Track 1: Cancer Genomics

Cancer Genomics is the investigation of innate changes responsible for the malady, using genome sequencing and bioinformatics. Clinical genomics is to upgrade malignant growth treatment and results lie in making sense of which sets of characteristics and quality correspondences impact differing subsets of developments. Worldwide Cancer Genome Consortium (ICGC) is an adamant consistent affiliation that gives a social event to joint exertion among the world's driving infection and genomic experts.

Track 2: Next generation sequencing

Genomics manages structure, capacity, development and mapping of genomes. There are numerous methods in genomics which incorporates Genomic DNA segregation, DNA partition, Cloning and vectors, location of qualities of intrigue, etc. These systems are particularly helpful in the field of drug to analyze irresistible diseases and are additionally utilized in legal sciences, agribusiness.

Track 3: Functional Genomics

Functional Genomics uses a colossal wealth of data conveyed by genomic and transcriptomic assignments to portray quality capacities and cooperation’s. Floats in Functional Genomics are Affymetrix, raised as an early pioneer around thereby making a valuable way to deal with a breakdown quality capacity as a structure. Deft Gen Systems and Febit are making produced miniaturized scale clusters that are conveyed using a littler scale reflect based, shroud less structure.

Track 4: Structural Genomics

Structural Genomics attempts to decide the 3 Dimensional structure of every protein encoded by the genome and used to anticipate novel protein folds dependent on other structural information. It can similarly take the upside of complete genome arrangement so as to choose protein structure. The quality grouping of the objective protein can be contrasted and a known arrangement and data of the structure can be assembled from realized protein structure.

Track 5: Pharmacogenomics

Pharmacogenomics is the investigation of how genes influence a man’s reaction to drugs. This is generally a new field consolidates pharmacology and genomics (the investigation of genes and their capacities) to create successful, safe pharmaceuticals and dosages that will be custom fitted to a man’s hereditary makeup

These genetic differences are utilized to prevent adverse drug reactions and to predict whether a medication will be effective for a specific individual. In the future, Pharmacogenomics will be used for the development of tailored drugs to treat a wide range of health issues such as cardiovascular disease, Alzheimer disease, cancer, HIV/AIDS, and asthma.

Track 6: Clinical genomics

Clinical genomics is the use of genome sequencing to advise quiet analysis and care and it is a rapidly advancing field. Learning of the human genome is far from the completion, be that as it may, there are starting at now utilizes for inherited and genomic information in the middle. Genome sequencing is depended upon to have the best in portraying and diagnosing extraordinary and obtained contaminations, stratifying individuals' tumors to manage treatment (precision sedate), giving information around an individual's threat of making illness or their comprehensible response to treatment (prosperity organization)

The International Standards for Cytogenetics Arrays (ISCA) Consortium, of which OGT is a segment, is a making get-together of sub-atomic intrinsic characteristics labs satisfactorily progressing in the direction of improving human organizations through the foundation of standards for sub-atomic testing, including the age of institutionalized CGH bunches for clinical acquired characteristics investigate. The Cancer Cytogenetics Microarray Consortium (CCMC) is a close get-together, beginning late settled with the objective of developing the focal points given by microarrays to risk explore. These social events keep moving in the direction of sketching out a game-plan of guidelines to guarantee that sub-atomic techniques improve and update the associations given by clinical research labs.

Track 7: Epigenomics and Epigenetics

Epigenomics is the examination of the all-out course of action of epigenetics changes on the innate material of a cell, known as the Epigenomics. Epigenetic changes are reversible modifications on DNA or histones that impact quality articulation without adjusting the DNA succession. Epigenomics upkeep is a reliable method and accepts a basic part in security of eukaryotic genomes by taking an interest in basic natural frameworks like DNA fix. Plant flavones are said to stifle Epigenomics marks that reason malignancies. Two of the most depicted epigenetic changes are DNA methylation and histone alteration.

Epigenetic changes accept a basic part in quality articulation and control, and are incorporated into different cell methods, for instance, in division/progression and tumor genesis.

Track 8: Genetic Disorder

A Genetic Disorder is an inherited issue brought about by at any rate one inconsistencies in the genome, especially a condition that is accessible from birth (intrinsic). Most genetic issue is extremely remarkable and impact one individual in every couple of thousands or millions.

Inherited disarranges may be genetic, passed down from the guardians' characteristics. In other innate issue, deformations may be brought about by new changes or changes to the DNA. In such cases, the defect may be passed down if it occurs in the germ line. A comparative ailment, for instance, a couple of kinds of development, may be brought about by an obtained inherited condition in a couple of individuals, by new changes in different people, and generally by characteristic causes in different people.

Track 9: Comparative Genomics

In the first place, the gigantic amounts of species and the impressively greater size of a couple of genomes make the whole sequencing all things considered, a non-perfect methodology for understanding genome structure. Second, inside a given species the vast majority are hereditarily particular in different ways. What does it truly mean, for example, to "succession a human genome"? The genomes of two individuals who are innately unmistakable vary as for a DNA succession. These two issues and the potential for other novel applications have offered climb to new procedures which, taken together, comprise the field of relative genomics. Farming is the field that gets the prizes of relative genomics. Perceiving the loci of good qualities is a key walk in raising harvests that are upgraded for more noteworthy yield.

Track 10: Animal Genetics

Animal Genetics analyzes the heredity and varieties in animals. Animals have an autonomous legacy of characters because of their generous number of chromosomes. Half breed Analysis is the key technique to think about the legacy of characters and it chooses the possibility of various morphological, physiological and biochemical qualities which a significant part of the time depend just on one of a couple of sets of qualities.

Track 11: Plant Genomics and Molecular Pharming

Molecular Pharming uses plants to make considerable measures of pharmaceutical substances like antibodies and immunizations. It is as same as the system for making Genetically Modified Crops, the counterfeit presentation of qualities into plants. National Science Foundation (NSF) declares its expectation to help plant genome investigate through the Plant Genome Research Program (PGRP). Plant Genomics Research Program (PGRP) grants from the National Science Foundation (NSF) that NSF offers enhancements to help examine coordinated effort with researchers in creating nations. The purpose of Developing Country Collaborations in Plant Genome Research (DCC-PGR) grants is to help collective research connecting U.S. specialists with accomplices from creating nations to take care of issues of common enthusiasm for horticulture, vitality, and the earth while putting US and worldwide analysts at the focal point of a worldwide system of logical brilliance.

Track 12: Gene Editing and Genetic Engineering

Genome Editing infers the methods and systems made as of late for the focused on, specific difference in the hereditary information or genome of living creatures. It addresses an incredibly unique field of research because of the broad assortment of possible applications, the formation of therapeutic proteins, the transfer of steady popular courses of action, cultivating biotechnology and the improvement of new periods of genetically adjusted plants and for the headway of research instruments for example, to examine the limit of a quality.

The CRISPR-cas9 structure makes quality editing in various living creatures and cells like our very own egg, sperm or developing life progressively capable, available and direct than at some other time. These essential capacities have brought forth exchanges incorporating the ethics and employments of the new structure, and have assembled colossal thought far and wide to ensure morally right use.

Track 13: Genomic Instability

Genomic insecurity is a component where a high recurrence of transformation happens inside the genome of Cell heredity. These transformations incorporate changes in DNA and RNA arrangements, chromosomal improvements (aneuploidy). One of the wellsprings of genomic dependability is the high recurrence of remotely caused DNA harm since DNA harms can cause mistaken translation union past the harms or blunders in fix, prompting change. Another wellspring of genome flimsiness might be mutational decreases in articulation of DNA fix qualities. DNA fix is likely a significant wellspring of genome unsteadiness. The system of innate unsteadiness prompts aneuploidy, in which the cells present a chromosome number that, is either higher or lower than the typical supplement for the species.

Track 14: Genomic Medicine

Genomic medicine is portrayed as a rising restorative encourage that incorporates using genomic information around an individual as a noteworthy part of their clinical consideration (e.g., for expository or therapeutic essential initiative) and the prosperity results and system implications of that clinical use. Starting at now, a genomic arrangement is having an impact in the fields of oncology, pharmacology, remarkable and unfamiliar afflictions, and compelling illness.

The NHGRI Genomic Medicine Working Group (GMWG) has been a social event ace accomplices in a movement of genomic arrangement get-togethers to analyze issues enveloping the appointment of a genomic medicate. Besides, the working social occasion provides guidance to the National Advisory Council on Human Genome Research (NACHGR) and NHGRI in various zones of genomic medicine use, for instance, spreading out infrastructural necessities for gathering of genomic arrangement, perceiving related undertakings for future composed endeavors, and investigating progress commonly talking in genomic sedate execution.

Sans cell revolving around DNA is furthermore being examined as a biomarker for tumors. As tumor cells fail miserably they release bits of their changed DNA into the course framework. Sequencing this DNA can give bits of information into the tumor and possible prescriptions, and even be used to screen tumor development (as a differentiating choice to prominent biopsies).

At present, in excess of 100 FDA-embraced medications have pharmacogenomics information in their names, in varying fields, for instance, analgesics, antivirals, cardiovascular meds, and unfriendly to development therapeutics.

Track 15: Biomarkers and Microarrays

A biomarker, or regular marker, is a quantifiable pointer of some organic state or condition. A biomarker is a test that can be used to help break down a condition or to help screen a condition or response to treatment. They are used as a piece of various scopes of prescription both in standard restorative practice and besides in research, especially in clinical preliminaries. In medication, a biomarker can be a detectable substance that is brought into an actual existence structure as an approach to examine organ work or various pieces of prosperity. For example, rubidium chloride is used as a radioactive isotope to evaluate perfusion of heart muscle.

Biomarkers continue winding up continuously noteworthy in research and social protection applications, as affirm by the overall market for things required in their ID, endorsement, and use foreseen to accomplish USD 53.34 Billion by 2021 from USD 27.95 Billion of every 2016, creating at a CAGR of 13.8% in the midst of the guess time period (2016–2021).

Miniaturized scale cluster is an apparatus utilized in research center to identify the declarations of thousands of qualities in the meantime. Miniaturized scale cluster innovation has broad application in Pharmacogenomics. Similar investigation of the qualities from an unhealthy and an ordinary cell will recognize the biochemical constitution of the proteins which are combined by the infected qualities. The scientists can utilize this data for incorporating drugs that battle with these proteins and decrease their impact.

DNA small scale cluster innovation helps in the distinguishing proof of new qualities, to become familiar with the ailments like heart ailments, psychological instability, irresistible infection and particularly the investigation of malignant growth.

Track 16: Microbial Genomics

Microorganisms were the important living things on Earth and went before the animals and plants by in excess of 3 billion years. They are the foundation of the biosphere, from both a transformative and a natural perspective. It has been assessed that microbial species incorporate around 60% of the Earth's biomass. The genetic, metabolic and physiological arranged assortment of microbial species is unmistakably more conspicuous than that found in plants and animals. In any case, the ok assortment of the microbial world is, as it were, dark, with shy of what one-bit off 1% of the assessed 2–3 billion microbial species perceived. Of those species that have been depicted, their natural arranged assortment is incredible, having changed in accordance with create under boundaries of temperature, pH, salt concentration and oxygen levels.

Possibly no other region of research has been so strengthened by the utilization of genomic development than the microbial field. It was only five years back that The Institute for Genomic Research (TIGR) circulated the essential completion genome course of action for a free-living structure, Haemophilus influenzae2; since that at first report another 27 microbial genome progressions have been conveyed, with no under 10–20 distinct endeavors at or close climax. These development addresses, overall, one completed genome gathering at customary interims and all signs are that this pace will continue quickening.

Track 17: Nutrigenomics

Nutrigenomics is the investigation of the impacts of sustenance and nourishment constituents on quality articulation, and how hereditary varieties influence the healthful condition. It centers on understanding the communication among supplements and other dietary bio actives with the genome at the atomic dimension, to see how explicit supplements or dietary routines may influence human wellbeing.

Track 18: Personalized and Regenerative Medicine

Personalized Medicine as a novel field of medicine dependent on Pharmacogenetics and Pharmacogenomics data utilized for the remedy of explicit therapeutics strategy for an individual and it likewise covers numerous fields of human services.  Accordingly, Regenerative Medicine and cellular therapy are the new regions of medicine use cell-based items to create personalized medications. iPSCs and individual pluripotent immature microorganisms are the suitable competitors presented for personalized treatments.

Track 19: Bioinformatics and Computational Biology

Bioinformatics is the examination of get-together and dismembering complex natural data, for instance, inherited codes. Nuclear prescription requires the compromise and examination of genomic, sub-nuclear, cell, and furthermore clinical data and it henceforth offers an amazing game plan of challenges to bioinformatics. Bioinformatics nowadays has an essential part both, in translating genomic, transcriptomic, and proteomic data created by high-throughput test headways. The Canadian government is moreover earning substantial sums of money for omics look into, with the Canada Foundation for Innovation backing a few undertakings as a part of a C$30.4 million ($27.6 million) enthusiasm for insightful research. Computational science is the study of utilizing organic information to create relations and calculations among different natural frameworks.

Track 20: Trends in Genomics and Pharmacogenomics

The field of pharmaceutical is altogether changed by new developments; a great deal of this change starts from stimulating advances in genomics. Developments, for instance, liquid biopsies have been made that can distinguish infection DNA even in the underlying stage after its entrance. Masters moreover have discovered five epigenetic marks for harm, and we can foresee that more will come. Today, in case one needs to approach a far reaching approach to manage drug in perspective on genomic appreciation, it suggests putting around $2,000 in one's own specific prosperity.

Around 80% of valuable characteristics in the human genome are conveyed in the brain and in excess of 1,200 remarkable characteristics have been identified with the parthenogenesis of CNS issue and dementia. Pharmacogenetics examinations of psychotropic drug response have focused on choosing the association between assortments specifically confident characteristics and the positive and antagonistic effects of prescription treatment. 10-20% of Western peoples are deficient in characteristics of the CYP superfamily and the pharmacogenomics response of psychotropic meds in like manner depends on upon innate varieties identified with dementia. Up and coming surveys with threatening to dementia drugs or with multifactorial strategies have revealed that the supportive response to standard meds in Alzheimer's disease is genotype-specific.