Sweden-based Olink Holding AB published an article describing the early findings of proteomics research conducted by the UK Biobank Pharma Proteomics Project. The article, “Genetic regulation of the human plasma proteome in 54,306 UK Biobank participants,” was published online on the bioRxiv preprint server.
The UK Biobank is a biomedical database and research resource containing in-depth genetic and health information from half-a-million participants in the United Kingdom. The paper analyzed data from protein quantitative trait loci mapping of 1,463 proteins identifying 10,248 primary genetic associations, of which 85% have not been previously reported. The company noted that the study provides an updated genetic atlas of the plasma proteome.
Additionally, the data provide the scientific community with an “open-access, population-scale proteomics resource of first breadth and depth to help elucidate biological underlying genetic mechanisms discoveries.” Olink said the measurement of proteins at a “population scale” provides the ability to improve the understanding of underlying mechanisms of diseases and can accelerate the development of novel biomarkers and therapeutics.
“The landmark research conducted by members of the UKB-PPP is a meaningful early step in harnessing the power of next-generation proteomics in combination with genetic information to improve human health,” Jon Heimer, chief executive officer of Olink, said in a statement . “We are extraordinarily grateful that Olink’s Explore platform can be part of this tremendous journey, and eagerly await the full data set to be released to the scientific community by the end of this year.”
Elsewhere around the globe:
NorthX Biologics: Also based in Sweden, NorthX Biologics is expanding into cell therapy manufacturing at its existing GMP-facility, as well as at premises the company maintains at the Karolinska University Hospital campus in Stockholm. This expansion, in partnership with Alder Therapeutics, is part of NorthX’s Innovation Hub, an Innovation track designed to provide development and GMP-manufacturing services to the next generation of drug development companies and innovative research groups.
KT Corporation: Based in South Korea, digital platform company KT Corporation and Hanmi Pharmaceutical have co-invested in Digital Pharm, a company specializing in DTx and electroceuticals. According to the companies, the alliance is a first in Korea, where leading communication technology companies, pharmaceutical companies, and medical institutions have partnered to exploit their respective capabilities.
Burning Rock Biotech: China’s Burning Rock Biotech Limited, a company focused on next generation sequencing, will pursue an alternative listing of its Class A ordinary shares. The company expects to list its stock on the Nasdaq exchange. The company also authorized a $10 million share repurchase program.
ProtonDx Ltd.: London-based ProtonDx, a spin out of Imperial College, received CE-IVD marking for its innovative Dragonfly in vitro diagnostic system. The company believes that Dragonfly will revolutionize rapid infectious disease diagnosis and tracking worldwide. Dragonfly is a portable, rapid diagnostic system able to identify multiple viral pathogens at the point of need.
Optibrium: Also based in the UK, Optibrium, which develops software for drug discovery, secured additional capital from the equity firm Kester Capital. The investment will be used to support and commercialize its computer-aided drug discovery technologies.
Vaccitech: Another UK-based company, vaccine-focused Vaccitech, announced an update to the interim analysis of its HBV002 study of VTP-300, a novel immunotherapy for hepatitis B. Vaccitech’s VTP-300 induced sustained reductions of surface antigen in patients with chronic hepatitis B both as a monotherapy and combination with a single low dose of anti-PD-1
Juva Life: Cannabis-focused Juva Life, based in Vancouver, Canada, closed non-dilutive financing of $11.8 million. The company said this will enable it to acquire a Stockton, Calif. facility and further its clinical research on its two novel compounds, Juva-019 and Juva-041, targeting the treatment of inflammation.
BetterLife Pharma: Also based in Vancouver, BetterLife Pharma Inc., which is focused on developing new treatments for mental disorders, announced an abstract on the anti-depressant activity of its lead compound 2-bromo-LSD has been accepted for poster presentation at the upcoming FENS Forum, which will be held in Paris. The company believes that -bromo-LSD, also known as BETR-001, an LSD derivative, has the potential to be used in multiple neuropsychiatric and neurological disorders without the concerns of hallucinogens.
OncoHost: Based in Israel, OncoHost shared a peer-reviewed article in the Journal for Immunotherapy of Cancer Highlighting the role of blood plasma proteomic profiling in assessing resistance in non-small cell lung cancer patients treated with checkpoints inhibitors. While checkpoint inhibitors have become a standard of care for lung cancer patients, the overall response rate remains low, with only about one-third of patients responding. The study, “Longitudinal plasma proteomic profiling of non-small cell lung cancer patients undergoing immune checkpoint blockade,” focuses on how resistance to the use of checkpoint inhibitors can be predicted in these patients.
Bio-Me: France’s Bio-Me has become part of the Medicen Microbiome Drug Metabolism working group. The group is an initiative that aims to develop a better understanding of drug-microbiome interactions. The working group initiated by the academic Medicen Paris Region cluster consists of a network of more than 30 groups, biotech companies, CROs and associations, as well as 10 of the major pharma companies. The goal is to apply “excellence in innovation” to solve challenges arising from drug-microbiome interactions to help develop tomorrow’s therapeutic solutions.
Recce Pharmaceuticals: Based in Australia, Recce is focused on developing a new class of synthetic anti-infectives. The company announced that in cohort six of 10 health males in the company’s Phase I study, RECCE 327 posted positive safety and tolerability. RECCE 327 (R327) is being developed as a new treatment option for patients with sepsis.