GE Ruowen

National University of Singapore

        Dr. Baye B. Getahun

Amhara Agricultural Research Insitute Ethiopia

        Dr Chandraiah Godugu

NIPER, India

Dr. Ramesh Malothu

Head School of Biotechnology,JNTUK Kakinada, India

BIOTECHNOLOGY AND CRISPR ADVANCES

Biotech 2019 gathering will showcase the Latest Horizons in Biotechnology and CRISPR Advances, which will give a worldwide stage to talk of present and future of biotechnology.
This Biotechnology Conference 2019, brings together the pioneers doing the most innovative work within the industry and across the globe. Among all International Biotechnology 2019 conferences, in this meeting, you will experience unique research outcomes on Advanced Biotechnology, Industrial Biotechnology, Medical Biotechnology and CRISPR Based Technologies . This Biotechnology and CRISPR Advances summit 2019 will be with International keynote speakers, Industry speakers, panel discussions and more. Speakers are invited from USA, Europe, and Asia Biotechnology & CRISPR industries, to share their unique insights with us. In this summit discussions will be on Protein Engineering, Nano-Biotechnology, Forensic Biotechnology, and CRISPR in 3D culture, Stem Cell technology, CRISPR Based Technologies, and Bio-products.
The Biotech 2019 welcomes 100 future biotech leaders (Leaders of Tomorrow) from around the world. In addition, the Biotech 2019 also attracts world leaders from the CRISPR and Biotech industry, who will engage, challenge and inspire the youthful explorers.
The Biotech 2019 is held in Singapore at the Holiday Inn Atrium, Singapore. The Biotech 2019 is a 2-day conference, which will provide the bio-leaders of tomorrow with a comprehensive overview of current and future biotechnology trends and issues, inciting discussion about world challenges that can be met by CRISPR- Cas 9 applications. The next generation will also be challenged to take up leadership by proposing and developing real-life impactful solutions as part of the Voices of Tomorrow business plan competition.

WORLD SUMMIT ON BIOTECHNOLOGY AND CRISPR ADVANCES

Conference Name Place Date
Biotech-2019 Singapore June 24-25, 2019

Medical Biotechnology:
Medical biotechnology is the utilization of living cells and cell materials to research and creates pharmaceutical and diagnostic products that assistance treat and avert human illnesses. Most medicinal bio-technologists work in scholarly or mechanical settings. In scholastic labs, these experts direct trials as a major aspect of therapeutic research think about; modern biotechnologists move in the direction of creating medications or antibodies.
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Food Biotechnology:
Food biotechnology is the application of biological techniques to food crops, animals and microorganisms with the aim of improving the attributes, quantity, safety, ease of processing and production economics of our food.
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Antibiotics and Pharmaceutical Biotechnology:
Antibiotics and Pharmaceutical Biotechnology is the science that covers all advancements required for designing, assembling and enrollment of natural medications. Pharmaceutical organizations use biotechnology for assembling drugs, pharmacogenomics, quality treatment, and hereditary testing. Biotech organizations make biotechnology items by controlling and adjusting life forms, more often than not at the atomic dimension. Pharmaceutical Biotechnology is an undeniably imperative region of science and innovation. It contributes in structure and conveyance of new remedial medications, analytic operators for therapeutic tests, and in quality treatment for rectifying the restorative manifestations of inherited maladies.
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Bio-Products and Bio-Energy:
Bio-Energy is energy delivered from sustainable, organic sources, for example, Bio-Products. Bio-Products are plant materials that can be transformed into fuel (otherwise called biofuel when it is produced using organic material) to supply heat and power. Bioenergy can be gotten from numerous types of biofuels. These incorporate fluid biofuels used to run engine vehicles, and woodland wood buildup used to run the mash process and other mechanical activities.
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Stem Cell technology:
Stem Cells are undifferentiated, or “Blank,” cells. This indicates they’re equipped for forming into cells that serve various capacities in various parts of the body. Most cells in the body are separated cells. These cells can just fill a particular need in a specific organ. For instance, red platelets are explicitly intended to help oxygen through the blood.
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Nano-Biotechnology:
The intersection of nanotechnology and biology is termed as Nano-Biotechnology. Nanotechnology is a multidisciplinary field that covers a vast and diverse array of devices derived from engineering, physics, chemistry, and biology. Advancements in nanotechnology has led to creation of Nanoscale structures and materials (nanoparticles, nanowires, nanofibers, nanotubes). The biological applications (biosensing, biological separation, molecular imaging, anticancer therapy) of these nanostructures and materials is defined as Nano-Biotechnology. In short, it refers to the ways that nanotechnology is used to create devices to study biological systems
Biotech 2019 | Upcoming Biotechnology Conferences | Singapore Biotechnology Conferences | Medical Biotechnology Conferences | Pharmaceutical Biotechnology Conferences | Food Biotechnology Conferences | Bioengineering Conferences | Biochemistry Conferences | Biotechnology World Congress | Microbial Biotechnology Conferences | Bioscience Conferences | Genetic Engineering Conferences |

Animal & Reproductive Biotechnology:
Animal biotechnology is a broad field encompassing the polarities of fundamental and applied research, including molecular modelling, gene manipulation, development of diagnostics and vaccines, and manipulation of tissue. As animals are playing a growing role in the advancement of biotechnology, as well as increasingly benefiting from biotechnology. Combining animals and biotechnology in results in advances in four primary areas ie, Advances in human health, improved animal health and welfare, enhancements to animal products, environmental and conservation benefits.
Reproductive Biotechnology is the fusion of biology and technology that is being applied in domestic farm animal production and in research on animal reproduction. AI (artificial insemination) and multiple ovulation followed by embryo transfer (MOET) have already had a major impact on livestock improvement programmes in developed countries.

Biotech 2019 | Upcoming Biotechnology Conferences | Singapore Biotechnology Conferences | Medical Biotechnology Conferences | Pharmaceutical Biotechnology Conferences | Food Biotechnology Conferences | Bioengineering Conferences | Biochemistry Conferences | Biotechnology World Congress | Microbial Biotechnology Conferences | Bioscience Conferences | Genetic Engineering Conferences |

Marine Biotechnology: Marine (or blue) biotechnology encompasses the applications of biotechnology tools on marine resources. It is defined as the application of scientific and engineering principles for the exploration of the capabilities of marine organisms at the whole, cell, or molecular level, to provide solutions to today’s problems, to advance the understanding and accessibility of marine biological material.
Biotech 2019 | Upcoming Biotechnology Conferences | Singapore Biotechnology Conferences | Medical Biotechnology Conferences | Pharmaceutical Biotechnology Conferences | Food Biotechnology Conferences | Bioengineering Conferences | Biochemistry Conferences | Biotechnology World Congress | Microbial Biotechnology Conferences | Bioscience Conferences | Genetic Engineering Conferences |

Tissue culture and genetic engineering:
Tissue culture, a method of biological research in which fragments of tissue from an animal or plant are transferred to an artificial environment in which they can continue to survive and function. The cultured tissue may consist of a single cell, a population of cells, or a whole or part of an organ. Cells in culture may multiply; change size, form, or function; exhibit specialized activity (muscle cells, for example, may contract); or interact with other cells whereas Genetic engineering is the deliberate, controlled manipulation of the genes in an organism with the intent of making that organism better in some way. This is usually done independently of the natural reproductive process. The result is a so-called genetically modified organism (GMO).

Biotech 2019 | Upcoming Biotechnology Conferences | Singapore Biotechnology Conferences | Medical Biotechnology Conferences | Pharmaceutical Biotechnology Conferences | Food Biotechnology Conferences | Bioengineering Conferences | Biochemistry Conferences | Biotechnology World Congress | Microbial Biotechnology Conferences | Bioscience Conferences | Genetic Engineering Conferences |

Enzyme and Protein Engineering:
Enzyme Engineering or protein engineering is the process of designing proteins or enzymes by changing the sequence of amino acids through recombinant DNA mutation. Directed revolution and rational design are the two techniques used in enzyme engineering or protein designing in the process of drug discovery.
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Forensic Biotechnology:
Forensic biotechnology is an area of medical science which deals with the analysis of biological evidence using biotechnology methods especially in criminal investigations. Analy¬sis of proteins in blood (serology), other body fluids and body tissues are some of the tradi¬tional methods in forensic analysis. The application of biotechnology in Forensic science is DNA Forensic which is now revolutionizing many aspects of criminal investigation which include DNA fingerprinting, DNA foot-printing, DNA pro¬filing, etc.
Biotech 2019 | Upcoming Biotechnology Conferences | Singapore Biotechnology Conferences | Medical Biotechnology Conferences | Pharmaceutical Biotechnology Conferences | Food Biotechnology Conferences | Bioengineering Conferences | Biochemistry Conferences | Biotechnology World Congress | Microbial Biotechnology Conferences | Bioscience Conferences | Genetic Engineering Conferences |

  • Biotechnology Applications.
  • Microbial/Industrial biotechnology.
  • Food Science & Technology.
  • Nanobiotechnology.
  • Pharmaceutical Biotechnology.
  • Plant and Agriculture Biotechnology.
  • Biotechnology applications in Genomics and Proteomics
  • Genetic Engineering and Recombinant DNA Technology
  • LncRNAs in Disease: Tools for Discover
  • CRISPR Based Technologies and Bio-products
  • Applications in bioengineering, biomedical engineering & technology
  • Use of Algae and Other Expression Systems for Generating Natural Products
  • Analytical development/regulatory control interface for biotechnology
  • Instrumental and method advances that are used for process development,
  • Innovations and conventional technologies for research and routine testing applications
  • High throughput screening and the use of CRISPR in 3D culture
  • Biomarker Discovery & Validation Strategies and Regulation
  • Biotechnological Applications in Food Technology
  • Microbiological and Chemical Aspects of Food Safety
  • Food Chemistry and Bio Active Constituents of Food
  • Quality Analysis and Detection Technology in Agricultural and Food Materials
  • New Technologies for Low Carbon Agriculture and Sustainable Development
  • Recent Advancement in Food Science and Food Business
  • New Protein Sources & related Technologies
  • Nanotechnology in Nutritional Science & Food Chemistry
  • Food and Beverages Adulteration
  • Nanotechnology in Nutritional Science & Food Chemistry
  • Industrial biotechnology in food industry

Call for Abstracts

Biotech 2019 invites abstracts related to the new scientific research in all the fields of Biotechnology & CRISPR technologies and its related aspects. Registrants are invited to submit an abstract for consideration for oral and poster presentation. In general we encourage more specific to the current research fields representing innovation and recent technologies. Abstracts received will be reviewed by scientific committee from aspirants and categorized as speaker talks and poster presentations.

IMPORTANT DATES
Abstract Submission Opens NOV 1st, 2018
Registration OpensNOV 1st, 2018
Abstract Submission DeadlineJUNE 19th, 2019
Registration DeadlineJUNE 24th, 2019

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