1958‚ where he became a professor at McMaster University in Hamilton‚ Ontario. Developed in 1957 with Ronal Nyholm‚ Gillespie has done extensive work on expanding the idea of the VSEPR model of molecular geometry. The theory they created is much more effect to predict‚ explain and describe the 3D molecular shapes (linear‚ pyramidal‚ cubical etc.) based on the number of electron pairs that are found on the outer shell. Their theory is based on electron repulsion of bonded and unbonded electron pairs
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Beta-Galactosidase and Western Blot 0 1. EMG 9 and EMG 26 contain strain _lac-_(I- Z+ Y+) and strain _lac -_ (I+ Z- Y-)respectively.Three genes huddled together on the chromosome are required for two strains of _E.coli_ to utilize lactose.Consisting of three genes‚ namely‚ _lacZ_‚ _lacY_ and _lacA_‚ the _lac_ operon orderly handles these genes to code specific enzymes necessary for the metabolism of lactose. The genes _lacZ_‚ _lacY_ and _lacI_ would code for beta-galactosidase‚ galactosidase permease
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BIO MOLECULAR LABORATORY REPORT BIO 615 Name: NUR LISMA RUHILA BT ALIAS Group: AS201 5A Experiment: GEL ELECTROPHORESIS OF EXTRACTED DNA 0.5% AGAROSE GEL Group partners: 1) HALIMATUN SAADIAH BT MOHD BUSTAMAM 2) NUR FARHANA BT AHMAD SOPIAN 3) FATIN NUR ASYIQIN BT ABD TALIB 4) UMMU AFIQAH BT HASSAN 5) NABIHAH BT MD NAWAWI Date of experiment: 8th October 2012 Date of submission: 15th October 2012 TITLE: GEL ELECTROPHORESIS OF EXTRACTED DNA 0.5% AGAROSE GEL
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first movie ever to be encoded in the DNA of a living cell by Harvard researchers‚ where it can be retrieved at will and multiplied indefinitely as the host cells divide and grow. “What we’re trying to develop is a molecular recorder that can sit inside living cells and collect data over time.” said Seth Shipman‚ a neuroscientist at Harvard Medical School .Cellular events that are hard to observe in real time like the processes occuring during brain development can
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am considering a major in biology with a concentration in Molecular Biology because of my interest in research. In the past year and a half I have worked continuously at a laboratory‚ first at University of Massachusetts Medical School and then at Cornell. At UMass‚ I became interested in molecular biology because of the work I was doing with the maturation of B-lymphocytes. Because of the educational atmosphere of UMass‚ I became very involved with the graduate students and was on the cutting edge
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trends found. In biochemistry‚ researchers often break down complicated biological systems into their component parts. They study the effects of foods‚ drugs‚ allergens and other substances on living tissues; they research molecular biology‚ the study of life at the molecular level and the study of genes and gene expression; and they study chemical reactions in metabolism‚ growth‚
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The Benefits of Nanomedicine Nanotechnology is defined as “the study of manipulating matter on an atomic and molecular scale.” Nanomedicine is the application of nanotechnology within a medical background. Nanomedicine provides us with the technology to quickly and more efficiently diagnose‚ fix‚ and heal the body at an accelerated rate while causing a significantly less amount of harm or stress on the body during the process than current procedures. We are able to achieve this by constructing
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if they were machines designed only to produce. Factory farming has a negative impact on animals‚ human health and the environment. As consumers‚ we should be in control of what we want in our food; and to do so‚ we should cut down on how much we buy from the markets. Factory farming
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working at the Department of Plant Sciences‚ University of Cambridge. His scientific interests are focused on the engineering of plant morphogenesis‚ using microscopy‚ molecular genetics‚ computational and synthetic biology techniques. Prior to joining the Department of Plant Sciences‚ Jim served as group leader at MRC Laboratory of Molecular Biology in Cambridge and his group developed advanced imaging techniques and modified fluorescent proteins for efficient use in plants. Before this‚ Jim was a research
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Biology fascinates me‚ simply because we are only able to live‚ think‚ and question because of it. It is‚ quite literally‚ the foundation of our existence. The academic pursuit to understand the messy and complex logic of life‚ at the molecular‚ cellular and organismal level‚ deeply appeals to me. I am particularly interested in Biomedical Science‚ as it delves deeper into human biology‚ and applies the scientific knowledge gleaned to help with disease understanding and treatment. I was piqued by
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