Biotechnology Summit 2021 | Webinar | | Allied Conferences | Meetings

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Theme

Biotechnology Research to meet the Emerging demands

- Biotechnology Summit 2021

Welcome Message

We gladly invite you to our next international conference on “4^th International Conference on Advances in Biotechnology and its applications”, which will take place on Rome, Italy during July 13-15, 2023 on behalf of our organization. Assessment of “Analyzing contemporary biotechnology applications" is the conference's theme.

Because of advancements in biotechnology, Biotechnology 2023 encourages new ideas and inventive thinking that are shared more frequently among academics, businesspeople, students, and researchers. Through oral and poster presentations of their cutting-edge research findings, researchers can freely discuss, debate, and defend their findings for the benefit of all stakeholders in the biotechnology industry.

At the biotechnology 2023 conference, experts from all around the world can come together to create fresh, collaborative scientific connections, contacts, and exchanges. You can examine modern technology and scientific advances with the help of its scientific sessions and tracks. The conference will cover a wide spectrum of biotechnology-related topics.

We are confident that this conference will provide a great opportunity to network with industry leaders and stay up to date on the newest advancements in the field of biotechnology.

We invite you to attend this event as speaker, promotor or delegate. We encourage exhibitors and sponsorship opportunities to speakers and delegates.

The scientific Events planned by the organizing committee will make this conference a memorable international event that will satisfy your curiosity.

We forward seeing you at the Biotechnology 2023 event.

With Regards

Organizing Committee

About

On July 13-15,2023, in Rome, Italy, Allied Academics will proudly host the three-day ‘4^th International Conference on Advances in Biotechnology and its applications” Where participants from all over the world will be asked to exhibit their biotechnology knowledge, skills, and research expertise.

“Evaluation of contemporary biotechnology applications” is the conference’s theme, and attendees may present their research through oral presentations, poster presentations, and video presentations on any topic.

The Biotechnology 2023 provides the ideal forum for scientists, researchers, young researchers, Industrial delegations, student groups, and citizens to exchange ideas and learn about recent developments in fields like plant, algal, genetic, food, nano, stem cell, aqua, and marine culture, pharmaceutical, protein, bioengineering, industrial and industrial biotechnology.

Participants will have the ability to learn about current biotechnology breakthroughs, engage in discussions about interest-related subjects, and create new professional connections, partnerships, and collaborations at this event. Participants in biotechnology breakthroughs would be knowledgeable enough to incorporate sustainable practices into the development of useful products and technologies for humanity.

We anticipate that the Biotechnology 2023 conference will significantly advance our knowledge of the most cutting-edge biotechnology-related scientific disciplines.

Target Audience:

Benefits of Attending:

Great chance to network with accomplished academicians, academics, and scientists from around the world.

The Biotechnology 2023 Conference sessions/ Tracks promise to present the most cutting-edge developments and trends in the field.

Young researchers can use Advances in Biotechnology 2023 as a career blueprint.

· Conference Highlight:

·Pharmaceutical Biotechnology

·Protein Engineering

·Bioengineering

·Industrial Biotechnology

·Biochemistry

·Reproductive Biotechnology

·Climate change and its effects

·Devices and Diagnostics

·Animal Biotechnology

·Environmental biotechnology

·Usages of biotechnology

·Modern Biotechnology

·System of Biotechnology

·Aquaculture & Marine Technology

·Bio manufacturing

·Microbiology

Scientific Sessions

1.Session on: Plant Biotechnology

Traditional plant capitulate cannot provide the expanding population's appetite. Through the use of biotechnology, desired traits that were not originally present in plants may be added. Scientists have explored growing plants that can thrive in the desert of Africa, the continent with the lowest standard of living. Biotechnology 2023 is the gathering for all of your scientific session conferences employing all the conceivable and impractical applications of plant biotechnology.

Agricultural biotechnology
Plant stress tolerance
Biometeorology
Plant genome sequencing
Plant tissue culture

2.Session on: Algal Biotechnology

A ubiquitous and extremely complex microbe is an alga. The depleting fuel forces us to consider alternatives that would be practical and affordable. This can be used as a supplement for good health. Algae is a substitute food source for humans, just like bioactive substances, carotenoids, etc. Algae can create a lipid that can function as biodiesel.

·Algae as food

·Pigments of algae & its applications

·Medical plants

·Culture media for algae

3.Session on: Genetic Engineering

The term "Genetic engineering" refers to the genetic alteration of DNA, which may be accomplished by gene targeting , nuclear transplantation, and the insertion of contemporary DNA into them. The suicide gene frequently performs the in vitro negative selections. The phenotype of the organism will alter as a result of the gene knockout and knock in. This gene splicing may provide the solution to important human health issues.

Genome engineering
Gene therapy for genetic diseases
Population genetics

4. Session on: Food technology

Fruits may be sprayed with a water-soluble powder to postpone dehydration due to advancements in food technology. The rate of exposure to high temperature is reduced while the flavour and nutritional value are improved by enhancing the simultaneous microwave and pasteurization process. Sweden then produced genetically modified cabbage, and pigs were modified to provide high-nutrient meat with less fat.

·Food processing

·Food packaging

·Nutritional Biotechnology

·Apps to detect the food quality

·Enzymes used in food industry

5. Session on: Nanotechnology

All researchers are encouraged to share their expertise of nanotechnology in order to raise awareness of the current benefits and applications of this technology in the medical profession, as well as its prospective opportunities in the future. The chip can examine blood components, and medications may be administered directly to the target side without any side effects.

Nanoparticles for cancer treatment
Biosensors
Grapheme nanoparticles
Bio enhancements

6. Session on: Stem cell research

Stem cells provide information about their characteristics and aid in our comprehension of how a healthy organism develops. Our stem cells were unable to maintain their capacity for endless cell division due to strain and the occurrence of numerous illnesses on a regular basis. By enhancing the cell's exterior and injecting it, stem cells can heal medically incurable conditions like cardiac arrest.

Stem cell Bio modulation
Stem cell differentiation
Future of stem cell
Regenerative medicine

7. Session On: Pharmaceutical Biotechnology

Before creating a medicine, it is necessary to analyse its stability, interactions with the body, shelf life, and delivery method. The pharmaceutical business has evolved to apply genetic engineering to create 3rd generation pharmaceuticals, such as long lasting and quick acting insulin, erythropoietin, and the GM microorganism were used to improve the bio product of specific interest. a need for improving novel medicinal products for emerging disorders.

Active pharmaceutical ingredient (API) identification
Drugs for the genetic diseases
Synergistic effects of drugs
Pharmacokinetics & pharmacodynamics

8. Session on: Protein Engineering

Protein metabolism and stability are improved by the use of protein engineering. When compared to other substances, proteins are highly controlled and functioning. Protein stability is a highly significant aspect of protein. Proteins may work miracles in terms of their stability and functionality.

Difficulty in protein engineering
Novel protein and its role
Drug protein interaction
High through screening
Bio conjugation

9.Session on: Bioengineering

Energy may be either generated or destroyed. Bioenergy is safe and doesn't hurt the environment. Bioenergy is a resource that is available to everyone. To address the requirements of the global population, research must be boosted. In accordance with the second rule of thermodynamics, energy contained in plants and other organic material may be utilized to generate energy. In a way that benefits the environment, we may change it from being inapplicable to being applicable.

Biodegradable plastics
Surgical glove
Agricultural waste to biofuel
Biomass and energy production

10.Session on: Industrial Biotechnology

Industrial biotechnology permits revolt every day, and the biocatalyst can be an enzyme or a metal ion that can speed up the process. The enzymes needed to transform raw materials into useful detergents, chemical compounds, and medications are produced by genetically modified organisms. Industrial biotechnology uses synthetic chemicals and enzymes to purify, package, and create usable goods.

Biocatalyst
Chromotography
Downstream processing

11.Session on: Biochemistry

Finding protein antidotes for illnesses requires the study of how various cell components, such as minerals, carbohydrates, proteins, and lipids, react with one another. The process incorporates all living cells (mammal, microbial, or plant), enzymes or organelles as the biocatalyst, a significant component of both very ancient and modern biotechnological processes. Chemical reactions inside the cell are also being explored for the enhancement of medications

Biochemistry in cancer research
Recent development in biochemistry
Lipids in health and nutritional biochemistry
Organelle biochemistry
Amino acids and RNA Biology

12.Session on: Reproductive Biotechnology

Since many millennia ago, artificial limbs have been used, and bionic limbs have seen a typical progress in terms of adaptability and movement. Future advancements have been enhanced by current 3D printing and bionic technologies.

Research methods
Male reproductive physiology and functions
Ethics and responsible research
Female reproductive endocrinology
Reproductive and fertility technology

13.Session on: Climate change and its effects

Nature has long recognized the parallels that can arise from the development of altered unique organisms. In order to ensure the welfare of society, study in this field is essential. It may cause a substantial decline in agricultural productivity. Earth is subject to on-going climate change and massive pollution, which has a devastating impact on biodiversity and causes various physical changes in the body. Global warming poses a hazard to the entire biosphere.

Gene environment interaction
Effects of climate change on forest
Cancer and epigenetics
Diseases Related to epigenetics

14.Session on: Devices and Diagnostics DE

The biotechnology methods have advanced to produce hundreds of findings in less than a second. By employing these techniques, animals created to produce human protein and extinct creatures that can be revived would provide less outcomes than this. The animal body can employ improved animal quality and quantity for transplanting, such as hypoallergenic milk with high protein content. The integration of biological and information technologies is causing rapid development in the field of biotechnology, which uses a variety of fact-finding methodologies.

·Biomarkers

·Chromatography technique

·Green fluorescent protein

·Mass spectroscopy

·Research on amyloid fibrils

15.Session on: Animal Biotechnology

The field of biotechnology that uses molecular biology techniques for genetic engineering aims to increase its applicability for agricultural, industrial, or medicinal purposes. Animals that have a great deal of resemblance to humans are employed in clinical trials because they can mimic the effects of medications on human cells and can simulate the human body. Biotechnology can reduce the environmental effect of an animal and increase illness detection, treatment, and prevention capabilities.

Animal cell culture
Animal model for human diseases
Clinical trials
genetically engineered animals
Transgenic protein from animals

16.Session on: Environmental Biotechnology

Utilizing Microorganisms and their by-products to stop environmental pollution, bio treat solid, liquid, and gaseous wastes, monitor the environment, and clean up contaminated areas is a systemic application of engineering and scientific knowledge. The fact that bio plastic is biodegradable since it is made by microbes is a crucial asset. Cleaner manufacturing processes and more effective by lowering harmful chemical pollutants and greenhouse effect emissions are new industrial and environmental biotechnology advancements that biopolymers have the potential to bring about.

Anthropogenic impact on environment
Biological control and its effects
Effluent treatment
Water treatment plant
Paper and pulp industry

17.Session on: Usage of Biotechnologies

Astonishingly advanced biotechnology uses chemicals and Microbes to produce bio-based products including chemicals, food components, detergents, paper, textiles, and biofuels.

Therapeutics
Diagnosis
Genetically changed crops for agribusiness
Processed food
Bioremediation
Waste treatment
Energy creation

18.Session on: Modern Biotechnology

Today’s biotechnology is referred to by the phrases modern biotechnology, which is used by worldwide show to refer to biotechnological techniques for manipulating genetic material and combining cells in ways that get through typical rearing barriers.

Bioinformatics
Sub-atomic reproducing
Diagnostics
Molecular breeding
Vaccination development

19.Session on: System of biotechnology

Biotechnology can possibly be an all around the world extraordinary scholarly venture of humanity, our restore.

Innately changed living things
Cloning strategies
DNA sequencing
Genetic planning

20.Session on: Aquaculture Marine Technology

The marine ecology remains mostly untouched despite advances in technology and cutting-edge methods, making it a difficult task to uncover. Biotechnology 2023 invites marine biologists, chemists, and biotechnologists to present their work at this global conference on marine technology. Marine biotechnology is the use of species variety to the development of new goods.

Marine bioactive compounds
Blue innovation
Algal biology and their applications
Energy and material cycle by marine biotechnology
Meta genomics

21.Session on: Bio manufacturing

Biomanufacturing utilizes natural system for the product of medical products and curatives, biomaterials, food & portables and speciality chemicals. Therefore, advancing different cell culture, turmoil, and recombinant product technologies to make bio manufacturing affordable and scalable. The use of natural raw accoutrements also makes it comparatively more sustainable as compared to other manufacturing paradigms.

Protein develops an Insect-based production platform
Deep branch offers gas fermentation

22.Session on: Microbiology

Microbes are the basis of evolution, and they are currently developing to be medicine resistant, which is upsetting the pharmaceutical industry. Along with the discovery of new germs, every day brought new danger to the globe. On the other hand, if the microbial genome is fully sequenced, a scientist can harness the bacterium to manufacture novel valuable molecules that are of interest to them but are not typically produced by them. To cure food sickness, the scientist created the virus cocktail to selectively eradicate the dangerous bacteria without affecting the healthy bacteria in the gut. We have set up a forum for you to share your knowledge in this area as a way to conclude the research on all aspects of microbiology

Immunology
Virology
Bacteriology

Market Analysis

Biotechnology services refer to the services that modify living microorganisms to provide biotechnology products on a contract or custom basis to medical, pharmaceutical, and scientific laboratories. They provide breakthrough products and technologies to combat debilitating and rare diseases, reduce our environmental footprint, feed the hungry, use less and cleaner energy, and have safer, cleaner and more efficient industrial manufacturing processes.

Biotechnology World Wide Market Analysis:

The global biotechnology services market size will grow from $146.85 billion in 2022 to $163.71 billion in 2023 at a compound annual growth rate (CAGR) of 11.5%. The Russia-Ukraine war disrupted the chances of global economic recovery from the COVID-19 pandemic, at least in the short term. The war between these two countries has led to economic sanctions on multiple countries, a surge in commodity prices, and supply chain disruptions, causing inflation across goods and services and affecting many markets across the globe. The global biotechnology services market size is expected to grow to $241.17 billion in 2027 at a CAGR of 10.2%.

The increasing pervasiveness of conditions like hepatitis B, diabetes, and cancer is driving research in biotechnology. Biotechnology uses research tools from biology and chemistry to study the genetic material of bacteria and viruses to check the disease-producing agents. Oncology research is most prominent among biopharma companies. Stem cell treatment using a monoclonal antibody for therapy and genome sequencing is progressing in medical applications. According to the Indian Economic Survey 2021, the Indian biotechnology business is predicted to grow to US$ 150 billion by 2025. Global R&D spending by the world's largest publicly traded biotech companies increased by 13.7 percent each year, from $4.8 billion in 2001 to $55.0 billion in 2020. Therefore, the rising pervasiveness of diseases and huge expenses on R&D are predicted to contribute to the growth of the biotechnology services market.

The biotechnology services market consists of revenue earned by entities that engage in conducting research and experimental development in biotechnology. Numerous global issues are helped by biotechnology, including infectious diseases, ageing societies, food security, energy security, and climate change, to name a few. The market value includes the value of related goods sold by the service provider or included within the service offering. Only goods and services traded between entities or sold to end consumers are included.

The market value is defined as the revenues that enterprises gain from the sale of goods and/or services within the specified market and geography through sales, grants, or donations in terms of the currency (in USD, unless otherwise specified).

Market trends in Biotechnology:

The growing food crisis brought on by the growing global population has led to a sharp rise in demand for biotechnology to enhance agricultural productivity. Also, the business is growing as more companies utilise sustainable production methods.

Also, the application of biotechnology in the healthcare sector is expanding. In regenerative medicine, it is used in cloning processes and stem cell research to restore damaged cells and tissues. The rising emphasis on determining the molecular causes of diseases is also encouraging investments in research and development (R&D) operations in the field of biotechnology.

These initiatives will make it possible to develop monoclonal antibodies that can stop the spread of disease, produce therapeutic proteins, and improve currently available medications. The demand for biotechnology will rise when effective treatments for the coronavirus sickness are discovered (COVID-19). The industry is also anticipated to grow as a result of the increased demand for biofuels brought on by the strict emission regulations implemented by governments around the world.

REASONS TO ATTEND THE BIOTECHNOLOGY CONFERENCE 2023

Up-to-date information on biotechnology in 2023
Create plans based on anticipated future developments after recognising market segments and business potential.
Assist in making decisions based on past and future data.
Get a global understanding of the market's expansion.

Organizing committee members

D. Subbaram Naidu

University of Minnesota Duluth USA, University of Minnesota Duluth USA

USA

Dr. Oscar Fornas

Head of CRG and UPF Flow Cytometry Unit, Flow Cytometry Unit Pompeu Fabra University in Barcelona, Spain Spain, Head of CRG and UPF Flow Cytometry Unit, Flow Cytometry Unit Pompeu Fabra University in Barcelona, Spain Spain

Spain