Pharmacy Market
Globenewswire | August 23, 2023
Vincerx Pharma, Inc. a biopharmaceutical company aspiring to address the unmet medical needs of patients with cancer through paradigm-shifting therapeutics, today reported that it has received clearance for its Investigational New Drug (IND) application from the U.S. Food and Drug Administration (FDA) to initiate a Phase 1 clinical trial for VIP943. Vincerx expects to enroll the first patient in the study early in the fourth quarter of 2023.
"The IND clearance by the FDA is a significant step forward for the VIP943 development program, our first candidate from our antibody-drug conjugate (ADC) platform to enter clinical trials," said Ahmed Hamdy, M.D., Chief Executive Officer of Vincerx. "Our next-generation platform is designed to improve efficacy and address safety challenges associated with many ADCs. It combines an internalizing antibody binding to CD123, a novel KSPi payload, a selective and stable linker, and exclusive CellTrapper™ technology. We believe VIP943 has the potential to become a much needed treatment option for patients with acute myeloid leukemia (AML). We're eager to start the clinical program and unlock the potential therapeutic benefits of this compound."
Dr. Hamdy concluded by saying, “2023 is shaping up to be a very positive year for Vincerx. Within the last eight months, we successfully filed two INDs (VIP236 and VIP943) and swiftly garnered clearance from the FDA within 30 days. We believe these accomplishments highlight the strength of our development, drug manufacturing, and regulatory expertise. Looking ahead, in addition to beginning our Phase 1 trial for VIP943, we also expect to provide preliminary results for VIP236 by late 2023 or early 2024. Collectively, these milestones support the potential for our strategy to develop small molecule and antibody-based conjugate therapies to improve the care of patients with cancer.”
About VIP943
VIP943 is a novel ADC developed using Vincerx’s next-generation ADC technology designed to enhance intracellular accumulation of the KSPi payload (kinesin spindle protein inhibitor), potentially leading to higher efficacy, while limiting unwanted side effects. VIP943 binds to CD123, a validated target in myeloid malignancies. Once inside of the cell, it releases its KSPi payload. Vincerx’s CellTrapper™ technology ensures that the KSPi payload accumulates in the target cells, limiting uptake into non-target, non-dividing cells.
VIP943 has demonstrated increased survival and reduced tumor burden in AML (acute myelogenous leukemia) cell lines and patient-derived tumor models. In addition, Vincerx presented preclinical data on VIP943 at ASH 2022 demonstrating superiority against Mylotarg™, an approved ADC, with significantly improved safety in monkeys and better efficacy in a mouse model of acute leukemia. Preclinical data suggest that VIP943 does not induce significant cytokine release and demonstrated favorable safety in monkeys with an optimal drug, metabolism and pharmacokinetics profile.
The Phase 1 trial of VIP943 is intended to assess safety, pharmacokinetics/phamacodynamics, and preliminary efficacy of VIP943 in patients with advanced AML and myelodysplastic syndrome (MDS).
About Vincerx Pharma, Inc.
Vincerx Pharma, Inc. (Vincerx) is a clinical-stage biopharmaceutical company committed to developing differentiated and novel therapies to address the unmet medical needs of patients with cancer. Vincerx has assembled a seasoned management team with a proven track record of successful oncology drug development, approvals, and value creation. The company’s diverse pipeline consists of the next-generation antibody conjugate, VIP943, on track to begin a Phase 1 study in early Q4 2023; small molecule drug-conjugate, VIP236, in Phase 1; preclinical antibody drug conjugate, VIP924; CDK9 inhibitor, enitociclib, currently in an NIH-sponsored Phase 1; and its next-generation modular bioconjugation platform.
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Pharma Tech
PRNewswire | June 29, 2023
WCG, one of the world's leading providers of solutions that measurably improve the quality, efficiency, and safety of clinical research, recently announced a partnership with Mint Medical to leverage its mint Lesion™ radiology platform for oncology trials.
The mint Lesion™ software is used for standardized and computer-assisted review of medical imaging according to defined protocols, guidelines, and workflows. Compliant and highly configurable, mint Lesion™ is a trusted imaging software for oncology clinical trials, offering quick deployment and more than 20 standardized and configurable response criteria templates out of the box.
Through this partnership, WCG will combine its suite of clinical trial management solutions: operational processes, quality systems, imaging solutions, technology, and expansive reviewer network with mint Lesion's™ verified, read-ready platform, structured reporting, and site-specific workflows for a best-in-class solution for oncology trials.
"The combination of WCG and Mint Medical offers a powerful solution to the market. WCG's teams are experts in study management and have a proven record of managing international clinical trials across all therapeutic areas and indications, including oncology," said Terri Moench, president, WCG Clinical Research Solutions. "Our ISO-certified processes ensure the processing of participant images received from sites are meticulously planned, implemented, and monitored for success. Combine that with mint Lesion™, a technology built to keep pace with changing requirements and the demand for new response criteria, and you have a solution that is unmatched in the industry."
"WCG impressed us with their swift and sound implementation of our groundbreaking technology," said Matthew Hayden, executive director of Clinical Research Operations, Mint Medical. "After just one in-person meeting we crafted a fully operational, fully compliant reading platform that was built and ready for live trial use in just one month. Through this collaborative endeavor, we have forged a dynamic partnership that ensures rapid adaptability to our customers' evolving needs and requirements."
About Mint Medical
Mint Medical GmbH located in Heidelberg/Germany was founded in 2010 as a spin-off of German Cancer Research Center. The company commits itself to developing innovative software solutions in the field of medical imaging and combines image assessment and reporting in one system by considering guidelines for each clinical application context. A particular focus is currently being set on the field of oncology where the software platform mint Lesion™ is applied in clinical routine and clinical trials. Customers of Mint Medical are radiological practices, (university) hospitals, cancer centers, (Imaging) CROs, as well as pharmaceutical and biotech companies all over the world. In addition to the headquarters in Germany, the company has a subsidiary, Mint Medical Inc., in New Jersey, USA.
About WCG
WCG is a global leader of solutions that measurably improve and accelerate clinical research. Biopharmaceutical and medical device companies, contract research organizations (CROs), research institutions, and sites partner with us for our unmatched expertise, data intelligence, and purpose-built technology to make informed decisions and optimize study outcomes, while maintaining the highest standards of human participant protection. WCG raises the bar by pioneering new concepts, reimagining processes, fostering compliance and safety, and empowering those who perform clinical trials to accelerate the delivery of medical therapies and devices that improve lives.
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Pharmacy Market
Globenewswire | June 27, 2023
POINT Biopharma Global Inc. a company accelerating the discovery, development, and global access to life-changing radiopharmaceuticals, and AdvanCell, a company developing an innovative pipeline of targeted alpha therapies with a platform technology to produce 212Pb radiopharmaceuticals, today announced a collaboration on the development of a global 212Pb radioisotope and radioligand supply chain and drug manufacturing network to specifically support the clinical development and commercialization of 212Pb-labeled radioligands by each company.
212Pb is differentiated as both an alpha and beta-emitting isotope with a simple decay chain that has demonstrated promising clinical results1 in compassionate use and phase 1 settings. 212Pb is produced via a generator using thorium (228Th, 1.9 year half-life) or radium (224Ra, 3.6 day half-life) sources. 228Th is available in significant quantities and has a half-life that supports 212Pb generators with ~1 year shelf-lives stationed at a selected number of regional locations globally. The short half-life of 212Pb (10.6 hours) has the benefit of delivering >99% of the tumor cell–killing radiation in only 72 hours, which reduces the time that the ligand needs to be retained in the tumor, a common limitation for targeted radioligand therapies. The short half-life may also promote the earlier maintenance of functional immune cells infiltrating the tumor relative to longer-lived isotopes. In contrast, only ~20% of the decays from 225Ac occur in 72 hours, so prolonged tumor retention is required to achieve the same payload delivery.
“We constantly strive to use the right isotope for the job, and variations in ligand and tumor characteristics require different isotope properties,” said Joe McCann, Ph.D., Chief Executive Officer of POINT Biopharma. “Adding 212Pb to our toolbox increases the optionality for new programs with the goal of developing new therapeutic options with improved clinical outcomes. Importantly, AdvanCell’s proprietary 212Pb generator technology based on 228Th sources is next-generation technology that we believe can scale to commercial quantities. Having a greater range of isotope choices, combined with supply chain visibility and control over access, will facilitate not only robust clinical development programs but also make eventual supply for commercialization more predictable as we look to expand our pipeline to bring next-generation radioligands to more patients.”
“AdvanCell is delighted to collaborate with POINT Biopharma, whose excellence and track record in manufacturing and clinical development we have admired and respected for some time,” said Andrew Adamovich, Chief Executive Officer of AdvanCell. “AdvanCell was founded on the belief that targeted alpha therapies will change the course of cancer treatment. These treatments have demonstrated incredible efficacy but have been hampered by manufacturing and supply issues. AdvanCell’s technology, in combination with POINT’s demonstrated manufacturing expertise and our joint commitment to developing life-saving therapies, will deliver on the promise of targeted alpha therapy and positively impact the lives of many. As AdvanCell progresses ADVC001, our lead clinical program for the treatment of metastatic prostate cancer, this collaboration will accelerate clinical development and ensure the scaled supply of these important medicines.”
About POINT Biopharma
POINT Biopharma Global Inc. is a globally focused radiopharmaceutical company building a platform for the clinical development and commercialization of radioligands that fight cancer. POINT aims to transform precision oncology by combining a portfolio of targeted radioligand assets, a seasoned management team, an industry-leading pipeline, in-house manufacturing capabilities, and secured supply for medical isotopes including actinium-225 and lutetium-177. POINT’s active clinical trials include FRONTIER, a phase 1 trial for PNT2004, a pan-cancer program targeting fibroblast activation protein-α (FAP-α), and SPLASH, the phase 3 trial for PNT2002 for people with metastatic castration resistant prostate cancer (mCRPC) after second-line hormonal treatment.
About AdvanCell
AdvanCell is a radiopharmaceutical company developing an innovative pipeline of targeted alpha therapies to improve clinical outcomes in cancer patients. AdvanCell’s Targeted Alpha Therapies are powered by a proprietary platform technology – a novel alpha isotope generator that addresses the greatest unmet need in Targeted Alpha Therapy – the reliable and scalable supply of isotope.
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