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15th World Conference on Human Genomics and Genomic Medicine, will be organized around the theme “Theme : "Exploring the Recent Advancements in Human Genomics and Genomic Medicine"”
HUMAN GENOME 2022 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 2022
Submit your abstract to any of the mentioned tracks.
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Genomics is multidisciplinary field of biology that directing in the structure, function, evolution, mapping, and manage of genomes. A genome is an organism's complete set of deoxyribonucleic acid, as well as all of its genes in addition as its stratified, three-dimensional structural configuration. Genomics, the study of genes, is creating it attainable to predict, diagnose, and treat diseases a lot of exactly and in person than ever. An entire genomic sequence contains three billion base pairs of deoxyribonucleic acid.
- Track 1-1Public health
- Track 1-2Disinfection
- Track 1-3Mendelian Phenotypes
Human genetics is a branch of biology that deals how human traits are explained and passed down among generations. Genetics and genomics both play major roles in health and disease. Genetics refers to the study of genes and it explains how these traits or conditions are passed down from one generation to another. It well explained about all the genes. Since the genetic mutation is A - G, there are majorly three genome types exist - namely, AA, AG, and GG.
- Track 2-1Health
- Track 2-2Generation
- Track 2-3Complex Traits
A genetically changed organism (GMO) is an animal, plant, or microorganism whose DNA has been altered exploitation gene-splicing techniques. For thousands of years, humans have used breeding ways to switch organisms. Corn, cattle, and even dogs are by selection bred over generations to own bound desired traits. The laboratories therefore on favour the expression of desired physiological traits or the generation of desired biological product
- Track 3-1Genetic technologies
- Track 3-2Genetic Coding
- Track 3-3Genetic Modelling
Epigenetic biomarkers are trending as tools for the screening and early detection of assorted diseases, for prognostic and treatment observance, and for predicting future risk of infection development. Profound changes within the epigenetic landscape of cancer cells underlie the event of human malignancies. These changes embrace large-scale deoxyribonucleic acid methylation changes throughout the genome in addition as alterations within the compendium of post-translational body substance modifications. Epigenetic aberrations impact multiple steps throughout tumorigenesis, ultimately promoting the choice of growth cells with increasing pathogenic.
- Track 4-1Personalized Epigenetic Maps
- Track 4-2Cardiovascular diseases
Genomic vaccines take the shape of DNA or RNA that encodes desired proteins. On injection, the genes enter cells that then churn out the chosen proteins. Compared with producing proteins in cell cultures or eggs, manufacturing the genetic material ought to be easier and fewer costly. Standard vaccines to stop infectious diseases carries with it killed or weakened pathogens or proteins from those microorganisms. Vaccines that treat cancer conjointly place confidence in proteins. In distinction, a replacement quite immunizing agent that is poised to form major inroads in drugs consists of genes.
- Track 5-1Genes
- Track 5-2Genomic Medicine
- Track 5-3Colorectal Cancers
The concept of sequence medical care is to fix a genetic problem at its supply. If for instance a mutation in an exceedingly bound sequence causes the assembly of a dysfunctional macromolecule ensuing (usually recessively) in a genetic disease, sequence medical care can be deliver to a replica of this sequence that doesn't contain the deleterious mutation and thereby produces a purposeful macromolecule. This strategy is brought up as sequence replacement medical care and is utilized to treat heritable retinal diseases.
- Track 6-1Heterogeneity
- Track 6-2Heterogeneous gene-expression
Pre-implantation genetic diagnosis (PGD) is generally explained as the testing of pre-implantation of the stages of embryos or oocytes for genetic defects. This has been developed for couples whose potential offspring are at risk of severe Mendelian disorders, structural chromosome abnormalities or mitochondrial disorders. The past present and future of this development square measure energetically associated with the natural prevalence of body condition within the pre-implantation embryo. PGD should be enclosed in every procreative health care program. It is recognized as a very important and possible to pre-natal testing.
- Track 7-1Clonal Cell lines
- Track 7-2Cell Clusters
- Track 7-3Heterogeneous Tumours
Bioinformatics is outlined because the application of tools of a computation and an analysis to capture and an interpretation of biological knowledge. It is a multidisciplinary field that harnesses to applied science, arithmetic, physics, and biology. Bioinformatics uses pc programs for a spread of applications together with the determinative sequence and super molecule functions, establishing organic process relationships and predicting the three-dimensional shapes of proteins. Organism or between organisms staring at organic process relationships between organisms, and victimization the patterns that exist across DNA and macromolecule sequences to work out what their perform.
- Track 8-1Polymers
- Track 8-2Personalized Genetic Medicine
Computational Biology is a machine learning which expresses about the gene expression and its regulation. This is the branch which deals with the relationship between the computers and computer science to understand and create modeling of the structures and processes of life. It helps in underpinning of gene codes.
- Track 9-1Gene Coding
- Track 9-2Gene Mapping
- Track 9-3Gene Computing
- Track 9-4Gene Analytics
The process of distribution or locating of specific a factor of a gene to particular space of a body that determines the situation of and relative distances between genes on the body. It helps to elaborate the genes and genetic markers along with the chromosomes as calculated by the frequency where they are inherited together.
- Track 10-1X- Chromosomes
- Track 10-2Y-Chromosomes
- Track 10-3DNA Replications
Bioinformatics analysis cannot alone speed up the drug target identification and drug candidate screening and refinement however conjointly facilitate characterization of aspect effects and predict drug resistance. Drug discovery and development could be a complicated, high risk, time intense and doubtless extremely rewarding method. Pharmaceutical firms virtually burn variant greenback per drug to bring it to the market. The development of a new drug needs a technological expertise human resources and large capital investment.
- Track 11-1Computational Algorithms
- Track 11-2Microbial Genome
- Track 11-3Bioinformatics
Genomics, specifically high-throughput sequencing and a characterization of expressed human genes, has created new opportunities for a drug discovery. Information of all the human genes and their functions may allow effective preventive measures, and alter a drug analysis strategy and a drug discovery development processes.
- Track 12-1Drug Delivery
- Track 12-2Drug Usage
- Track 12-3Precision Medicine
Pharmacogenomics are that the study of how the genes has an effect on an individual's response to medicine. This relatively new field combines a pharmacology the science of medicine and biology the study of genes and their functions to develop effective, safe medications and doses which will be tailored to a personality's a genetic makeup.
- Track 13-1Medication-Related Data
- Track 13-2Electronic Medical Records
- Track 13-3Telehealth
The study of cancer genomes has revealed abnormalities in genes that drive the event and growth of the many styles of cancer. This data has improved our understanding of the biology of cancer and held the new ways of designation and treating the illness or disease.
- Track 15-1Morphology
- Track 15-2Genomic Oncology
Infectious diseases area disorders caused by organisms like microorganism, viruses, fungi or parasites. Many organisms sleep in our bodies. They're typically harmless or maybe helpful. But beneath certain conditions, some organisms would possibly cause unwellness. Some infectious diseases usually passed from one person to another person.
- Track 16-1Infectious Mononucleosis
- Track 16-2HIV/AIDS
- Track 16-3Giardiasis
- Track 16-4Diphtheria
A personalized medication is associate rising a follow of a medication that uses a person's a genetic profile to guide choices created in the respect to the bar, diagnosis, and treatment of sickness. Personalized the medication, as a result of it's to support every patient's a distinctive genetic makeup, and is commencing to overcome the constraints of an ancient medication. More and more it's permitting health care suppliers to: shift the stress in a medication from a reaction to a bar. Predict a condition to sickness.
- Track 17-1Breast Cancer Cells
- Track 17-2Health Biomarkers
- Track 17-3Precision Medicine
Artificial intelligence (AI) is that the ability of a computer or a robot controlled by a computer to try and do tasks that are done by humans as a result of they need human intelligence and discernment.
- Track 18-1Reactive Machines
- Track 18-2Limited Memory
- Track 18-3Theory of Mind
- Track 18-4Self-Awareness
The goal of a psychological feature computing is to simulate human thought processes in computerized processed model. The self-learning algorithms that use data processing, pattern recognition and a linguistic communication process the computer will mimic the method the human brain works.
- Track 19-1Cognitive Models
- Track 19-2Machine Learning
- Track 19-3Artificial Intelligence
The Semantics ability is that the flexibility of computer systems to exchange information with unambiguous, shared which suggests. Linguistics ability is also a requirement to change a machine numerable logic, an associate degree differencing, an associate degree info discovery, and an information federation between knowledge systems.
- Track 20-1Healthcare system
- Track 20-2Structural Interoperability
- Track 20-3Health Information Exchanges
Genomic medication is that the study of our genes and their interaction with our health. Genetic science investigates however a person’s biological data are accustomed improving their clinical care and health outcomes e.g. through an effective identification and personal treatment.
- Track 21-1Pharmacology
- Track 21-2Immune Receptors
- Track 21-3Nucleotide Polymorphism
The genetic data is contained in the order of the nucleotides of a DNA strand. The genome is the standard term for the entire DNA found in an organism. Multiple chromosomes and/or plasmids can be seen in some bacterial genomes, and many bacteria carry multiple versions of the genomes per cell.
- Track 22-1Haematology
- Track 22-2Oncology
- Track 22-3Conventional trials
The field of immunotherapy is rapidly evolving nowadays. ICON recognises the distinct obstacles that these investigations pose in comparison to conventional trials. Our multi-functional staffs of immune-oncology, cellular, and gene therapy experts provides end-to-end assistance for these difficult studies that put even the most experienced project teams to the test. We have the skills and expertise to assist you every step of the way, irrespective or nature of your programme. Haematology-oncology, rare and orphan illnesses, CNS, ophthalmology, musculoskeletal, infectious diseases, and cardio-metabolic disorders are among our CGT specialties.
- Track 23-1Regulatory Intelligence
- Track 23-2Therapeutic Knowledge
- Track 23-3Medical Informatics Data