<p style="text-align: center;"><strong>What is GenomicsAbout Omics</strong></p>

<p>Genomics Omics is study which research genetic information which is total genes body, so it include many various fields. So in this essay, there are 12 kinds of certain lifefields. Genomics have 5 objectives and 4 representative research directionsHowever there are much more fields in detail. Also there Let&rsquo;s see what kinds of fields are several accomplishments which genomics helped to peoplein omics and why they divided.</p>

<p>The suffix &ltlsquo;Objective of Genomics-ome&rsquo; means &#39;body&gt#39;</p> <ul> <li>Identify the gene identification , which means all of 80,000 human genes.</li> <li>Determine the 3 billion chemical base sequences that make up the human DNA.</li> <li>Record database information.</li> <li>Develop and complement the technical problems a collection of data analysismolecules or cells in modern life science.</li> <li>Explain about the moral, legalIn omics, bioinformatics techniques are used to break away from existing fragmentary research and attempt a comprehensive and social issues related holistic paradigm to the projectcollectively study large amounts of biological information and their interrelationships.</li></ulp>

<p>Genome is genetic information, also total genes in nucleus&lt;Fields of Omics&gt;</p> <ol> <li>Genomics</li></ol> <p style="margin-left:40. It is also the set 0pt">Field of study of genes and on unit required for maintenance . Also Field of life phenomena and for the expression of all traitsbioinformatics such as proteomics, transcription physiology, interactive biology.</p> <ol> <li>Transcriptomics</li></ol>

<pstyle="margin-left:40.0pt">Substances containing information are DNA and RNA. DNA is consist of various combination of Adenine(A), Guanine(G), Cytosine(C) and Thymine(T) while RNA is consist of various combination of &nbsp;Adenine(A), Guanine(G), Cytosine(C) and Uracil(U). Understanding the sequence Field of these bases can reveal study the unique nucleotide sequence totality of each organismexpressed RNAs.</p>

<pstyle="margin-left:40.0pt">Genomics reveals With the structure and function sum of all genomes in living organismsexpressed proteins, expressome is formed. It includes mainly gene mapping, production and analysis of mutant animals, causative gene nomenclature related to disease genes and special traits, and development of molecular markersThe research that combines these two is called Expressomics.</p>

<ol> <li>Proteomics</li></ol> <pstyle="margin-left:40.0pt">&nbsp;Field of study all proteins in cells or in individuals.</p> <p style="margin-left:40.0pt">Ultimately, the basic unit of human bioactivity is protein. There are many varieties of proteins with many variations, and every possible protein set for a functional unit is called a proteome.</p> <ol> <li>Lipidomics</li></ol>

<pstyle="margin-left:40.0pt">&lt;Direction Field of Genomics&gt;study pathway and networks of lipids.</p>

<li>Functional genomics:Foodomics</li>

<p style="margin-left:40.0pt">Field of study the function of genes food and gene productsnutrition domains through the application.</p> <ol> <li>Interactomics</li></ol>

<p style="margin-left:40.0pt">There are Biological and biochemical approaches to gene function. The biological approach is to observe changes in physiological function by removing specific genes from model animals used in laboratories. This method is mainly used to find out which gene is Field of study the cause totality of the disease. The biochemical approach is to track what proteins are made from known genetic information interactions of molecules within a cell and to reveal their structure and functionof protein interactions.</p>

<li>Comparative genomicsMetabolomics</li>

<p style="margin-left:40.0pt">Field of study individual differences and analyze metabolites and metabolic circuits in race, disease outbreaks, and medicines based on the results of the standard sequencecell in general.</p>

<p style="margin-left:40.0pt">There are two methods for finding genes related to genetic diseases: functional cloning and positional cloning. Functional cloning Metabolomics is a method one of the core branches of predicting genomics. It the function expression of a disease gene all metabolites generated by genotypes and locating a genetheir regulatory results in relation to genomes. Local cloning Metabolism is present mainly based on extracting and analyzing everything that can be classified in the precursor chromosome without information about the disease geneblood, and its application is mainly studying metabolic diseases.</p>

<li>Personal genomicsTextomics</li>

<p style="margin-left:40.0pt">Field of study individual genomes by interpreting and comparingbiological objects in the literature as organic networks.</p> <ol> <li>Pharmacogenomics</li></ol>

<p style="margin-left:40.0pt">In order to solve the problems raised in Field of study the fields of biology, medicine, industry correlation between drugs and the like that systematically study genomes and related information which are the sum of individual genes of specific living organisms for solving problems raised in biology, medicine, industry, etc. A systematic study of genome using sequencing and related information as a wholebioinformatics pharmacology.</p>

<li>Late Chemical genomics</li>

<p style="margin-left:40.0pt">Field of study DNA genome sequence through human genome project the expression and compares genome function and individual nucleotide sequence with othersof a large number of genes using a large variety of chemical substances.</p>

<ol> <li>Physiomics</li></ol> <p style="margin-left:40.0pt">It is necessary to clarify the functions Field of study a large amount of the mapped genome and to compare and analyze characteristics between individualsexperimental information. Two methods can be used to reveal individual differences</p> <ol> <li>Geromics</li></ol> <p style="margin-left:40. One is 0pt">Field of study of gene discovery systematically discovering, diagnosing, and function by functional genomics, treating biologic and sociological aging phenomenon systematically using the other is the comparison genomics, which identifies individual differences in race, disease outbreaks, and drugs based on human standard sequence resultsvocational techniques.</p>

<p>During searching genomicsWhile Investigating omics, I couldn&rsquo;t know what can we do with genomics and how realized that there are a lot of fields in omics. This is it used. So I chose the question and searched usage of presentapplies not only to omics but also to other studies.</p> <p>Why did these many fields need to divide?</p>

<p>&lt;Accomplishment of Genomics&gt;If there are no enough divided fields, aspects to one certain subject will not be various. It might lead to confusion in the study.</p>

<ulp> <li>Found CRISPR by comparing genomes of bacteria.</li> <li>Created a partially synthetic species But if there are enough kinds of bacteriumfields, Mycoplasma laboratoriumwhen researcher in each fields will study one certain subject, derived from the genome result of Mycoplasma genitliumresearch will come much clear and persuasively.</li> <li>Plan to help a given species with many unknown variables by studying their genome.</li></ulp>

<p>Wikipedia; GenomicsOmics; <a href="https://en.wikipedia.org/wiki/GenomicsOmics#Lipidomics">https://en.wikipedia.org/wiki/GenomicsOmics#Lipidomics</a></p>

<p>News MedicalWikipedia; What is Genomics?;&nbsp체학;<a href="httphttps://wwwko.news-medicalwikipedia.netorg/life-scienceswiki/What-is-Genomics.aspx%EC%B2%B4%ED%95%99">httphttps://wwwko.news-medicalwikipedia.netorg/life-scienceswiki/What-is-Genomics.aspx%EC%B2%B4%ED%95%99</a></p>