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Theme: Rejuvenating the Advancements in Biotechnology

Global Biotechnology 2022

Global Biotechnology 2022

A warm welcome to the 25^th Global Biotechnology Congress which is going to be scheduled during October 20-21, 2022 . The main motto of Global Biotechnology 2022 is to bring a new platform to share new ideas and all the innovations in the field of biotechnology.

Theme of the conference: "Rejuvenating the Advancements in Biotechnology"

An unique opportunity to meet the world eminent specialists and speakers at our conference speaking about concerned new advancements in the field of Biotechnology to develop more innovations that are introduced in the field of biotechnology. This will offer a great platform for students and researchers, scholars, scientists to exhibit their work and get recognized amidst the foremost individuals.

The International “25^th Global Biotechnology Congress” brings a chance to share and discuss all the inventions in Biotechnology. This conference mainly targets all the scientists, young researchers and industrialists across the globe to interchange their knowledge and share their experiences, enhancements in technology, practical challenges, and advanced instrumentation and analysis results. Biotechnology has a wider set of speakers, and a broader collection of programs geared towards scientists and industrialists. This conference offers a feasibility to express and share views on the recent advancements latest developments among the sector. Brochure: Click here

Conference Series LLC Ltd is glad to welcome you to our “Global Biotechnology 2022” that is to be held during October 20-21, 2022 with the theme "Rejuvenating the Advancements in Biotechnology". This includes rapid Keynote talks, Oral and Poster presentations, Exhibitions and a lot more. This additionally includes a wide range of workshops guided by eminent delegates.

Abstract Submission: Click here

Global Biotechnology 2022 is comprised of various tracks and sessions designed with intent to offer comprehensive sessions that address current issues in the field of Biotechnology.

Registration: Click here

Why to attend???

The Global Biotechnology 2022 invites participants, renowned speakers and eminent delegates across the globe to attend the conference and share their valuable presentation and galvanize the scientific community. For scientific people from all over the globe focused on learning about emerging technologies in all fields of Biotechnology and their complications in the latest application, this is the best opportunity to reach the largest conglomeration of participants from the scientific community and research.

The Development council of the "Global Biotechnology 2022"is planning for invigorating and informational gathering and conduct workshops on emerging technologies in the field of biotechnology, advancement of themes, banner showcases and different projects for members from all over the world.

Target Audience

Students
Research Scholars
Scientists
Young Researchers
Biotechnology Industrialists
Biotech Food Industry
Agro industry
Digital medication and restorative organizations
Pharmacy, biotech, and tech organizations
Health care businesses
Buy and sell-side experts
Biotechnology scientists
Business partners
Biotechnology business people
Training organizations

Session 1: Biotechnology
Biotechnology, a branch of applied science is a broad area of biology involving the application of living systems and organisms to produce products and processes .Contingent upon the strategies and applications, it frequently covers with the (related) fields of bioengineering, biomedical designing, bio manufacturing, Biomass and Bioenergy etc. Biotechnology is based on the basic biological sciences such as molecular biology, biochemistry, cell biology, embryology, genetics and microbiology and conversely provides methods to support and perform basic research in biology.

Session 2: Pharmacogenomics
Pharmacogenomics, sometimes also called as Pharmacogenetics, is a field of research that studies how a person’s genes affect and respond to medications. Its long-term goal is to help doctors with selection of the drugs and doses that are best suited for a person. It is a part of the field of precision medicine, which aims to treat patients individually. Pharmacogenomics is a type of genetic testing that looks for small variations within genes.

Session 3: Algal Biotechnology
Algal biotechnology is the technological application of algae that might be an innovation created utilizing green growth. The phylogenetic diversity of the algae is also reflected in the diversity of territories they can be present in, and their morphological, physiological and biochemical diversity. Many natural products along with vitamins, organic acids, polypeptides and polysaccharides are secreted by algae. Algal cells need not be free floating but may be immobilized on the surfaces where they can serve as biocatalyst.

Session 4: Medical Biotechnology
Medical Biotechnology is a branch of science used for the study of living organisms and cell materials to research for producing medicinal and diagnosing products that is useful in the treatment and prevention of the diseased conditions. With the much advancement in medical biotechnology, there are new concerns that have risen. Clinical Biotechnology highlights huge effect on gathering the preconditions of patients and their families since it not exclusively compasses meds and clinical claim to fame that are processing plant made utilizing a biotechnological strategy.

Session 5: Plant and Agriculture Biotechnology
Plant Biotechnology is a science with set of techniques that uses plants for specific needs and opportunities. It has been instrumental in increasing the productivity of the crop to improve food, feed, and fibre security, and in lowering the environmental footprint of agriculture. Agriculture Biotechnology is a branch of agricultural science involving techniques to modify living organisms, plants, animals and microorganisms. Quality joining may wind up in better keeping properties to make transport of late production simpler, giving customers admittance to healthily significant entire food varieties and forestalling rot, harm, and loss of supplements. Biotechnology is illustrated collectively of things that utilize living life forms (or components of creatures) to make or adjust an item, improve plants, trees or creatures, or create microorganisms for explicit employments.

Session 6: Environmental Biotechnology
Biotechnology is applied and examination of the normal environment. Ecological biotechnology may be concluded that single attempt and tackling measure for mechanical utilizations and misuse. Ecological biotechnology is referred as "the turn of events, use and guideline of natural frameworks for alteration of sullied conditions and for climate acceptable cycles (green delivering innovations and property advancement)".It will briefly be referred as "the great utilization of nature, inside the style of plants, creatures, microscopic organisms, growths and protoctist, to supply environment friendly power, food and supplements in an extremely synergistic incorporated pattern of profit making techniques any place the misuse of each interaction turns into the feedstock for one another cycle".

Session 7: Nano Biotechnology
Nano biotechnology mentions to the convergence of designing science and science applications. Just if the subject is one that has exclusively arouse horribly as of late, Bio designing science and Nano biotechnology work cover terms for various associated innovations. The chief basic destinations that square measure regularly found in Nano science include applying Nano apparatuses to important clinical/natural issues and remodelling of these applications. The imaging of local biomolecules, natural films, and tissues is also a makeable point for the Nano-science scientists. Elective points with reference to Nano science embrace the use of cantilever exhibit sensors and in this manner the utilization of Nano-photonics for controlling sub-atomic cycles in living cells.

Session 8: Bioprocess Engineering
Bioprocess Engineering combines biotechnology and designing for the purpose of creation of materials from inexhaustible feedstock. This field includes basic bio atomic assessment on proteins, compounds and organisms, moreover as work on biosensors and bioreactors. Applications that hold food life cycle and conservation; drug, nutraceutical and sugar creation; air and waste material treatment; bio-based underlying themes for above sub-atomic structures; microfluidics for bioreactors and DNA chips; bioenergy; and applications inside the mash and paper firm. The square measure normally connects to medication applications, which is likely to tranquilize digestion, tissue designing and bio-based helpful medicines. The option U.S compound end-use item market is relied upon to increasing from $149.9 billion out of 2016 to an expected $345.6 billion by the end of 2021.

Session 9: Biomass and Bioenergy
Bioenergy is that the energy that is contained in natural matter (biomass) which may be brought back to life into energy shapes that we will make use of simple, similar to power, warmth and fluid fuel. Biomass is any natural matter of as of late living plant or creature starting. Unlike coal, the natural matter isn't fossilized. Indeed woody biomass has been utilized for bioenergy; yet more current advancements have extended the expected assets to those like horticultural deposits, oilseeds and secures. These high level bioenergy innovations give the property development of the bioenergy exchange, while not contender with the standard rural exchange for land and assets. Bioenergy plants can go from little home-grown warming frameworks to multi-megawatt modern plants needing countless heavy loads of biomass fuel every year. An assortment of restructuring exists to unharness and utilize the energy contained in biomass.

Session 10: Food and Feed Biotechnology
Now a day’s biotechnology can assume a noticeable part in fulfilling our future food needs in a feasible way. Biotech can expand crop yields, help raise new harvests, and adjust the already existing harvests to be developed on peripheral grounds with diminished new water sources. The innovation may not just improvise the nourishing nature of staple food sources, however can likewise lower the need to develop crops on deforested land. Growing advancement in biotechnology are decreasing the time and cost to provide improved food and feed strains and to design crops with improved dry spell and saltiness resilience and improved health quality. New biotechnology apparatuses empower researchers to acquaint biochemical pathways with cells so we can raise plants that are protected and acute wellsprings of these supplements.

Session 11: Microbial/Industrial biotechnology
Microbial or white biotechnology uses compounds and micro living beings to make bio fundamental and economical based product in areas like synthetics, food and feed, cleansers, paper and mash, materials and bioenergy. The machine of business biotechnology has been totally attempted to make significant commitments towards alleviating the effects of worldwide environmental change in these and selected areas. Moreover to natural benefits, biotechnology will improve industry's exhibition and items worth and, on the grounds that the innovation creates and develops, white biotechnology can put forth more and more suitable answers for our environmental factors. These imaginative arrangements bring extra profits for each our environment and our economy.

Biotechnology Market size was valued at around USD 497 billion in 2020 and is projected to grow at a CAGR of over 9.4% between 2021 and 2027. On-going innovations and development associated with molecular biology has led to an advent of novel scientific disciples including genomics, metabolomics and proteomics. Growing use of biotech solutions has facilitated the development of therapeutic proteins and other drugs. The rising prevalence of chronic diseases has fuelled the need for drug discovery and development. It is used increasingly in other industrial sectors also due to the extensive nature of the application. The rising usage in agriculture pertaining to the growing demand for organic products is also contributing to the market growth.

Biotechnology is an interdisciplinary, innovative field that utilizes living organisms, biological systems, or derivatives to modify or develop processes and outcomes for producing healthcare-related products and therapeutics. It has profound impact on different sectors such as medicine & pharmaceuticals, genomics, production of food & chemicals, and others. It has comprehensive and significant use in solving critical challenges related to health & well-being, food & energy supply, and environmental protection.

Favourable government initiatives along with collaborations with industry players will drive the market expansion:
Favourable government initiatives are leading the growth of biotech sector in developing economies such as India, Brazil and China. Government policies are aligned towards upgrading the drug regulatory process, standardizing clinical studies, enhancing reimbursement scenario, and accelerating the product approval procedure. Several initiatives are being taken by the Indian government to promote the industry. The National Biotechnology Development Strategy of Department of Biotechnology aims to establish a strong base for discovery and innovation. This strategy would incorporate novel technology platforms and benefits in improvising biotech products. Government funding and technical support offered to biotech firms is further accelerating the market progression.

Innovations and advent of novel technologies will accelerate the biotechnology market value:

Growing advancements in life sciences are offering numerous benefits associated with healthcare interventions and productivity by incorporating innovative technology. Development of innovative techniques and their implementation by the firms impacts the biotech sector positively and is envisaged to spur momentous expansion of the market. Innovative technologies including 3D bio printing are being used in medicine. 3D bioprinting uses living cells to develop certain parts of human body including heart valves, cartilage and skin. It has high potential to develop drugs as well as tissues, organs such as liver and heart using patient’s body cells. The ability to create human cells and tissues will further extend the range of applications in medical research by providing precise models for study and analysis.

Increasing medical applications of fermentation technology will impel the market revenue:

25^th Global Biotechnology Congress October 20-21, 2022 Dubai, UAE

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