The advancement in molecular genetics and genomics and their application in the field of medicine will raise crucial socio-scientific issues. Science teaching has the objective of educating scientifically literate citizens while genetic and genomic technologies addresses the science courses. The prime goal of the educational policies in all industrialized societies is to provide science literacy in education. The Western world applies a similar set of scientific standards. The key role attributes to genes as determinants of health, behavior, and human identity. Molecular Genetics and Genomics (325) say that genetics is a scientific field with the concern of science literacy. The media ...
Genome Literature Reviews Samples For Students
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Literature Review
Literature Review
Briefly, describe the purpose and the main outcome of this study?
The purpose of this study was to constitute a rather unique DNA methylation analysis of concerning the very point’s humanity at a single-nucleotide resolution level. The outcome of this particular study consisted of original data generated from the cord plasma of a neonatal male Caucasian- NB and from centenarian, 103-y-old male Caucasian- Y103 by means of DNA removed from CD4+ T cells administered through an Illumina Genome Analyzer. Methodically, the use of the Illumina, Human Omni5-Quad Bead Chip, that of which covered 4,301,332 SNPs, validated the nonexistence of aneuploidy inside the examples studied.
Factually, there were ...
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Introduction
Polymerase Chain Reaction (PCR) is a very influential technique that helps in amplifying the specific segments of DNA. This biochemical procedure is performed in-vitro that is quite different from cloning. This technique is a fusion of synthesis protocol of distinct repeated segments of DNA and thermostable DNA polymerase application that has given scientists a very potent analytical, immunological and molecular technique used prevalently in clinical laboratory science (Garibyan & Avashia, 2013). PCR is based on three primary steps that include denaturation of the template into single strands, annealing ...
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Bacillus thuringiensis is a gram-positive, spore-forming soil bacterium. It can be used as a biological pesticide, since it produces specific parasporal crystalline inclusions that have proven to be toxic for some widespread insect pests. That is why currently the main aim of the researches concerning these bacteria is creation and examination of new more effective strains to be used for control of the insect pest populations and development of insect resistant plants. The restriction enzymes are widely used for genome analysis of the different strains.
Valicente and da Silva have used restriction enzymes in their study to investigate the genetic ...
Vid30 complex participation in the degradation of CDC25 in yeast and their role in Ras/ cAMP/ PKA pathway
Background:
Unicellular organisms such as Saccharomyces cerevisiae in its total life cycle is exposed to diverse and changing nutrient conditions. Thus, in order to survive and achieve a competitive advantage, it has adapted itself such that it not only uses the wide range of available nutrient sources but also the sources that are nutrient rich. It mainly uses fructose and glucose by rapidly fermenting to alcohol. In response to these nutrient conditions, the intracellular trafficking transcription and turnover of protein from nutrient transporters (e.g. Hxts) get regulated. Therefore, when the availability of the glucose increases, the expression of low- ...
i. Executive Summary; Proteomic analysis is the large scale experimental analysis of proteins and their structure that is being used by many industries. The Chinese Hamster Ovary (CHO) cells are considered the primary source for recombinant therapeutics and antibodies. The Proteomic analysis is of prime importance in the CHO cells engineering. With other varied applications, especially in CHO cell engineering, where they are used to modify cells for desired functions. Proteomics has improved product standards and efficiency in many industries. (Baycin-Hezal, et al, 2012)
ii. Background Definition of Proteomics; Proteomics is the study of proteins. Proteomic analysis is ...
Mitochondria are important organelles found in all nucleated cells contained in both plants and animals. It is because they are the sites in which organic substrates are oxidized to generate adenosine triphosphate (ATP), a substance normally used as a provider of chemical power. This energy produced is used up in most intercellular processes (Pon & Schon, 2011). This discourse will analyze the difference that exists in mitochondrial movement, in plants and animals.
Notable differences between plant mitochondria movements and animal mitochondria movements do occur mainly because of the physical and integral distinctions that are found between the two organisms. To execute ...
1.0 Mitochondria in eukaryotic cells
Organelles are special compartments surrounded by a bilipid membrane which separates them from the rest of the cell which carry out specific functions. An example of an organelle is the mitochondria which are known to be the “powerhouse of the cell.” They have their own genome (mtDNA) and are semiautonomous. They are said to have evolved from a free α proteobacterium like organism (Takasugi, Yagi, et al., 2010). The word mitochondria is derived from two Greek words: “mitos” which means thread and “chondros” which means “grain”. These two words offer an apt description of the morphology ...
The Future of Cloud Computing
Introduction
Cloud Computing
Cloud computing applies to the development of parallel computing, distributed computing, and grid computing (Rad, et al., 2009). Cloud computing refers both to a platform and a type of application (Buyya, Yeo, Venugoplas, Broberg, & Brandic 2009). Cloud computing platforms provide the services necessary for developers to create new SaaS applications; it is a dynamic process that provisions, configures, reconfigures, and deprovisions servers. Cloud platforms provide a pool of resources to host different applications where computing power is delivered on demand (Van, Tran, & Menaud, 2009). Cloud applications use large databases and powerful servers that host Internet-based applications and services. ...
The Future of Cloud Computing
Introduction
Cloud Computing
Cloud computing applies to the development of parallel computing, distributed computing, and grid computing (Rad, et al., 2009). Cloud computing refers both to a platform and a type of application (Buyya, Yeo, Venugoplas, Broberg, & Brandic 2009). Cloud computing platforms provide the services necessary for developers to create new SaaS applications; it is a dynamic process that provisions, configures, reconfigures, and deprovisions servers. Cloud platforms provide a pool of resources to host different applications where computing power is delivered on demand (Van, Tran, & Menaud, 2009). Cloud applications use large databases and powerful servers that host Internet-based applications and services. ...
