Vaccines provide immunity to the body to fight against infections caused by to invasion of foreign particles such as (bacteria, viruses, or any other pathogen). A typical traditional vaccine contains an attenuated or dead form of the pathogen, which stimulates the body to recognize it as a threat and produce an effective immune response against it.

There are different types of vaccines that are administrated, out of them one is mRNA or RNA vaccine. This novel type of vaccine contains nucleic acid RNA instead of the whole pathogen. Though the research on these vaccines has been going on for decades these are the newly available vaccines to the public.

Vaccine: Mechanism of Action

mRNA vaccines work by introducing a piece of nucleic acid (mRNA), which would translate into a protein, responsible for infection. The mRNA used in these vaccines is a laboratory-synthesized nucleic acid, which triggers an immune response inside the body, because of which the body’s immune system starts producing antibodies. Antibodies are the proteins that help protect the body against pathogens. Once, antibodies are produced they remain in the body for a longer time duration and even if they are removed from the body, the immune system forms memory cells that remember the pathogen and give a better and more efficient secondary immune response.

How mRNA COVID-19 Vaccine Work?

mRNA vaccine technology is precise as it uses a molecular subunit that can trigger an immune response, these vaccines came to the spotlight during the pandemic and became the first vaccines to reach phase 1 clinical trials.

The clinical efficacy of the Pfizer-BioNTech vaccine and Moderna mRNA vaccine accelerated the rate of production of these vaccines.

The high response capability of mRNA vaccines makes them suitable for pandemic and epidemic situations. Their preciseness, effectiveness, and the reason that they do not require any nuclear integration have all resulted in the rise of RNA vaccine technology.

Recent Advancements:

mRNA vaccines show great application potential, especially in the field of cancer and infectious disease where traditional vaccines fail to provide the required response.

Multivalent approaches such as mRNA sequence engineering, by nucleoside-modified mRNA. An improved vaccine lyophilization, storage, and wider R&D and manufacturing are required for mRNA technology to ensure a more effective global response to future epidemics or pandemics.

Development platform that can enable large, high-quality, and cost-effective mRNA production along with the development of a safe delivery system that facilitates cellular entry and expression.

Key Players:

Moderna, BioNTech, Pfizer, Translate Bio Inc, CureVac, GlaxoSmithKline, Gritstone Oncology Inc, Gilead Sciences Inc, AstraZeneca Plc, Vertex Pharmaceuticals Inc, Merck & Co, Kernel Biologics, Arcturus Therapeutics Inc. are among the major key players of the mRNA vaccine domain.

Emerging Players:

A few exemplary emerging start-ups/small players are provided below

• eTheRNA immunotherapies is a start-up that provides mRNA vaccines against infectious diseases and cancer.

• Providence Therapeutics focuses on providing personalized therapeutic mRNA vaccines.

• pHion Therapeutic works on providing mRNA vaccines for cancer and Papillomavirus. The start-up also plans to introduce an effective drug delivery system, for mRNA vaccine delivery.

• 20Med Therapeutics start-up applies a nano-particle delivery system for mRNA therapeutics.

Academic Players:

• NIH (National Institute of Health): NIH has launched 3 mRNA vaccines for HIV. The vaccines are in their first clinical phase trial.
• University of Pennsylvania: Pfizer/BioNTech and Modern used the University of Pennsylvania’s licensed mRNA vaccine technology to make their COVID-19-19 vaccines.

mRNA Therapy Targeted Diseases:

Research on mRNA therapeutics for the prevention of many infectious and rare diseases is already going on, some major targeted diseases by a few major players include cancers (melanoma, breast cancer, lung cancer, prostate cancer, etc) cardiovascular diseases (myocardial infarction, ischemic heart disease), infectious diseases (HIV, Zika, influenza, rabies, COVID, etc), diabetes, cystic fibrosis, OTC disorder, melanoma, TTR amyloidosis are among the others.

Market Trends in mRNA Therapeutics Product Market

Based on the mechanism of action there are 3 types of mRNA therapeutic products available in the market

• Prophylactic Vaccines: Preventive vaccines, which are administered to an individual to prevent infection.
• Therapeutic Vaccines: these vaccines are administered to an individual after getting the infection or disease.
• RNA-based therapeutics: RNA-based therapeutics involve the use of mRNA, siRNA, and antisense oligonucleotides (ASO) to target mRNA, aptamers, ribozymes, and clustered regularly interspaced short palindromic repeats-CRISPR-associated (CRISPR/Cas) endonuclease to target DNA or protein.

According to market research, it is expected that prophylactic vaccines to rule the market for the next 15 years, as current R&D activities of most pharmaceutical companies are focussed on this field.

The Global mRNA Vaccine and Therapeutic Market is estimated at USD 85.3 Million in the year 2030.

The growing occurrences of chronic and infectious diseases, such as diabetes, HIV, and cancer are one of the major key factors driving the growth of the market. The growing demand for therapeutic medicines and vaccines for Ebola, influenza, Human Immunodeficiency Virus (HIV), COVID-19, and other viral infections as well as the inability of traditional vaccine approaches to find vaccines at this critical time are also providing a boost to the market growth.

Future Scope of mRNA Vaccines:

Research is being conducted by many pharma companies in the application of mRNA vaccines, personalised treatment has been talked about for many years now, in the case of tumors, the tumor cells from a person’s body can be excised and checked for the protein on its surface, which can be used as a mRNA vaccine.

These vaccines have the potential to be used as a treatment for certain incurable diseases. In the case of some diseases, the treatment is already in the clinical trial phase. Compared to conventional medicines, mRNA vaccines and therapeutics are developed with the help of advanced technologies which are more effective against pathogens, have higher effectiveness, improved immunogenicity, and require less cost to produce.

Moreover, developments in the lipid nanoparticle formulations for in-vivo systemic delivery of mRNA are also creating a positive outlook for market growth.

Though there are several challenges such as reactogenicity, durability of immunity, mass production, and storage of produced vaccines at low temperatures, but pandemic has given mRNA vaccine technology a positive push.

How Can IeB Help You?

•Ingenious e-Brain is a global provider of research services to the IP team, R&D team, and decision-makers from various verticals marketing, business development, etc.

•IeB can give detailed technology and IP snapshots in mRNA vaccines.
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•In addition, to this, we can also help in competitive intelligence, product benchmarking, and many more.