1. Is criminal behavior learned or does your DNA already predispose you at birth to criminal behavior? How does Behavior genetics‚ learning theory and cognitive development theory fit into your assumption. In my opinion‚ criminal behavior is learned. All in all‚ I believe that every aspect of human life in general is learned. That’s how we evolve and further innovate our lives. Some learn to be productive citizens and some learn to engage in criminal behavior. Criminal behavior exists because
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Biology‚ Vol. 5‚ 2013‚ no. 7‚ 337 - 346 HIKARI Ltd‚ www.m-hikari.com http://dx.doi.org/10.12988/asb.2013.3315 Molecular Phylogeny of the Endangered Vietnamese Paphiopedilum Species Based on the Internal Transcribed Spacer of the Nuclear Ribosomal DNA K. H. Trung1‚ T. D. Khanh2 ‚ L. H. Ham2‚ T. D. Duong2 and N. T. Khoa2 1 2 Genetic Engineering Lab‚ Agricultural Genetics Institute‚ Hanoi‚ Vietnam Molecular Biology Division‚ Agricultural Genetics Institute‚ Hanoi‚ Vietnam Corresponding author:
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Critically assess Dawkins claim that since life is no more than DNA reproducing itself there can be no life after death. “People believe things they have been told to”. Dawkins claimed that it is unrealistic to suggest there is a life after death without any empirical evidence; people have created this false analogy that there is something more out there without much evidence. Seeing as there is no God and no one has seen him clearly suggested to Dawkins that there isn’t one and the religious ideas
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In 1998‚ 30‚708 deaths were caused by firearms in the United States. Of that number‚ 12‚102 were murders‚ 17‚424 were suicides‚ 366 were accidents‚ 316 had unknown reasons‚ and only 154 were confirmed to be in self-defense. Guns are currently being used in this society for murders‚ celebration‚ hunting and gang activity. Guns are used in the drill team‚ for war and by the police force. Guns should not be used in such ways where others could be harmed or killed. They should be used
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the human genome‚ another important task of the project was to determine the number of genes‚ their locations‚ and give an idea as to their function. DNA fingerprinting is a way of identifying a specific individual‚ rather than simply identifying a species or some particular trait. It is also known as genetic fingerprinting or DNA profiling. DNA fingerprinting is currently used both for identifying paternity or maternity and for identifying criminals or victims. Although the Human Genome Project
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provide evidential value to volume and major crime investigation is DNA. (Sutton and Trueman‚ 2009) DNA is one of the most important forms of individual evidence. DNA can be extracted from blood or other body fluids‚ semen‚ hair‚ and saliva and maybe used to identifying unknown individuals or in establishing a connection between objects or people. To identify an individual through DNA analysis‚ forensic scientist target 13 DNA regions that are different from one person to another and use the data
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the cell can use through the synthesis of ATP. 4. Aerobic reactions are different from anaerobic reactions in that they require oxygen. 5. For each glucose molecule that is decomposed by cellular respiration‚ up to 38 ATP molecules are produced. 6. All but two ATPs are formed by the aerobic processes. B. ATP Molecules 1. The three main parts of an ATP molecule are an adenine‚ a ribose‚ and three phosphates in a chain. 2. The third phosphate of ATP is attached by a high-energy bond. 3. When
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Chapter 5 – Short answer a) Phosphorylation - the addition of phosphate to a chemical compound b) What are the 3 mechanisms of phosphorylation used by organisms? • Substrate level phosphorylation – ATP is generated when a high-energy phosphate is directly transferred from a phosphorylated compound (substrate) to ADP • Oxidative phosphorylation – electrons are transferred from a group of organic compounds to a group of electron carriers (NAD+ and FAD); occurs in inner mitochondrial
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| |Calcium (Ca) |Co-factor in some enzymes |Formation of bones and teeth |Important in formation of cell wall | |Phosphorus (P) |Phosphate group in ATP |Component of RNA and DNA |Component of phospholipids. | | | | |Co-factor in protein synthesis | |Iron (Fe)
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occur in a cell‚ which steps require oxygen‚ and how many ATP are produced in each step? Cellular respiration is the breakdown of glucose in the presence of oxygen to yield ATP. Glycolysis is the first stage in the breakdown of glucose and It occurs in the cell’s cytoplasm. It does not require oxygen (anaerobic). This step also occurs in two steps‚ the energy investment step‚ and the energy yielding step. This process yields four molecules of ATP but only two are used to begin the process. This first
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