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The possible medical approach for rebuilding the human heart through Tissue Engineering

The possible medical approach for rebuilding the human heart through Tissue Engineering

A new, independent search engine has launched called Vitaminology which enables the search, discovery and comparison of vitamins and supplements to empower consumers to make more informed choices and find the right products for their personal health goals and requirements. The company has set out to reduce confusion in this market through choice and high-quality information as well as access to one-to-one consultations with accredited nutritional therapists. By offering the complete package of advice, resources and products Vitaminology helps people to lead healthier lives. Mike Murphy, who is chief nutritionist for Vitaminology, comments, "This innovative platform has a powerful comparison and filtering feature that helps to simplify the choices available for consumers so they can make better self-care decisions. This is supported by access to video consultations with nutritional therapists as well as a comprehensive library of ingredient profiles, articles clustered around health conditions and unique recipes to support wellness."

Immunogenicity refers to the capacity of a vaccine to provoke an immune response in the body. An effective immune response is characterized by the production of specific antibodies, activation of immune cells, and the development of immunological memory. The goal is to elicit a durable and robust response that can prevent or control infections. Leveraging Viral Vector Technology Viral vectors serve as essential vehicles for delivering antigenic proteins or genetic material into target cells, triggering an immune response. Biotechnology companies have been exploring advanced strategies to optimize viral vector design, aiming to enhance immunogenicity and improve vaccine effectiveness. Vector Selection: The choice of viral vector plays a crucial role in determining immunogenicity. Different viruses have unique properties and characteristics that can impact immune responses. Biotechnology companies meticulously select viral vectors that possess the desired attributes, such as the ability to infect target cells efficiently and induce strong immune responses. Genetic Engineering: Advanced genetic engineering techniques are employed to modify viral vectors, tailoring them to specific vaccine requirements. By introducing specific antigenic proteins or genetic material, researchers can stimulate the immune system to mount a targeted response. This precise manipulation enhances the vaccine's ability to elicit a robust immune reaction. Immunomodulatory Elements: Biotechnology companies are incorporating immunomodulatory elements into viral vector designs. These elements can enhance the immune response by stimulating various components of the immune system, such as antigen-presenting cells and T cells. By activating and priming these immune cells, the vaccine can generate a more potent and sustained immune response. Adjuvants: Adjuvants are substances added to vaccines to enhance their immunogenicity. They stimulate and amplify the immune response, improving the

The liver is truly the engine of the human body. It plays multiple roles, which include aiding the digestive system, metabolism and manufacturing the compounds that are essential to keep the body healthy. In fact, the liver is responsible for converting clear plasma (Rasa Dhatu) present inside the body into blood (Rakta Dhatu).

A new study has shown that Covid-19 can spread between unmasked people at a distance of more than two metres even outdoors. A team of engineers from the University of Cambridge used computer modelling to quantify how droplets spread when people cough. They found that the two-metre rule was arbitrary and that social distancing alone was not enough to stop the spread of the virus. The team also found that individual coughs vary widely, and that the 'safe' distance could have been set at anywhere between one to three or more metres. The results, published in the journal Physics of Fluids, suggest that social distancing is not an effective mitigation measure on its own, and underline the importance of vaccination, ventilation and masks.

GlaxoSmithKline (GSK) says initial tests of the antibody-based Covid-19 therapy it is developing with US partner Vir suggest the drug is effective against the Omicron variant. A GSK statement on Thursday (December 2) said that lab tests and a study on hamsters have demonstrated the sotrovimab antibody cocktail to work against viruses that were bio-engineered to carry a number of hallmark mutations of the new variant. The tests are continuing to confirm the results against all of the Omicron mutations, with an update expected by the end of the year, it added. The antibody is designed to latch on to the spike protein on the surface of the coronavirus, but Omicron has been found to have an unusually high amount of mutations on that protein. "Sotrovimab was deliberately designed with a mutating virus in mind," said Vir chief executive George Scangos, adding that the drug was targeting a region of the spike protein that was highly unlikely to mutate.

Researchers at at an Australian university have developed a new form of antibiotic that can be swiftly re-engineered to avoid resistance to dangerous superbugs. The antibiotic, which was developed by PhD candidate Priscila Cardoso and major supervisor Dr Celine Valery from RMIT's School of Health and Biosciences, has a basic architecture that allows it to be generated quickly and cheaply in a lab. The antibiotic, Priscilicidin, has tiny amino acid building blocks that allow it to be tailored to combat various types of antimicrobial resistance. With the World Health Organization calling antimicrobial resistance "one of the top ten global public health threats facing humanity", developing new antibiotics has become more urgent than ever. Professor Charlotte Conn, one of Cardoso's PhD supervisors, said given that urgency, Priscilicidin was an exciting breakthrough for public health. Priscilicidin is a type of antimicrobial peptide. These peptides are produced by all living organisms as the first defence against bacteria and viruses.

In partnership with Oxford University Press, the Royal Pharmaceutical Society (RPS) has launched the 'RPS Pharmacy and Pharmacology' reports. RPS Pharmacy and Pharmacology Reports is a new, fully open access journal and the sister journal to Journal of Pharmacy & Pharmacology. The journal is edited by Professor Dennis Douroumis, professor in Pharmaceutical Technology and Process Engineering at the University of Greenwich. RPS said: "The journal aims to create a truly interdisciplinary forum for members of the pharmacy, pharmacology, chemistry, biochemistry, physiology, and microbiology communities alike to come together to develop life-changing medicines of the future. The journal prioritises scientifically sound results from pharmacy and pharmacology researchers across the world." The journal operates a rapid review and publication process to ensure impactful research is disseminated as quickly as possible. All RPS members are eligible to receive a 20 per cent discount on the article processing charge.