Call for Abstract

Scientific Program

27^thWorld Congress on Industrial Biotechnology, will be organized around the theme “Accentuating the Innovations and Applications of Industrial Biotechnology to combat the COVID -19 pandemic”

industrialbiotech-conf-2022 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in industrialbiotech-conf-2022

Submit your abstract to any of the mentioned tracks.

Track 1:Regenerative Medicine And Tissue Engineering

Regenerative medicines mean the bioprocess engineering area which belongs to stem cell tissue engineering here including scale-up and scale-down. In “whole bioprocessing” aspect the process is initiated from donor or patient biopsy all the way through by clinical insertion to the patients.

Bioprocessing for Regenerative Medicine is a completely new field, which may only be partially compared thereupon of production of molecular medicines. Regenerative medicine and tissue engineering are one among the fastest growing areas of research in medical industries.

Track 2:Biotechnology in Food Industry

Modern Biotechnology is helpful in enhancing taste, yield, shell life and nutritive values. This is also useful in food processing (fermentation and enzyme involving processes). So Biotechnology is beneficial in erasing hunger, malnutrition and diseases from developing countries and third word.

Track 3:Microbiology in Industrial Biotech

The biotechnology or industrial microbiology emphasis focuses on the roles that microorganisms play in industrial production, food production and other man-made environments. This program gives you a strong foundation in: Environmental microbiology. Food microbiology.

Track 4:Bio-economy and Circular economy

The circular economy boosts process eco-efficiency and the use of recycled carbon to cut down on the use of new fossil carbon. Bio-based carbon from agriculture, forestry, and marine environments replaces fossil carbon in the bioeconomy. These are two distinct but complementary perspectives. The circular economy is –

Model of production and consumption.

It involves-

Sharing

Leasing Reusing

Repairing

Refurbishing

Recycling existing materials and products.

Track 5:New IB tools and technologies

The industrialization of biology offers far-reaching benefits at both the worldwide and therefore the national scale. Today, the main target is to enhance efficacy and robustness of microbial cell factories, suitable for industrial production of products in health industry. Strain engineering is to be done to enhance the prevailing either by mutagenesis or advanced targeted methods. If Industrial Biotechnology is employed to its full potential, it might be the simplest tool towards a sustainable bio-economy.

Track 6:Bioremediation and Waste Treatment

A treatment management system that uses natural organisms to get rid of or neutralize pollutants and covert into less toxic or non-toxic substances called bioremediation. For a successful and effective bioremediation, the system needs an accurate balance of the favourable temperature and nutrient content. It is an economical method in comparison to other pack up techniques, because it doesn't need an excellent deal of kit or labour.

Track 7:Algal Technologies

Algae are the ‘green gold’ of the longer term bio-economy as they became a valuable and sustainable feedstock for varied industries contributing to the bio-sustainability. Their application varies from biofuels, food additives, animal feed, novel food, bio-plastics, cosmetics, bio-fertilizers or CO2 utilization and lots of more. The market is rapidly expanding, and it's still not reached its full potential. Scientists are performing on new technologies and price optimization to proportion pilot projects to industrial production for a far better green and clean future.

Track 8:Cell therapy bioprocessing and commercialization

Cell therapy Bioprocessing is a sub-field of bioprocess engineering that connects the fields of cell therapy and bioprocessing (i.e., biopharmaceutical manufacturing). One of the fastest-growing segments in the life sciences is cell therapy. Cell & Gene Therapy Bioprocessing & Commercialization-

Optimize the process

Manufacturing capabilities and analytical strategies

Accelerate preclinical studies

Products into the clinic with case studies from different companies.

Track 9:Marine-biotechnology

Marine Biotechnology also known for the Blue biotechnology. Marine biotechnology is the use of biotechnology, molecular and cell biology, and bioinformatics to create products and processes from marine organisms.

Securing industrial products and processes by synthesizing-

Proteins

And enzymes

Marine biotechnology may include techniques such as-

Bioprocessing

Bio-harvesting

Bio-prospecting

Bioremediation using bioreactors.

Marine derived enzymes are used in beauty industry.

Algae and micro Algae are used in biofuel production.

Track 10:Agri-food technology

In food system, The agriculture-food industry plays a vital role. The main objective of this is to feed the entire population of this world , mostly through the market relationship chain. The food system varies by country with in the agriculture-food industry.

Techniques like-

Genetic engineering

Molecular markers

Molecular diagnostics

Vaccines and tissue culture

are used by agricultural science for alteration of genes in living organisms including plants, animals, and microorganisms.

Track 11: Industrial Biotechnology

Industrial Biotechnology implies the use of living cells such as bacteria, yeast, algae or components of the cells like enzymes to generate the products of industrial importance. It is the most advantageous processes/methods to control some serious problems of modern industry. Session includes the latest research which qualify to use renewable raw materials and can contribute to lowering greenhouse gas emissions and stirring away from a petrochemical-based economy.

Track 12: Synthetic Biology

Synthetic biology researchers harness the facility of Nature and corporations round the world to unravel problems in medicine, manufacturing and agriculture. It is the idea for the invention and style of biological catalysts for industrial application. A unique ethical concern about synthetic biology is that it's going to end in the creation of entities which fall somewhere between living things and machines.

Track 13:Bioplastics and Biopolymers

Bio-plastics can help-

Reduce reliance on fossil fuels

Support sustainability in the industry

And allow manufacturers to diversify feedstock.

Biopolymers are the distinctively classified as the group of materials under which bio-plastics are included as Plastics are replaced with bio-plastics and also they-

Pollute environment

Pose a danger to wildlife

They do not degrade quickly.

According to new research , it is found that Bio-plastics are just as toxic as ordinary plastics. Lets see what new comes with this session.

Track 14:Bioreactor design and Scale-up

When it comes to the Bioreactor, then its design have much importance as it plays a vital role in Bioprocessing and Upstream processing. Its simple design makes it possible to control the degree of shear uniformly within a reactor (critical to cell growth).

Track 15:Bioenergy and Bio-renewables

Bioenergy is renewable energy produced from organic matter (called “biomass”) such as plants, which contain energy from sunlight stored as chemical energy. Biodegradable sources-

Wastes from municipal

Food

Agricultural

Biomass.

These Biodegradables are the source of production of Renewable energy. Bioenergy Research plays an important role in research related to biomass, biofuels and bioenergy.

Bio-renewable resources-

Food

Bio-products

And bioenergy.

The utilization of biomass energy in our various fields can minimize our greenhouse gas emission. It’s feed stocks are profitable for the agricultural industry.

Track 16:Biomaterials

A biomaterial is now defined as a substance that has been engineered to take a form which, alone or as part of a complex system, is used to direct, by control of interactions with components of living systems, the course of any therapeutic or diagnostic procedure. Role of Biomaterials in medicine industry includes-

Biomaterials has application in fields like dental applications, surgery and drug delivery.

Track 17:Bio-catalysis

Bio-catalysis is referred as the process to speed up the rate of any chemical reaction. Bio-catalysis depends on-

Protein engineering
Enzyme immobilization.

Role of Immobilization can be extra-ordinary in adoption of Bio-catalytic processes. By switching to bio-catalysis as the main technology For chemical production, we can switch to Bio-catalysis as it leads to-

green processing
Reduces pollution and cost
Help towards bio-economy.

Track 18:Bio-based products

Bio-based products are wholly or partly derived from materials of biological origin, excluding materials embedded in geological formations and/or fossilised. In industrial processes, enzymes are used in the production of chemical building blocks, detergents, pulp and paper, textiles, etc In Industrial Biotechnology, Enzymes have much importance as they are the foundation of bio-based products like-

Track 18-1Chemicals
Track 18-2 Ingredients
Track 18-3Detergents
Track 18-4Materials and biofuels.

Track 19:Enzyme and microbial technology

Enzyme technology is the fundamentals or foundation of Industrial Biotechnology. Quick technological growth is now refreshing the chemistry and pharmaceutical industries to embrace enzyme technology. Microbial biotechnology is referred as any experimental application that uses microbiological systems, microbial organisms or their derivatives, to manufacture or modify products or processes for specific uses. The development of quick and affordable genomics technologies and accompanying bioinformatics tools, and of high resolution analytical and imaging instruments, has provided new impulses to the field and opened new direction of application, one of which is micro-biome engineering.

Track 20:Bioprocessing

Bioprocessing is the backbone of research findings of life sciences into useful industrial product . The most important growth enhancer in the global bioprocess technology market are the notable growth in the biopharmaceutical industry enhancing thrust on research and development, high demand for vaccine, and growth in the field of technology. Improvisation in modern techniques will lead to bio-manufacturing industries for a great circular bio economy.