Replimune has announced the first patient in the Phase III melanoma trial with its lead immunotherapy RP1 or vusolimogene oderparepvec has been dosed and randomised. The IGNYTE-3 study (NCT06264180) will investigate the use of RP1 plus Bristol Myers Squibb’s PD-1 inhibitor Opdivo (nivolumab) for patients with advanced melanoma who have progressed on anti-PD1 and anti-CTLA-4 therapy, or who are ineligible for anti-CTLA-4 therapy. Massachusetts-based biotech Replimune’s CMO Kostas Xynos stated that the trial will serve to, “advance of our planned BLA submission of RP1 in advanced melanoma later this year”. In spite of slowing research, the wider oncolytic virus-based market has been projected to grow from $114mn in 2023 to $2.4bn in 2029 according to GlobalData analyst Kevin Marcaida. Marcaida expects that within this period, Replimune’s RP1 could claim a 74% market share. The IGNYTE-3 trial comes as Replimune continues a downward financial trend. Despite announcing $100m in private placement ...
Clinical stage biopharma Kezar Life Sciences will drop its Phase I solid tumour drug to streamline focus on its lead autoimmune disease drug zetomipzomib. The San Francisco-based biotech shared this update in its 2Q financial results. The candidate, dubbed KZR-261, was being investigated in a Phase I trial (NCT05047536) in patients with solid tumours. Of the 61 enrolled patients, five experienced stable disease for four months or longer, with two of these patients experiencing stable disease for a year or longer. No objective responses have been reported. Enrolment in the trial has been halted, but the 61 patients will continue to have access to KZR-261. All eyes will now be on zetomipzomib, a selective immunoproteasome inhibitor. The candidate is being evaluated in a Phase IIb PALIZADE clinical trial (NCT05781750) for lupus nephritis and a Phase IIa PORTOLA clinical trial (NCT05569759) for autoimmune hepatitis. Everest Medicines secured the Greater China, South ...
Researchers from King’s College London’s (KCL) School of Biomedical Engineering and Imaging sciences, along with partners at the University of Michigan, the Institut national de la santé et de la recherche médicale in Paris, Norway and Germany, are using shear waves to map blood vessel structures to improve treatments for tumours and other medical conditions. Findings published in Science Advances could improve cancer treatment and potentially improve drug delivery while helping researchers better understand tumours. Michigan and KCL experts developed a new theory using MRI-based elastography imaging to study how shear waves travel through tissue. By analysing them, researchers are able to measure the architecture of blood vessels non-invasively using readily available clinical imaging devices. Shear waves store information about the materials they pass through, including tissue stiffness, which can help diagnose diseases. The method allows researchers to see tiny blood vessels that are usually too small to detect and ...
A study led by King’s College London (KCL) has revealed that Black patients are less likely to be underdiagnosed with a common type of heart failure when using artificial intelligence (AI), compared to in routine practice. The research, funded by the British Heart Foundation, could help researchers understand the extent of heart failure with preserved ejection fraction (HFpEF) underdiagnosis across ethnicities, as well as reduce bias and improve diagnoses. Heart failure is estimated to affect more than one million people in the UK, 50% of whom have HFpEF, which occurs when the heart pumps out blood normally but cannot fill up as well, leading to signs and symptoms of failure such as breathlessness, fatigue and dizziness. Using an AI algorithm called Natural Language Processing (NLP), which reads and understands medical text and analyses electronic medical records, researchers identified nearly 1,973 patients who met the current European Society of Cardiology guidelines ...
Organiser:Reed Exhibitions Time:July 9th – 11th, 2025 address:3-21-1 Ariake, Koto-ku, Tokyo 135-0063, Japan Exhibition hall:Tokyo Big Sight International Exhibition Center Product range: Pharmaceutical Raw Materials and Ingredients: Pharmaceutical raw materials, APIs (Active Pharmaceutical Ingredients), intermediates, additives, functional raw materials, natural extracts, fine chemicals, business outsourcing/contract manufacturing/OEM, formulations, various analytical services and equipment, as well as other raw materials, related services, and technologies. Biopharmaceuticals: Laboratory equipment/reagents, biologics, drug discovery and development, biotechnology, genomics, etc. About BioPharma Expo JAPAN: BioPharma Expo, held in Tokyo, Japan, is the largest biopharmaceutical technology exhibition in the country. It encompasses research and development technology, manufacturing technology, and contract services. It attracts visitors, exhibitors, and professionals from various fields of the biopharmaceutical technology sector from all over the globe.
Drugdu.com expert’s response: When foreign trade enterprises do not possess import and export rights, there are indeed alternative methods to achieve exports. These methods primarily encompass: I. Export Under Billing This refers to units without import and export rights using the name of another import and export company for export purposes. The specific operational process is as follows: 1.Purchase of Export Documents: Acquire a set of export customs declaration documents, which will be used for customs clearance procedures. 2.Submission of Customs Declaration Materials: Submit the purchased customs declaration materials to a customs broker or freight forwarder for customs clearance. Once the goods are successfully declared and released, the process of export under billing is completed. 3.Handling of Customs Clearance Documents: The information used for customs declaration may differ from the header company for customs clearance documents provided to the recipient at the destination port, but documents must be consistent, meaning ...
Cell-cell adhesion-induced patterning in keratinocytes can be explained by just starvation and strong adhesion, Hokkaido University researchers find. Fingerprints are one of the best-recognised examples of pattern formation by epithelial cells. The primary cells in the epithelium are the keratinocytes, and they are known to form patterns at the microscopic and macroscopic levels. While factors affecting this pattern formation have been reported, the exact mechanisms underlying the process are still not fully understood. A team of researchers, led by Associate Professor Ken Natsuga at the Faculty of Medicine, Hokkaido University, have revealed that cell-cell adhesion governs pattern formation in keratinocytes. Their findings were published in the journal Life Science Alliance. Ken Natsuga, Associate Professor, Faculty of Medicine, Hokkaido University, said, “In this study, we used an immortalized keratinocyte cell line, called HaCaT, which retains all the properties of normal keratinocytes. In order to ensure that our findings were accurate, we ...
They say that laughter is the best medicine, but it could be a good parenting tool too, according to a new study led by researchers from Penn State. In a pilot study, the research team found that most people viewed humor as an effective parenting tool and that a parent or caregiver’s use of humor affected the quality of their relationship with their children. Among those whose parents used humor, the majority viewed their relationship with their parents and the way they were parented in a positive light. The researchers published their findings in the journal PLOS One. Benjamin Levi, professor of pediatrics and humanities at Penn State College of Medicine and senior author of the study, said, “Humor can teach people cognitive flexibility, relieve stress, and promote creative problem solving and resilience. My father used humor and it was very effective. I use humor in my clinical practice and ...
The CMT Research Foundation (CMTRF) has invested in a research project based at Nationwide Children’s Hospital, US, to develop new vehicles for delivering gene therapies to treat several types of Charcot-Marie-Tooth disease (CMT). The new project aims to improve the treatment efficacy and safety of gene therapies for forms of CMTs, including CMT1A, the most prevalent form, which accounts for 50% of all patients with nerve-damaging disorder. Recognised as a rare peripheral neuropathy disease that affects nearly three million people globally, CMT is a group of inherited conditions that damage the peripheral nerves, which are found outside the main central nervous system. The development of safe and effective gene therapies for CMT requires the delivery of a therapeutic genetic payload into the peripheral nervous system, which specifically targets Schwann cells, a type of glial cells that help form the myelin sheath around the nerve fibres, for types of CMT including ...
Scientists at the Francis Crick Institute have revealed how cells ‘raise the alarm’ when acids leak out of their compartments if damaged or infected with bacteria or a virus, which could be useful in developing new drugs. The study published in Molecular Cell reveals that one protein known as V1H, which brings in machinery required for autophagy – the degradation of parts of the cell – is involved in this process. Cells in the body need acidic compartments for digestion and recycling nutrients, of which acid is pumped into them by a group of proteins called the V-ATPase or the ‘proton pump’. When the cells are damaged or infected, acid leaks out of these compartments and cells need to be able to detect this. The new study has revealed how cells are able to detect acid leaks and that the V-ATPase complex is able to raise the alarm if the ...
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