Yuheng Pharmaceutical, founded by Zhu Jiman, the “Northeast Medicine King”, once became famous in the industry through continuous large-scale mergers and acquisitions of many pharmaceutical companies such as Auno Pharmaceutical and Shanghai Huatuo. In the end, it fell into a downturn due to frequent mergers and acquisitions. Recently, Yuheng Pharmaceutical handed in its first semi-annual report after the reorganization. The net profit attributable to the parent company in the first half of 2024 was 125 million yuan, a year-on-year increase of 342.39%, and a substantial increase in profits. How did Yuheng Pharmaceutical recover so quickly? We have to talk about PD-1. There are many competitors in the PD-1/L1 field. In June 2024, the listing application of Enlangsubai monoclonal antibody of Shijiazhuang Pharmaceutical Group was officially approved. So far, there are at least 15 PD-1/L1 monoclonal antibodies approved for listing in China. The PD-1/L1 track, which is being chased by major ...
The current development status of the global and Chinese small molecule anti-tumor targeted drug industry China is a major cancer country in the world. The main types of malignant cancer in China are lung cancer, gastric cancer, colorectal cancer, liver cancer, breast cancer and esophageal cancer. The high incidence and death of cancer patients has created a huge demand for innovative therapeutic drugs and treatment schemes. From the perspective of the overall Chinese market, the market size of small molecule anti-tumor drugs in China will reach 73.4 billion yuan in 2023, and it is expected to further grow to 207.5 billion yuan in 2030. The compound annual growth rate during this period is 16.0%, far exceeding the global level during the same period, demonstrating the strong growth momentum of the Chinese market. Representative enterprise of China’s small molecule anti-tumor targeted drug industry – Zhejiang Tongtongkang Pharmaceutical From the perspective of ...
Before this, furiquintinib was regarded as another effective treatment option for gastric cancer patients. After all, gastric cancer is the fifth most common cancer in the world, and my country is a country with a high incidence of gastric cancer, with a large number of patients. With the continuous development of precision medicine, PD-1 combined with chemotherapy has become a new standard for first-line treatment of advanced gastric cancer. However, both in China and around the world, there is still a lack of treatment options available for second-line and above patients. Global pharmaceutical companies have deployed a large number of research in this field to promote clinical trials including PD-1, ADC, and VEGFR inhibitors. Among them, VEGFR inhibitors play a vital role in inhibiting tumor angiogenesis, and studies have shown that gastric cancer tissues often express high levels of VEGF, which is associated with more advanced disease and poor prognosis. ...
Arcus Biosciences has announced a loan from financer Hercules Capital valued at as much as $250m, contingent on the advancement of the company’s therapeutic candidates. Arcus released the news after the markets closed yesterday (27 August), outlining an initial $50m granted at the deal’s close, with another $100m available at Arcus’s discretion. Provided Hercules Capital approves, a further $100m can be drawn. The five-year loan and four-year interest-only period may each be extended another year should Arcus initiate Phase III trials for its cancer therapies, a HIF-2α inhibitor casdatifan and the CD73 inhibitor quemlicustat, and meet regulatory milestones, respectively. The deal comes as the company continues its financial recovery. Arcus’s share price dropped from a high of $49.1 in November 2021 to $13.10 in November 2023. When the market opened today (28 August), the share price stood at $17.3; the company is valued at $1.6bn. Arcus CEO Dr. Terry Rosen ...
Bayer has teamed up with startup biotech NextRNA Therapeutics to develop small molecules targeting long non-coding RNAs (lncRNAs) in oncology. Under the terms of the deal, NextRNA can get up to $547m if all the milestones are reached, and the deal also included an undisclosed upfront payment. The companies will collaborate on two oncology programmes, the first involving a lncRNA-targeting small molecule in early preclinical development at NextRNA. For the second, NextRNA will pursue lncRNA targets identified by its platform, with Bayer having the option to choose one target for joint development. In 2022, Dana-Farber spinout NextRNA came out of stealth with $9.3m from a seed financing round and $46.8m from a Series A. This is the first high-profile pharma deal for the startup, which focuses on lncRNA-driven diseases. lncRNAs are RNA molecules over 200 nucleotides long that regulate gene expression without coding for proteins. They play key roles in ...
Drugdu.com expert’s response: Radioactive Drug Conjugates (RDCs) represent a novel class of therapeutic agents that combine the strengths of precise targeting and potent killing capabilities. By linking radioactive nuclides to ligands (such as antibodies, peptides, small molecules, etc.) through linkers and chelators, RDCs achieve precise localization and effective eradication of target cells. Below, I will elaborate on RDCs from four aspects: definition and structure, advantages and applications, classification, as well as challenges and prospects. I. Definition and Structure Definition: RDCs are drug formulations that integrate radioactive nuclides with targeting molecules (ligands) through linker arms (connectors), aimed at delivering precise strikes against tumor or other disease targets. Structure: RDC drugs consist primarily of targeting ligands, linker arms, chelators, and nuclide conjugates. The targeting ligands recognize and bind to specific target cells or tissues; linker arms connect the targeting ligands to the radioactive nuclides; chelators stabilize the radioactive nuclides, preventing their premature ...
Age is a significant factor for many common chronic diseases, yet it does not perfectly represent the actual biological aging processes that drive multimorbidity and mortality. Biological aging can be more accurately assessed by using ‘omics data, which reflects an individual’s biological functions relative to their chronological age. Traditionally, biological aging clocks have relied on DNA methylation, but protein levels might offer deeper insights into the mechanisms of aging. Researchers have now created a machine learning-based blood test that evaluates over 200 proteins to determine a person’s biological aging rate. This test is designed to predict the risk of developing 18 major age-related diseases and the likelihood of premature death. The machine learning model that uses blood proteomic information to estimate a proteomic age clock was developed by researchers at Massachusetts General Hospital (Boston, MA, USA) in a large sample of participants from the UK Biobank. Its validity was further ...
Eli Lilly is strengthening its ties with Oblique Therapeutics, as the two companies announced an expansion to their collaboration agreement to include a second “high-value target”. Building on the existing agreement from November 2023, Eli Lilly will continue to use Oblique’s AbiProt platform to discover antibodies. Specifically, Sweden-based Oblique will partner with Lilly Catalyze360-ExploR&D, an arm of the company that offers clinical development capabilities for partnered biotechs and drug developers, as per a 22 August press release. The financial terms of the expanded deal were not disclosed, and neither was the target of its application. Oblique did state that if treatments are developed successfully, the partnership will “generate milestones and royalties”. Abiprot identifies therapeutic antibodies that can be programmed to have a specific pharmacological function. Oblique states its technology can help develop effective medicines against difficult-to-drug target proteins. The biotech’s platform uses microfluidics and proteases as molecular probes and provides ...
By Mike Hollan Gilad discusses the ways that this method can be used to treat various cancers without putting patients through the side effects of chemotherapy. Precision medicine is gaining momentum in the life sciences industry. It’s also changing the way that researchers are approaching new treatments and therapies. Pharmaceutical Executive spoke with Oren Gilad, PhD, president and CEO of Aprea Therapeutics, about some of the ways that the company is approaching cancer treatment with this new mindset. Pharmaceutical Executive: Can you discuss the concept of synthetic lethality and how it relates to your work? Oren Gilad: Synthetic lethality is a concept where the combination of two genetic mutations leads to cell death, whereas each mutation on its own would not be lethal. Cancer cells often have specific genetic mutations that normal cells do not carry, generally because they exist because a normal mutated to become cancer. So, there’s already ...
CTI Clinical Trial & Consulting Services (CTI) and Crown Bioscience have announced a strategic partnership aimed at bolstering consulting services for oncology drug development. The collaboration brings together CTI’s clinical and regulatory expertise with Crown Bioscience’s preclinical and translational models, aiming to streamline the transition of oncology compounds from discovery to early-phase global studies. It is set to benefit customers by providing expert guidance that enhances the efficiency of oncology drug development. CTI Global Laboratory Services business development vice-president Ryan Gifford stated: “Crown Bioscience’s leadership in early-phase oncology research and suite of preclinical services complement CTI’s broad spectrum of capabilities. “Together, we can offer enhanced support to our oncology clients and deepen our commitment to advancing cancer research.” The combined expertise is expected to ensure an effective path to clinic, support long-term success in drug development and accelerate the delivery of new oncology treatments to patients. Through the alliance, customers ...
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