Impact Biotech 2019 is the premier conference in the globe where all professionals may congregate and share their research. Over 24 sessions covering a variety of topics in the field of biotechnology are offered at the conference in the form of keynote, plenary, and workshop sessions with oral and poster presentations.
Impact Biotech 2019 International Conference on Biotechnology & Microbiology Nov 12-14, 2019 Dubai, United Arab Emirates which is going to be held at Nov 12-14, 2019 Dubai, United Arab Emirates will address fast growing technologies in the field of biotechnology with significant opportunities for Biotechnology Conferences.
Conferences will bring together professionals, researchers, and doctors in a global setting, facilitating the exchange of cutting-edge developments in the fields of science and practise related to biotechnology. The greatest place to improve networking is at the Biotechnology Conferences 2023, which will also give attendees the chance to engage with some of the top experts and scientists in the globe.
Young Researchers Forum - Young Scientist Awards
Impact Biotech 2019
Only 25 presentations are eligible for the Young Research's Awards at Impact Biotech 2019 for the Nomination: Young Researcher Forum - Outstanding Masters/Ph.D./Post Doctorate thesis work Presentation.
Benefits for young scientists
Oral presentations at our conferences offer the best platform for your research.
Discuss the concepts with mentors and prominent scholars.
The winners of the Young Scientist Award will receive certificates and mementos.
Through this Forum, young scientists will receive pertinent and current information.
Award should inspire participants to work hard to reach their maximum potential, which could benefit the field as a whole. Platform for collaboration among young researchers for greater development.
University of Iceland
Korea Research Institute of Bioscience and Biotechnology
CEO & Founder RegenerAge Clinic
Spanish National Research Council | CSIC
Agricultural biotechnology is a cutting-edge science incorporating biotechnology and agricultural science. Genetic engineering, cell and tissue culture technologies of biotechnology are combined with the technologies of agricultural sciences.
Food Biotechnology is focused on emerging developments and applications of modern genetics, enzymatic, metabolic and systems-based biochemical processes in food and food-related biological systems.
This sector broadly covers: Development of improved breed of animals with higher milk production, Higher animal productivity and with other desirable characteristic, animal feed, embryo transfer, developing vaccines etc.
Health care (also termed as Medical Biotechnology)
Application: Development of genetically engineered vaccines, DNA Fingerprinting, immunodiagnostic Kits for early detection of diseases, Gene profiling, antibiotics, Skin grafting etc.
Industrial Biotechnology has a wide range of application, such as extraction of metals by microbial methods, enrichment of ores etc. It plays a vital role in food processing and beverage industry, etc.
Aquaculture and Marine biotechnology
It helps in generating new classes of pharmaceuticals, polymers, enzymes and many other chemical products. It is also helpful in Aquaculture, Transgenics, Fish production, Bioremedation, conservation, sea weeds culture etc.
Environmental Biotechnology helps in Biodegradation of xenobiotic compounds, Bio-mining, Restoration of denuded areas, Bio-sensors, processing of wastes, Composting, Anaerobic processing, etc
Plant Biotechnology/Agri-biotechnology: deals with plant system which confers the plant tissue culture, plant molecular biology, medicinal research based on either Research and Development or Academic approach. Forestry also comes as a joint venture wherein tree biotechnology tree health program being associated.
Immunology, clinical research having taken up as a vital course of action in biotechnology
Molecular biology, Biochemistry:
Common tools for all disciplines in biology
Emerging technology complementing biotechnology in drug discovery and other biomatrix or as a nanomaterial
Common for all due to its significant role in dry lab, before setting any experiment specifically in proteomics and genomics you can have a predicted model to save your time, money and effort. In silico analysis is possible due to the data base access program in bioinformatics
Instrumental analysis is possible with the background of fundamental sciences (phyics, chemistry and maths)
Genetics and genetic engineering:
Understanding of genetics in human body and analysis of DNA RNA structures of human, animals and plants altogether. It aims to understand how genetics causes certain diseases and how could it we stopped.
It involves the study of processing certain biological species while manufacturing medicines. It studies the nature of species and they should be processed.
Chemical reaction engineering: It involves the study about reaction of chemicals and lives in manufacturing medicines.
It involves the study about laws and ethics that should be followed by companies in testing biospecies like animals or humans. It is an ethical subject that every biotechnologician need to follow while doing his resaerch.
Genomics and proteopmics
It involves in modelling and restructuring of genes and proteins in human, animal and plant bodies to find new structures.
It is the study dealing with antibodies, its formation and regulation.
It involves the functioning of restructured protein in human bodies.
It studies the functioning of microbes in producing medicines.
It deals with the subject of entrepreneurial skills in setting up a company dealing with biotechnology.
It involves in the study of modelling and restructuring new vaccines from microbes.
Stem cell engineering
It involves in the study of stem cell in human body and their applications.
It involves in study of cell functions in different organs of human, animal and plants.
it is the study of cancer and cells in human.
Study of different forms and structures of virus in human, animals, plants and birds.
Biotechnology research goals therefore include finding ways to increase the reproductive rate, improve metabolism of inputs, and enhance the production of desired oils, fuel-grade alcohols, or proteins in useful species. Researchers have found that many algae species are adaptable to genetic engineering, expressing complex proteins and accumulating recombinant proteins to very high levels.
As any technological application that uses microbiological systems, microbial organisms, or derivatives thereof, to make or modify products or processes for specific use
Biomaterials are natural or synthetic materials used in medical field to improve quality of life by either replacing tissue/organ or assisting their function
Biofuels are combustible fuels created from biomass; in other words, fuels created from recently living plant matter as opposed to ancient plant matter in hydrocarbons.
|Day-1: Nov 12, 2019|
|program time||program session|
|10:00-10:45||Keynote Session I|
|11:00-11:45||Keynote Session II|
|12:00-14:45||Break Out Session I|
|15:00-18:00||Break Out Session II|
|Day-2: Nov 13, 2019|
|program time||program session|
|10:00-10:45||Keynote Session III|
|11:00-13:00||Break Out Session III|
|15:30-17:30||Break Out Session IV|