Omics

Omics Technology

[Name of the Writer]

[Name of the Institution]

Omics Technology

Introduction

“OMICS” is the term designated for high technology input data analyses and is derived from Gerome, a combination of genetic configuration and chromosomal frameworks, and Genomics, a study of genome itself. The large scale application of collection of complex proteome and transcriptones and consideration of all DNA sequences constituents this through-put technology. Without the ability to measure and use it in implementing Gene expression and RNA profiling of various data points in limited time period, there is no method of analyzing and transcription. There are four major types of Omics Technology measurements: Genomics Single Nucleotide Polymorphisms, Measurements of all gene expression of cell and tissue, The Identification of all metabolites of cell and tissue type and Identification of Protein in cell or tissue type. Each of these techniques allows to be used in various ways of initiation and progression of underlying disease, its prevention and treatments strategy.

Micro-RNA can measure a person’s genotype quite accurately in population having at least one copy of rare allele. The relevant bio-markers can also be established with reference to biological processes for which they are designed to report. A variety of data bases that contain cellular signaling information about human oncogenic polymorphisms and disease helps to understand the metabolite and protein expression profiles.

Abstract

In the last few decade a great success and break through has been made in the field of molecular taxonomy of carcinogens. Specifically, it has become evident that in expressing protein coding transcripts, mRNA has been found to be very useful in classifying several sub-types of tumor and cancers. In the recent years several miRNAs that are non-coding in nature have been discovered. To determine the pattern and expression of miRNA accurately, cost effective...