Gene Splicing - 1258 Words

The Future Evolution of Human: Gene Splicing Gene Splicing: Survival of the Fittest Long ago stories, legends, and myths were created describing humans who were infused with the body parts of animal. Creatures such as mermaids, centaurs, and Satyrs were placed into our minds and we could only imagine what it would be like to meet these creatures. They became so numerous that they were given a category, Anthropomorphism. Over time and with our knowledge of science increasing, body parts that may have been considered to be part of Anthropomorphism were explainable. Webbed hands and feet, humans being born with a tail; and even being born with an extra appendage like an extra toe or finger are no longer a disfiguring ailment. But what†¦show more content†¦Yet currently in western society we keep wasting resources as if they will never end. That is why we need to start looking at a merger between animals and man. The best of both worlds. The animal instincts and mans ability for adaption. The science to gene manipulation and gene splicing leads us back to the question, are we playing God? In a secular sense, yes, but what religion fails to see is that man and animal have had a connection that extends through our genetics. We share DNA with many animals, but certain DNA have long been turned off because we evolved to our current state. As Dr Marilyn Strathern was quoted as saying, â€Å"relatives are always a surprise and biotechnology extends the scope of kinship along with all of its social entailments.† (642) While religion asks that we not engage in this discussion, there will come a time when it must be discussed and a possible plan must be put in place for the end of humanity. All options must be considered, and gene splicing is one of those options. How would we achieve this chimera of man and animal? Both through nature and nurture, we have the means today to make it possible. Breeding of the species is one way. The best example of mixed breeding is the Liger. The half lion / half tiger can be bred and then created in a lab. While the breeding does not allow for the new animal to have children, the breeding creates a bigger and stronger animal than theShow MoreRelatedGenetic Modification : Recombinant Dna ( Rdna ) Technology Or Gene Splicing Essay1548 Words   |  7 Pagesas recombinant DNA (rDNA) technology or gene splicing, has proven to be more precise, predictable and a better-understood method for the manipulation of genetic material than previously attained through conventional plant breeding. Agricultural applications of the technology have involved the insertion of genes of desirable agronomic traits into a variety of crop plants, and from a variety of biological sources. Examples include soybeans modified with gene se quence from a streptomyces species encodingRead MoreGenetically Modified Organisms : A Laboratory By Gene Splicing And Corn On The Cobb Essay1381 Words   |  6 PagesImagine that Sunday morning bacon smell is crafted in a laboratory by gene splicing and corn on the cobb was sprayed by herbicide that just created a new mega weed that might destroy all wheat on earth. Most of the food people eat in this world contains genetically modified organisms. If you haven’t thought about what was in your last meal, then you may need to start thinking about it. 92% of corn in America is genetically modified, and 94% of soybeans are created or modified in a lab. An estimatedRead MoreThe Physics Of Splicing And Splicing1446 Words   |  6 Pagesthe optics-based method offers several advantages such as the kinetic study of splicing and splicing inhibition, study of cis–trans alternative splicing, and rapid measurement of RNA splic-ing. The kinetics of pre-mRNA splicing and the effe ct of isoginkgetin on the splicing kinetics of the pre-mRNA at the single molecule level were analyzed. Because of their high temporal resolution and the ability to follow the splicing of individual pre-mRNA molecules, the optics-based methods provide the evidencesRead MoreRna Essay : Rna Self Splicing2297 Words   |  10 Pages Project I: RNA Self-Splicing Kit Fung (Klaus) Chan TA: Christopher Kampmeyer, Henry Sillin Lab Section: 1B T/R 4pm-7:50pm Group Member: Phuong (Nhu) Huynh Group Number: 13 Date Submitted: 4/23/2015 This is my own original work. If any portion of found not to be my own original work, I will accept zero points for this report in addition to whatever the Dean dictates. â€Æ' Abstract mRNA bears the role of accurately conveying genetic information from DNA into protein (Nature), but there is an extraRead MoreThe Roles Of DNA : The Development Of Complex Proteomes1892 Words   |  8 PagesThe development of complex proteomes without a comparable increase in gene number is due to the different patterns of splicing by the spliceosome machinery. Not only are there mechanics to consider with the spliceosome complex, but there is a kinetic component to splicing as well (Larochelle, 2017). When a DNA sequence is transcribed into a pre-mRNA sequence, it includes exons and introns, which are coding sequences and noncoding sequences respectively. 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In eukaryotic cells, pre-mRNA undergoes extensive post-transcriptional modifications to become mature mRNA. The modifications to pre-mRNA include 5’ end capping, 3’ end cleavage and polyadenylation, and the splicing of introns (Gu and Lima, 2005). The spliceosome is a large RNA-proteinRead MoreTranscription And Translation Of Rna Splicing1429 Words   |  6 Pageschromosome consists of millions of base pairs, some of which are called genes. In humans, a single gene may be on average around 10 to 50 thousand base pairs long. [1] When a gene is expressed, a specific protein is produced. The first step in this process is called transcription where the enzymes use one of the DNA strands within a gene as a template to produce a messenger RNA or mRNA. The next step in the process is translation. RNA splicing is an important step in creating the mRNA that is involved in proteinRead MoreWhat Makes A Gene?1512 Words   |  7 PagesWhat is a gene? The definition of what constitutes a gene has developed throughout history in light of new research and information. In generic terms, a gene is part of a living organism having influence on observable and non-observable characteristics by transfer of genetic information from parent to offspring. The structure of a gene is widely accepted as a sequence of nucleotides consisting of four bases Adenine, Cytosine, Thymine and Guanine. Three bases together determine an amino acid andRead MoreA Research Study On Genetic Engineering Essay1403 Words   |  6 Pagesthe assimilation of science and cells, organisms, parts thereof, and molecular referents for services and products. 4. Chromosome A DNA-containing figure, situated in the cells of the majority of living things which grasps most of the creature s genes. Chromosomes are usually observable under a bright microscope when the cell is experiencing  mitosis  that is cell division. The full chromosome encompassing both combined sister chromatids develops visible just in the course of a series of mitosis recognized