial strains including Escherichia coli and Staphylococcus