Gene mutant: Name: Institution: DNA Repair Genes The human genome is made up of the genetic information in individual DNAs. DNAs characterize the proteins formed. Damage to the DNAs might arise from exposure to radiations which ionize or even from ultraviolet rays…
Download full paperFile format: .doc, available for editing
Extract of sample "Screening a genome wide deletion library for mutants sensitive to gemcitabine"
Download file to see previous pages
The other type of repair is nucleotide excision. In the repair, the genes are linked to DNA glycosylases (Wei & Chen, 2006). Some of these genes are listed thus: UNG OGG1 MPG NEIL MGMT (Wei & Chen, 2006). The above image shows highlighted DNA genes Checkpoint Genes Damage can occur on the DNA during cell division causing it to cease dividing. This is what is referred to as checkpoint damage. Causes of the damage might be due to radiations such as from ultra violet rays. Checkpoint genes help in repair of DNA at the points of breaks through a response in the body. In the case of humans, these genes are defined as the G2 checkpoint genes. They include RAD17 as well as RAD1. The other genes include HUS1 (Stern, 2002). Rad13 Rad13 is a human gene. Its product is involved in DNA repair and it gives rise to a nuclease which is christened Rad13 nuclease. The gene is about 80mm. the systematic identification of the gene is SPBC3E7.08c. Its characterization is also known. The following is an image of the gene (Caspari, 1985). The modern society has been taken through environmental changes that necessitate the adoption of genetic science. The results in this experiment shows the findings from a genetic mutation test carried out in the laboratory. What needs to be understood is the process that facilitates this type of reaction. Some factors need to remain constant during the laboratory experiment so that there is high accuracy and efficiency in the findings. It should be noted that the required temperature for tests and subsequent analysis and interpretation should remain around 250c – 30oc for the specified time period. The two strains under question must also be cultured on a solid medium which will provide the best medium for a desirable outcome. In this test, the point of focus is the strain that grows on the EMM plus NAT and EMM plus Hygromycin, but not on the EMM plus CYH.This project touches partially on pharmacogenetics which majorly undertakes the studies on the role of inheritance in the variation in phenotypic response to drug. Such phenotypes ranges from serious inadequacy of therapeutic efficacy at one end to life-threatening unfavourable reactions of drugs the other end (PFEIFER, 2006). This test would be very applicable in genome-wide techniques in the clinical pharmacogenomic and its model systems which vary from yeast gene deletion libraries to cell-line based model. The validation of the candidate genes plus the application of genome-wide technology is essential for following up the identification of the candidate genes. In the strategy for genetic model specification during the screening of the geno-wide, an easy-to-use Bonferroni-corrected method which is multipurpose in the sense that it fits both recessive and multiplicative model is found to be reliable if used. In the context of this experiment, it is better to have in-depth understanding of what the classification of mutation is all about (SPENCER, 1997). On the basis of effects on structure, deletion is one of the most explored in this project. In so doing; these mutations change the gene reading frame just like in the case of insertion. It is however imperative that people understand the unfitting opposite aspect of the two. Deletion is fairly random while insertion constitutes a given sequence that doesn’t necessarily take a random order. The results obtained from the experiments and tabulated were formatted in four distinctive columns for easy analysis. In this table there are theoretical short explanations and
...Download file to see next pagesRead More
(“Screening a genome wide deletion library for mutants sensitive to Essay”, n.d.)
Screening a genome wide deletion library for mutants sensitive to Essay. Retrieved from https://studentshare.org/biology/1458457-screening-a-genome-wide-deletion-library-for
(Screening a Genome Wide Deletion Library for Mutants Sensitive to Essay)
Screening a Genome Wide Deletion Library for Mutants Sensitive to Essay. https://studentshare.org/biology/1458457-screening-a-genome-wide-deletion-library-for.
“Screening a Genome Wide Deletion Library for Mutants Sensitive to Essay”, n.d. https://studentshare.org/biology/1458457-screening-a-genome-wide-deletion-library-for.
Genetic testing has worked its way into the workplace and has replaced the background check of the past. Employers can now check your genetics for susceptibility to heart disease, injury, and allergens. Advocates have praised the method as being for the safety and welfare of the employee, but at what cost Genetic testing is an inaccurate invasion of privacy that has a high probability of misuse and employers should be banned from using this procedure to determine a potential employee's fitness.
The author of the paper states that the mechanism causing all the associated features of the syndrome is not known. The syndrome may involve migration defects of neural-crest derived tissues, and in particular the development of third and fourth branchial pouches is hindered. The thymus gland is also affected.
It is also creating novel personalized ways of treating common diseases. The varied disorders that have genetic bases and that may accrue a viable treatment from the human genome project are heart diseases, diabetes, asthma, cancer, hemophilia, sickle cell anemia, and
The Carica papaya genome is a promising system for fruit-tree and tropical-tree genome exploration (Ming et al. 991). Ricinus communis is of special economic interest because of the presence of ricinoleic acid, an unusual fatty acid, and also
In addition to that, it has 112 unique genes and i8 inverted repeats. The chloroplast genome is a close resemblance to the Solanaceae family that has 19 rps duplicated in the inverted repeat. The phylogenetic analyses of the DNA sequences of 61 proteins can support
These variations affect the traits of many people. These traits are responsible for making some individuals susceptible to some disease while others are not. In the past, some diseases were only associated with the family inheritances. Many people considered the spread of the disease as a family factor and they believed that only the family members could only be infected by the disease.
Between the genome decoding and the appearance of new wonder, medicine is a great distance to reach. Usually, it takes about 10-12 years to test, to create the proper medicaments, and to release them on sale. However, what we have today, is the decoded genome only, and the human body contains about 30 000 different genes.
The author asserted that decoding the human genome would result in better understanding and advantages for human health. However, some scientists opposed the move fearing that this kind of project would lead to a product that would be of little benefit to human beings. The Human Genome Project began in 1990.
Figures from the World Health Organisation report of 1997 suggested that it is a species responsible for over 600, 000 deaths per annum (WHO 1997). Consequently there is now much directed effort to understand and control the disease transmission process.
10 Pages(2500 words)Essay
GOT A TRICKY QUESTION? RECEIVE AN ANSWER FROM STUDENTS LIKE YOU!
Save Your Time for More Important Things
Let us write or edit the essay on your topic
"Screening a genome wide deletion library for mutants sensitive to gemcitabine"
with a personal 20% discount.