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13th World Conference on Human Genomics and Genomic Medicine, will be organized around the theme “New Strategies & Emerging Trends in Human Genome and Genomic Medicines”

Human Genome 2020 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Human Genome 2020

Submit your abstract to any of the mentioned tracks.

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Genomics is an interdisciplinary field of science concentrating on the structure, work, progress, mapping, and adjusting of genomes. A genome is a life structure's entire plan of DNA, including the vast majority of its qualities. Rather than inborn qualities, which hints the assessment of individual attributes and their parts in legacy, genomics goes for the all-out delineation and evaluation of qualities, which orchestrate the period of proteins with the help of blends and clergyman particles

 

  • Track 1-1Genome
  • Track 1-2DNA
  • Track 1-3RNA
  • Track 1-4Heridity
  • Track 1-5Mutation

Human hereditary qualities are the investigation of legacy as it happens in people. Qualities are the normal factor of the characteristics of most human-acquired characteristics. Investigation of human hereditary qualities can respond to inquiries regarding human instinct, can help get disease and the advancement of compelling ailment treatment, and help us to

 

  • Track 2-1Coding DNA
  • Track 2-2Non Coding DNA
  • Track 2-3Genomic Variation in Human
  • Track 2-4Mitocondrial DNA

Genetic disorders might be hereditary, passed down from the guardians qualities. In other inborn issue, blemishes might be achieved by new changes or changes to the DNA. Hereditary disorders can be brought about by a change in monogenic disorder, by transformations in multifactorial legacy issue, by a blend of quality transformations and natural factors, or by harm to chromosomes Some sicknesses are brought about by transformations that are acquired from the guardians and are available in a person during childbirth, similar to sickle cell illness.

 

  • Track 3-1Single Gene
  • Track 3-2Multifunctional Disorders
  • Track 3-3Chromosomal Disorders
  • Track 3-4diagnosis
  • Track 3-5Treatament

Genetic Testing is a kind of restorative test that distinguishes changes in chromosomes, qualities, or proteins. The consequences of a genetic test can affirm or prevent a presumed hereditary condition or help decide an individual's possibility of passing on a hereditary disease. Since testing has benefits just as impediments and dangers, the choice about whether to be tried is an individual and complex one.

  • Track 4-1Dignostic Testing
  • Track 4-2Carrier Testing
  • Track 4-3Predective testing
  • Track 4-4Non-Dignostic Testing
  • Track 4-5Risk and Limitation

Gene Therapy is a trial procedure that utilizations qualities to treat or prevent disease. Specialists are trying a few ways to deal with quality treatment, including:

  • Replacing a changed quality that causes sickness with a solid duplicate of the quality.
  • Inactivating, or "taking out," a changed quality that is working inappropriately.

  • Introducing another quality into the body to help battle an illness

 If a mutated gene that makes a vital protein be flawed or missing, gene therapy might have the option to present a typical duplicate of the gene to re-establish the capacity of the protein. Rather, a bearer called a vector is hereditarily designed to convey the quality. Certain infections are frequently utilized as vectors since they can convey the new quality by tainting the cell. The infections are altered so they can't cause illness when utilized in individuals.

 

  • Track 5-1Cell Types
  • Track 5-2Viral Vectors
  • Track 5-3Non Viral Vectors
  • Track 5-4Gene Doping
  • Track 5-5Human Genetic Engineering

Clinical genomics is the investigation of clinical results with genomic information. Genomic factors causally affect clinical information. Clinical genomics utilizes the whole genome of a patient so as to analyse maladies or modify meds only for that patient. Entire genome testing can distinguish a larger number of changes and basic inconsistencies than focused quality testing. Furthermore, directed quality testing can test for the infections for which the specialist screens, while testing the entire genome screens for all diseases with known markers at once. By concentrating the entire genome, a doctor can develop therapeutic plans dependent on an individual patient's genome

 

  • Track 6-1Clinical Genomic Sequencing
  • Track 6-2Clinical Genomic Testing
  • Track 6-3Challenges in Clinical Genomics

Pharmacogenomics is the investigation of the job of the genome in medicates reaction. Its name mirrors its joining of pharmacology and genomics. Pharmacogenomics breaks down how the hereditary cosmetics of an individual influences his/her reaction to drugs manages the impact of gained and acquired hereditary minor departure from medicate reaction in patients by relating quality articulation or single-nucleotide polymorphisms with pharmacokinetics and pharmacodynamics term pharmacogenomics is regularly utilized reciprocally with pharmacogenomics

 

  • Track 7-1Drug Metabolizing Enzymes
  • Track 7-2Toxicogenomics
  • Track 7-3Chemogenomics
  • Track 7-4Clinical Pharmacogenetics

Immunogenetics is under a division of therapeutic hereditary qualities that endeavors the connection between the hereditary qualities and the resistant framework. Type 1 diabetes is an Auto immune sickness; it has complex hereditary characteristics which result because of imperfections in the safe framework. New target qualities for remedial methodologies are distinguished by Identification of qualities characterizing the resistant deficiencies. On the other hand, by utilizing hereditary variety the immunological pathway prompting infection is characterized. It features the developing specialized and different theoretical leaps forward that pitch for systems of hostile to benefactor reactions.

 

  • Track 8-1Organ Specific Immunity
  • Track 8-2Cancer Biology
  • Track 8-3Immune Circuits
  • Track 8-4Immunological Disease

Advances in entire genome and entire transcriptome intensification have allowed the sequencing of the instant measures of DNA and RNA present in a lonely cell, offering a window into the degree and nature of genomic and transcriptome heterogeneity which happens in both ordinary improvement and disease. Single-cell approaches stand ready to reform our ability to comprehend the size of genomic, epigenetic, and transcriptome decent variety that happens during the lifetime of an individual creature. Here, we survey the major innovative and organic rises forward accomplished, portray the rest of the difficulties to survive, and give a look into the guarantee of later and future improvements.

 

  • Track 9-1Single Cell DNA Methylome
  • Track 9-2single Cell RNA Sequencing
  • Track 9-3Single Cell DNA Sequencing

Neurogenetics is the part of hereditary qualities which examines the advancement and capacity of the sensory system. Numerous neurological issue like Alzheimer’s and Parkinson's sicknesses can be identified with neurogenesis and the examination of hereditary qualities on neurological issue are still on-going. Neurogenetics is developing as one field that may yield a causative association. The revelation of linkages could then prompt remedial medications, which could invert mind degeneration.

  • Track 10-1Imaging Studies
  • Track 10-2Gene Expression In Brain
  • Track 10-3Optical Mapping
  • Track 10-4Neuropharmacology

Nutritional genomics, otherwise called nutrigenomics, is a science concentrating the connection between human genome, nutrition and wellbeing. Individuals in the hands on work toward building up a comprehension of how the entire body reacts to a nourishment v, hereditary varieties influence the manner in which we respond to supplements in nourishments. Through the investigations of the human genome, specialists and researchers have found that various individuals react in various manners to various eating regimens in light of the fact that the varieties in our DNA can significantly affect our metabolic productivity, how or what makes us lose or put on weight and that's just the beginning

  • Track 11-1Background and Prevenive health
  • Track 11-2Anti- Aging
  • Track 11-3Public Health genomics

Behaviour genetic qualities are the investigation of hereditary and natural effects on practices. By looking at hereditary impact, more data can be gathered about how the earth works to influence conduct. Practically all practices contemplated by analysts are influenced by our hereditary cosmetics discoveries from social hereditary research have extensively affected the cutting edge comprehension of the job of hereditary and natural impacts on conduct. These incorporate proof that about all discovered practices are under a critical level of hereditary impact, and that impact will in general increment as people form into adulthood.

 

  • Track 12-1Evolutionary Psychology
  • Track 12-2Genes, Brain and Behavior
  • Track 12-3Human Behaviour Genetics
  • Track 12-4Psychiatric Genetics
  • Track 12-5Quantitative Genetics

Genomic advances have had an immense affect crosswise over numerous fields, for example, medication, farming, bioenergy generation, manufactured science, ecological science, computational science, data innovation, and wellbeing and health the executives. The centre has quickly moved to cutting edge genome sequencing advancements from the regular research centre hereditary systems.

 

  • Track 13-1PCR
  • Track 13-2Micro Arrays
  • Track 13-3CRISPR
  • Track 13-4Sanger Sequencing

Epigenetics is the investigation of heritable phenotype changes that don't include modifications in the DNA sequence. Epigenetics regularly includes changes that influence quality movement and articulation, yet the term can likewise be utilized to depict any heritable phenotypic change. Such impacts on cell and physiological phenotypic attributes may result from outer or ecological factors, or be a piece of typical advancement. The standard meaning of epigenetics requires these modifications to be heritable. The term likewise alludes to the progressions themselves: practically pertinent changes to the genome that don't include an adjustment in the nucleotide arrangement

 

  • Track 14-1Behavioral Epigenetics
  • Track 14-2Computational Epigenetics
  • Track 14-3Nutriepigenomics
  • Track 14-4Epigenetic Therapy
  • Track 14-5Epigenetics of Neurodegenerative Diseases
  • Track 14-6Epigenetic Modifications in Cardiovascular Disease

Oncogenomics is a sub-field of genomics that portrays malignant growth-related qualities. It centres on genomic, epigenetics and transcript changes in malignancy. Malignancy is a hereditary illness brought about by the gathering of DNA transformations and epigenetic modifications prompting unreasonable cell expansion and neoplasm arrangement. The objective of oncogenomics is to recognize new oncogenes or a tumour silencer quality that may give new bits of knowledge into malignant growth conclusion, foreseeing the clinical result of diseases and new focuses for disease treatments. The accomplishment of focused malignant growth treatments, for example, Gleevec, Herceptin and Avastin raised the expectation for oncogenomics to clarify new focuses for disease treatment

 

  • Track 15-1Cancer Genomics
  • Track 15-2Cancer Genome Sequencing
  • Track 15-3Cancer Epigenetics
  • Track 15-4Cancer Pharmacogenetics

Cytogenetic is a part of hereditary qualities that is worried about how the chromosomes identify with cell conduct, especially to their conduct during mitosis and meiosis. It has created throughout the years from the unrefined investigation of mitotic cells utilizing straightforward stains, to an examination of expanded DNA strands utilizing computerized fluorescence microscopy and picture examination hello have assumed a significant job in the check of quality request in such maps and have added to the push to succession the human genome.

 

  • Track 16-1Human abnormalities and medial application
  • Track 16-2techniques
  • Track 16-3Future of cytogenetics

Medical Genetics qualities are the part of medication that includes the conclusion and the executives of innate issue. Restorative genetic qualities contrasts from qualities in that human hereditary qualities is a field of logical research that could conceivably apply to medication, while therapeutic hereditary qualities alludes to the utilization of hereditary qualities to medicinal consideration. Hereditary medication is a more up to date term for therapeutic hereditary qualities and joins territories, for example, quality treatment, customized prescription, and the quickly rising new restorative strength, prescient drug

 

 

  • Track 17-1Subspecialties - Clinical genetics, Metabolic/Biochemical genetics, Cytogenetics, Molecular Genetics, Mitochondrial Genetics
  • Track 17-2Genetic Counselling
  • Track 17-3Diagnostic Evaluation
  • Track 17-4Genetic Medicine

Microbial hereditary qualities are a branch of knowledge inside microbiology and hereditary designing. Microbial hereditary qualities read microorganisms for various purposes. The microorganisms that are watched are microbes and Achaea. A few growths and protozoa are additional subjects used to contemplate in this field. The investigations of microorganisms include investigations of genotype and articulation framework. Genotypes are the acquired structures of a living being utilization of recombinant DNA innovation is a procedure of this work. The procedure includes making recombinant DNA atoms by controlling a DNA grouping. That DNA made is then in contact with a host living being. Cloning is additionally a case of hereditary designing.

 

  • Track 18-1Bacterial genome
  • Track 18-2Vitral Genome
  • Track 18-3Genomic Reduction

Metagenomic is the study of genetic material recovered directly from environmental samples. The broad field may also be referred to as environmental genomics, economics or community genomics. Because of its ability to reveal the previously hidden diversity of microscopic life, metagenomic offers a powerful lens for viewing the microbial world that has the potential to revolutionize understanding of the entire living world. As the price of DNA sequencing continues to fall, metagenomic now allows microbial ecology to be investigated at a much greater scale and detail than before. Recent studies use either "shotgun" or PCR directed sequencing to get largely unbiased samples of all genes from all the members of the sampled communities

 

  • Track 19-1Enviromental Genomics
  • Track 19-2Community Genomics
  • Track 19-3Patho Genomics
  • Track 19-4Types of Meta Genomics
  • Track 19-5Apllication of Meta Genomics
  • Track 19-6Apllication of Meta Genomics