HEMOGLOBIN & MYOGLOBIN Protein Function HEMOGLOBIN: WHEN THE FIRST SUBUNIT OXYGENATES OR DEOXYGENATES THE FOLLOWING THREE SUBUNITS FOLLOW SUIT AND THE SHAPE OF THE HBG MOLECULE IS CHANGED. Oxygenated • R state (relaxed) • When O2 is present‚ it binds to the iron attached to each heme and tugs on it which in turn flattens the heme to a planar shape • The color of oxygenated blood is red (macroscopic) • Carried from the heart throughout the body by the systemic arteries Deoxygenated
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The hypothesis for this lab is if strawberry DNA is separated from other components‚ then when it is placed in a insoluble solution the DNA can eventually be isolated. DNA is deoxyribonucleic acid. Its a self replacing material present in all living organisms as the main constituent of chromosomes. It is the fundamental and distinctive characteristics of someone or something‚ especially when regarded as unchangeable. DNA extraction is the removal of deoxyribonucleic acid from the cells or viruses
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Recombinant DNA Technology Benefits in Many Areas Recombinant DNA Technology is a DNA-based tool that allows scientists to find individual genes‚ cut them out‚ and insert them into the genome of another organism. Recombinant DNA Technology has been used to create different types of medicines for example human insulin. People with diabetes do not produce enough insulin for their own bodies‚ and in a lot of cases‚ they are allergic to non-human insulin. Due to the creation of Recombinant DNA Technology
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DNA Aim This practical procedure allows you to amplify a 460 basepair fragment of DNA from within the control region of the mitochondrial genome. This can be done using three water baths or‚ if one is available‚ a thermal cycler (PCR machine). After it has been amplified‚ the DNA is run on an electrophoresis gel. Note: This method has been adapted from one developed by the Dolan DNA Learning Center at Cold Spring Harbor Laboratory. More details are available from the DNA Learning Center’s
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RECOMBINANT DNA TECHNOLOGY * It is a technology that allows DNA to be produced via artificial means. * It is the joining together of DNA molecules from two different species that are inserted into a host organism to produce new genetic combinations that are of value to science‚ medicine‚ agriculture‚ and industry. * Since the focus of all genetics is the gene‚ the fundamental goal of laboratory geneticists is to isolate‚ characterize‚ and manipulate genes. Although it is relatively
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Conclusions of DH5α DNA transformation with red colonies resistance to ampicillin and the lacZ gene Introduction: In this experiment‚ a plasmid with a gene that has resistance to the antibiotic ampicillin and has lacZ is used to transfer the resistance into E. coli bacteria in red colonies. This same technique is used to give diabetics their insulin‚ and to give dwarfs growth hormones. The point of this lab is to give the groups an idea how DNA can be transformed
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Biology 110 March 2‚ 2015 DNA Lab BACKGROUND In this laboratory experiment‚ students were introduced to DNA electrophoresis. DNA electrophoresis is an instrument that many forensic scientists use to get a DNA fingerprint as an evidence for crimes. Not only can it be used for forensic science‚ people can use this for paternity test‚ as well as look for evolutionary relationships among organisms. Agarose is used to make the gel that the DNA fragments are going into. Since DNA particles are negatively
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instances of how our knowledge of DNA has changed life in our day. Give one positive and one negative application of that knowledge and defend your answer. According to Kenneth Saladin‚ deoxyribonucleic acid (DNA) is “a long threadlike molecule with a uniform diameter of 2mm‚ although its length varies greatly from the smallest to the largest chromosomes.” What does this mean? Basically‚ it is a long string that contains a person’s genetic information. DNA has been studied overtime and it
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Project 2: DNA Analysis Due Dates: Checkpoint 1 1/7/14 10% Final Due Date 1/12/14 Students will write a program that uses arrays and files to analyze DNA sequences and determine if they represent proteins. Special thanks to Stuart Reges and Marty Stepp of UW for use of this assignment. I. Background Deoxyribonucleic acid (DNA) is a complex biochemical macromolecule that carries genetic information for cellular life forms and some viruses. DNA is also the mechanism through which genetic information
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Forensic DNA Profiling Forensic DNA Profiling Recent advancements in science and computer technology have allowed scientists and investigators to use genetics to aid in solving crime cases. Although there are many different types of methods used to analyze DNA‚ the general process is based upon the uniqueness of each individual’s DNA‚ much like a fingerprint. Due to this uniqueness‚ genetic evidence that matches a specific individual to a crime scene is often viewed as concrete and undeniable
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