Pictured: Johnson & Johnson Sign in Silicon Valley/Shutterstock, Michael Vi Johnson & Johnson exceeded Wall Street expectations in its second quarter performance. The healthcare products giant posted sales of $25.5 billion in its earnings report on Thursday. Worldwide sales numbers reflected a 6.3% growth for J&J with revenue close to $1 billion higher than analysts expected, thanks in particular to a nearly 10% increase in its medtech sales. Medtech has been on the rebound since patients have returned to non-emergent surgeries like knee and hip replacements, which saw a significant drop during the pandemic. Operational sales for the company’s pharma arm, suffering growth points due to dwindling COVID-19 vaccine sales, was up 3.9%. The second quarter posted no U.S. sales of J&J’s COVID vaccine, with no domestic revenue expected beyond the $747 million from outside the U.S. reported last quarter. Its government contracts are now complete. Primary growth drivers were J&J’s oncology and immunology ...
Pictured: GSK headquarters office in Poland/iStock, Wirestock GSK has licensed out its Shigella vaccine candidate to LimmaTech Biologics, giving the Swiss biotech rights to further develop and eventually commercialize the quadrivalent bioconjugate investigational vaccine, the companies announced Thursday. LimmaTech is aiming to complete the Phase I/II clinical trial for this quadrivalent candidate and post data from this study within the year. The investigational Shigella shot joined GSK’s portfolio in 2015, when the pharma giant bought Swiss vaccine specialist GlycoVaxyn for $190 million. Aside from shigellosis, the disease caused by Shigella bacteria, GlycoVaxyn also handed over early-stage vaccines for pneumonia and infectious conditions caused by Pseudomonas bacteria and Staphylococcus aureus. LimmaTech spun out of this acquisition and started its operations in August of the same year. The clinical-stage biotech is focused on engineering complex carbohydrate molecules to come up with next-generation vaccine candidates. It has since signed partnerships with GSK for its Shigella and Klebsiella development programs. ...
In one of the first large-scale studies of genes related to diet, researchers have uncovered almost 500 genes that appear to directly influence the foods we eat. The findings represent an important step toward using a person’s genetics to develop precision nutrition strategies that help improve health or prevent disease. “Some genes we identified are related to sensory pathways—including those for taste, smell, and texture—and may also increase the reward response in the brain,” said research team leader Joanne Cole, Ph.D., assistant professor in the Department of Biomedical Informatics at the University of Colorado School of Medicine. “Because some of these genes may have clear paths toward influencing whether someone likes a food or not, they could potentially be used to create sensory genetic profiles for fine-tuning a person’s dietary recommendations based on foods they like to eat.” For the study, the researchers used the UK ...
Independent primary care practices are at risk of extinction. The U.S. must re-dedicate itself to the preservation of independent primary care over the long run and must undergo a radical reorientation of the health system toward primary care. The first step to repairing the U.S. healthcare system is focusing on primary healthcare workers and restoring their under-resourced ranks. Evidence shows that primary care teams are capable of remarkable health improvements when appropriately trained, paid, and given the capacity to reach out to every population they serve. Primary health workers deliver nearly all the services responsible for longer lives, including those services for potentially stopping the next pandemic. They are the backbone of a functional and effective health system. They also play a vital role in closing gaps in access to other kinds of lifesaving care. And, for those segments of the population that remain underserved by the ...
Immune systems develop specific genes to combat common bacteria such as those found in food, new research shows. Previous theories have suggested that antimicrobial peptides – a kind of natural antibiotics – have a general role in killing a range of bacteria. However, the new study, published in Science, examined how the immune systems of fruit flies are shaped by the bacteria in their food and environment. The researchers, from the Swiss Federal Institute of Technology and the University of Exeter, found two peptides that each control a single bacterial species commonly encountered by the flies. Dr Mark Hanson (Centre for Ecology and Conservation on Exeter’s Penryn Campus in Cornwall) said, “We know that an animal’s food and environment determine the bacteria it encounters. This in turn shapes its ‘microbiome’ – the collection of microbes that live in and on its body – and our study shows how immune systems ...
A new ultra-small and ultra-flexible electronic neural implant, delivered via blood vessels, can record single-neuron activity deep within the brains of rats, according to new study. “This technology could enable long-term, minimally invasive bioelectronic interfaces with deep-brain regions, writes Brian Timko in a related Perspective. Brain-machine interfaces (BMIs) enable direct electrical communication between the brain and external electronic systems. They allow brain activity to directly control devices such as prostheses or modulate nerve or muscle function, which can help individuals with paralysis or neurological disorders regain function. However, most conventional BMIs are limited to measuring neural activity at the brain’s surface. Recording single-neuron activity from deep brain regions often requires invasive intracranial surgery to implant probes, which can result in infection, inflammation, and damage to brain tissues. An alternative approach to implanting bioprobes into deep-brain regions is via the brain’s vascular network. Here, Anqi Zhang and colleagues present ultra-flexible micro-endovascular ...
Novartis has announced its acquisition of DTx Pharma, a preclinical stage biotech focused on developing siRNA therapies for neuroscience indications, in a deal worth up to $1bn. The transaction gives Novartis access to DTx’s fatty acid ligand-conjugated oligonucleotide (FALCON) platform as well as its lead preclinical therapy for Charcot-Marie-Tooth disease type 1A (CMT1A). Approximately 150,000 people in the US and Europe are affected by CMT1A, a slow-progressing and degenerative disease of the peripheral nervous system. There are currently no approved treatments to address the underlying genetic cause of the condition: the over-expression of PMP22, a protein that causes the myelin sheath that supports and insulates nerves in the peripheral nervous system to function abnormally. DTx-1252, which was recently granted Orphan Drug Designation by the US Food and Drug Administration, decreases the expression of this protein. “The FALCON platform facilitates this targeted approach by conjugating siRNAs to naturally occurring fatty acids ...
AstraZeneca and Sanofi’s Beyfortus (nirsevimab) has been approved in the US for the prevention of respiratory syncytial virus (RSV) lower respiratory tract disease (LRTD) in newborns and infants born during or entering their first RSV season, the companies announced. The US Food and Drug Administration’s (FDA) decision makes the long-acting antibody the first preventive option approved to protect a broad infant population, including those born healthy at term, preterm, or with specific health conditions that make them vulnerable to severe RSV disease. The approval, which also applies to children aged up to 24 months who remain vulnerable to severe RSV disease through their second RSV season, was based on results from the Beyfortus clinical development programme spanning three pivotal late-stage clinical trials and follows a unanimous vote by the Antimicrobial Drugs Advisory Committee on the favourable benefit-risk profile of the drug. Across all clinical endpoints, a single dose of Beyfortus ...
Sandoz is doubling down on its commitment to Slovenia in its globe-trotting biosimilar growth quest.The Novartis generics unit is plugging $90 million into a new biosimilar technical development center in Ljubljana, Slovenia, where the company aims to hire 200 new staffers. The new site, which Sandoz says will become “key” to its biosimilar development, will feature end-to-end drug substance and drug product development, the company said in a press release Thursday. This isn’t Sandoz’s first foray into the Balkan country. The announcement follows the company’s recent plan to invest a whopping $400 million in a new manufacturing plant there in Lendava. What’s more, Sandoz has already set up prior complex generic development capabilities in Ljubljana. Nearby, the company is also expanding its biosimilar development firepower in Holzkirchen, Germany. The latest move comes shortly after Sandoz unveiled its Act4Biosimilars action plan in June, under which it’s angling to triple global biosim ...
At the World Health Organization’s (WHO) sixth meeting of the Intergovernmental Negotiating Body in Geneva, the WHO director-general Dr Tedros Adhanom Ghebreyesus has called out critics of the organisation’s planned pandemic accords at the opening remarks of Intergovernmental Negotiating Body’s sixth meeting. “20 years ago, the tobacco industry tried to undermine negotiations on the WHO Framework Convention on Tobacco Control. The same thing is happening now. Groups with vested interests are claiming falsely that the accord is a power grab by WHO, and that it will stymie innovation and research,” he said in his opening remarks on 19 July. The “Pandemic prevention, preparedness and response accord” is an agreement between the WHO member states to “draft and negotiate a convention, agreement or other international instrument under the Constitution of the World Health Organization to strengthen pandemic prevention, preparedness and response”. Member states began developing the pandemic accords in February 2022 ...
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