PHARMACY MARKET
Business Wire | October 10, 2023
Iambic Therapeutics a biotechnology company developing novel therapeutics from its unique generative AI discovery platform, today announced the closing of an oversubscribed $100 million Series B financing co-led by Ascenta Capital and Abingworth, and also including new investors NVIDIA, Illumina Ventures, Gradiant Corporation, and independent board member Bill Rastetter. Existing investors also participated, including Nexus Ventures, Catalio Capital Management, Coatue, FreeFlow, OrbiMed, and Sequoia Capital. As part of the Series B, Iambic is delighted to welcome two new board members, Evan Rachlin, M.D., from Ascenta Capital and Kurt von Emster from Abingworth.
“At Iambic, our world-class team has combined physics and AI to create a differentiated drug discovery platform that achieves a step-change in the speed and success rate for delivering best-in-class and first-in-class development candidates to clinic,” commented Tom Miller, Ph.D., Co-founder and Chief Executive Officer of Iambic. “With the Series B funding, we intend to advance multiple AI-discovered candidates into the clinic and expand our pipeline, demonstrating how the Iambic platform can deliver better therapeutics to patients in less time, with optimized target product profiles for greater likelihood of clinical success.”
“We were struck by the originality of these molecules, offering distinctive approaches in both deeply validated and more novel biological pathways,” added Evan Rachlin, M.D., Co-founder and Managing Partner of Ascenta Capital. “Iambic’s platform enables a more creative and expansive exploration of how to treat diseases with profound unmet needs. We are delighted to partner with Tom and his extraordinary team in translating these thoroughly tested medicines into humans.”
“Abingworth is proud to support the remarkably talented team at Iambic in its drive to revolutionize drug discovery and speed to the market with highly selective drugs,” said Kurt von Emster, Managing Partner and Head of Life Sciences at Abingworth.
“AI-driven technologies, including methods that Iambic and NVIDIA researchers have built together, are charting a new path for researchers in the discovery of new therapeutic candidates,” said Rory Kelleher, Director of Healthcare and Life Sciences at NVIDIA. “NVIDIA-accelerated computing and software are helping industry pioneers like Iambic drive scientific breakthroughs and our continued collaboration aims to speed innovation in drug discovery.”
“We believe technology innovations powered by advanced computing and omics-derived data insights will transform drug discovery and pave the way for the next wave of groundbreaking medicines,” said Ron Mazumder, Ph.D., MBA, Partner of Illumina Ventures. “Iambic’s physics-informed machine learning approach has yielded promising lead candidates with superior profiles in record time.”
Since its 2021 Series A financing, Iambic has rapidly built its AI-driven discovery platform, which unifies state-of-the-art, physics-informed machine learning and experimental automation, and has demonstrated the platform’s success in identifying therapeutic candidates with differentiated drug profiles. In addition to building out a deep bench of AI and drug-discovery experts, Iambic has discovered two candidates to advance into the clinic: IAM-H1, a highly selective and brain-penetrant inhibitor of HER2 and its oncogenic mutants, and IAM-C1, a potential first-in-class selective dual CDK2/4 inhibitor to address unmet needs in terms of therapeutic window and treatment resistance in cell-cycle-driven cancers. Further, Iambic has extended its leadership position in the AI community, creating methods such as NeuralPLexer and OrbNet to drive its discovery platform.
With the funds raised in the Series B, Iambic intends to advance multiple candidates into clinical development, expand its pipeline with additional candidates with best-in-class and first-in-class potential, and continue to innovate and build next-generation AI and automation technologies for drug discovery. It plans to leverage NVIDIA technology such as the NVIDIA DGX Cloud AI supercomputing platform and the NVIDIA BioNeMo cloud service to accelerate discovery.
The company retains the technology created under its prior name of Entos Inc., adopting the new name of Iambic Therapeutics to reflect its transition to a company with the additional capability of clinical development of candidates identified through its AI-driven discovery platform.
About the Iambic Therapeutics Physics-Informed AI-Driven Discovery Platform
The Iambic Therapeutics AI-driven platform was created to address the most challenging design problems in drug discovery, incorporating the most current AI technologies and purpose-built tools from Iambic. The integration of physics principles into the platform’s AI architectures improves data efficiency and allows molecular models to venture widely across the space of possible chemical structures. The platform’s algorithms enable identification of new chemical mechanisms for engaging difficult-to-address biological targets, discovery of defined product profiles that optimize therapeutic window, and exploration of the chemical space to discover candidates for development with highly differentiated properties. Through close integration of AI-generated molecular designs with automated experimental execution, Iambic completes design-make-test cycles on a weekly cadence.
About Iambic Therapeutics
Founded in 2019 and headquartered in La Jolla, California, Iambic Therapeutics is disrupting the therapeutics landscape with its unique AI-driven drug-discovery platform. Iambic has assembled a world-class team that unites pioneering AI experts and experienced drug hunters with strong track records of success in delivering clinically validated therapeutics. The Iambic platform has been demonstrated to deliver high-quality, differentiated therapeutics to clinic with unprecedented speed and across multiple target classes and mechanisms of action. The Iambic team is advancing an internal pipeline of clinical assets to address urgent unmet patient needs.
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PHARMACY MARKET
PR Newswire | October 19, 2023
Halozyme Therapeutics, Inc. announced positive results of a clinical study demonstrating subcutaneous administration of 10 mL of a representative biologic product co-formulated with its ENHANZE® drug delivery technology, in approximately 30 seconds. In the study, the biologic was delivered with Halozyme's proprietary high-volume auto-injector (HVAI) in healthy volunteers. The injection was delivered successfully to all 23 participants and was well tolerated.
"To our knowledge, this is the first clinical study of its kind," said Mike LaBarre, chief technical officer of Halozyme. "Traditional subcutaneous auto-injector delivery methods are typically limited to volumes less than 2 mL or require long delivery times at slow rates for higher volumes. By enabling rapid subcutaneous injection of high volumes of biologic products, our ENHANZE drug delivery technology in combination with our proprietary HVAI has the potential to improve the patient experience for multiple therapies."
In the study, a representative biologic, immunoglobulin 10%, was delivered to 23 healthy volunteers. The primary endpoint of the study was achieved with all subjects receiving the completed dose with HVAI, demonstrating that 10 mL of a representative biologic product can be rapidly delivered using Halozyme's ENHANZE® and HVAI technologies.
Data Highlights
96% of participants stated that they would be willing to receive the injection again.
90% of participants indicated feeling either no pain or mild pain immediately after injection.
Erythema, swelling, and induration were generally minimal to mild and resolved by 90 minutes or less.
Biologics delivered subcutaneously through auto-injectors are typically restricted to doses of 1-2 mL. This limitation is caused by hyaluronan, a molecule that inhibits fluid dispersion in the subcutaneous space. Halozyme's ENHANZE® drug delivery technology is based on a proprietary recombinant human hyaluronidase PH20 (rHuPH20), an enzyme that locally degrades hyaluronan in the subcutaneous space. This temporarily increases the permeability of the tissue under the skin, allowing space for the biologic to enter, enabling it to be rapidly dispersed and absorbed into the bloodstream.
"These results support our continued dedication to providing innovative drug delivery options to patients," said Helen Torley, chief executive officer of Halozyme. "Our ENHANZE drug delivery and HVAI technologies have the potential to rapidly deliver large volume therapeutics subcutaneously with the potential for meaningful clinical benefits."
Halozyme's HVAI is available to partners for clinical use.
About Halozyme Therapeutics, Inc.
Halozyme is a biopharmaceutical company bringing disruptive solutions to significantly improve patient experiences and outcomes for emerging and established therapies. As the innovators of the ENHANZE® drug delivery technology with the proprietary enzyme rHuPH20, Halozyme's commercially-validated solution is used to facilitate the delivery of injected drugs and fluids in order to reduce the treatment burden to patients. Having touched more than 700,000 patient lives in post-marketing use in seven commercialized products across more than 100 global markets, Halozyme has licensed its ENHANZE® technology to leading pharmaceutical and biotechnology companies including Roche, Takeda, Pfizer, AbbVie, Eli Lilly, Bristol-Myers Squibb, Alexion, argenx, Horizon Therapeutics, ViiV Healthcare and Chugai Pharmaceutical.
Halozyme also develops, manufactures and commercializes, for itself or with partners, drug-device combination products using its advanced auto-injector technology that are designed to provide commercial or functional advantages such as improved convenience and tolerability, and enhanced patient comfort and adherence. The Company has a commercial portfolio of proprietary products including XYOSTED®, TLANDO® and NOCDURNA® and partnered commercial products and ongoing product development programs with several pharmaceutical companies including Teva Pharmaceutical, Pfizer and Idorsia Pharmaceuticals.
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PHARMACY MARKET
PR Newswire | September 21, 2023
Biofourmis, a leading global technology-enabled care delivery company, announced today the release of its expanded Digital Clinical Trials solution within the Biofourmis platform for biopharma and other life sciences companies. The solution offers robust digital tools and resources for trial sponsors and investigators aimed at accelerating drug development and improving access and diversity while also reducing costs.
Biofourmis' Digital Clinical Trials solution includes a technology-enabled, scalable platform and services that support digital tools enablement, trial decentralization, safety monitoring, personalized care, easier participant recruitment and more equitable access to treatment options for patients everywhere. The solution helps sponsors and researchers accelerate clinical development with remote data collection and novel digital endpoints from Biofourmis' library of biomarkers across multiple therapeutic areas.
The expanded solution offers a more holistic workflow, new data management automations and a seamless integration of essential clinical trial documentation, participant scheduling and data collection elements. Because the artificial intelligence (AI)-powered platform is highly configurable, study start-up timelines can be reduced from months to days. The connected platform seamlessly integrates with 40+ devices, enabling study teams the freedom to select the right device for the right disease area.
Biopharma companies can also tap into Biofourmis' growing principal investigator (PI) network. The network includes experienced and esteemed PIs from leading academic medical centers as a valuable resource to manage digitally driven research and accelerate the pace of recruitment with access to patient databases. Health systems that already use the Biofourmis platform for technology-enabled care delivery at home can easily and quickly expand their clinical research initiatives by leveraging the connected platform to include the Digital Clinical Trials functionality.
"We have consistently earned high satisfaction scores from both researchers and trial participants for our solutions. Now, we have identified additional ways to accelerate access to digital clinical trials, lower costs, and improve the experience for all stakeholders," said Biofourmis COO Jaydev Thakkar. "These new technology and service elements create a more holistic, turnkey solution that achieves those aims while offering greater synergies from drug development to commercialization and creating equitable access to treatment options and clinical research for patients everywhere."
Market-leading enhancements to the Digital Clinical Trials solution include
Robust eConsent and ePROs Capabilities: Robust screening and informed consent tools are integrated into workflows to accelerate recruitment, decrease enrollment time, and help ensure that participants fully understand risks and benefits associated with the trial. The documentation content is easily configurable and compliant with regulatory requirements. The enhanced ePROs (electronic patient-reported outcomes) collection capabilities drive adherence through automated reminders of participants' reporting requirements while offering them the ability to easily share outcomes beyond traditional clinical measures. Reporting flexibility offers investigators increased visibility into participant safety, health and experience.
Dynamic Participant Scheduling: Upon enrollment, the Digital Clinical Trials solution helps research stay on course while encouraging participant adherence and engagement through a virtual visit and schedule of assessment module that streamlines all the "to-do" items for the participant and caregiver, intuitively listing all the required patient reporting and external assessment tasks. Reminders and notifications help participants stay adherent; but if a task is missed, the schedule can automatically adjust so the participant can remain enrolled, and the trial can move forward.
InHome Services: As with all solutions within Biofourmis Connect and Care, In-Home Services such as nurse visits, phlebotomy, infusion, imaging, and other ancillary services delivered within the home are available via the connected platform to support decentralized clinical trials—which further reduces burden on investigators and participants.
Unmatched Safety Monitoring: The solution leverages AI to monitor the efficacy and side effects of drugs. A specific example includes pre-screening for clinical events triggered by high potassium levels (hyperkalemia), which can reduce clinical trial costs by decreasing frequent manual checks by medical professionals while still protecting patient safety. In addition, cardiac safety monitoring capabilities such as auto-detection of QTc prolongation (an extended interval between the heart contracting and relaxing) can improve the safety of trials by detecting patients earlier who are at risk of developing critical heart arrhythmias due to drug side effects.
"Leveraging digital tools and automating and accelerating trial processes for both researchers and participants can increase the likelihood that endpoints will be reached sooner, which lowers costs and simplifies tasks for everyone involved," Thakkar said. "More importantly, shorter trials with more meaningful results mean that groundbreaking new therapies can be discovered and developed faster to improve outcomes for patients worldwide."
About Biofourmis
Biofourmis brings the right care to every person, no matter where they are. The company's AI-driven solution collects and analyzes patient data in real time and identifies shifts that require proactive interventions. This vital innovation provides people everywhere with connected access to hospital-level services, virtual provider networks for remote care, in-home services, and life-changing clinical trials—all without leaving their homes. Trusted by leading health systems, payers, biopharma companies and patients alike, Biofourmis' connected platform improves patient outcomes, prevents hospital readmissions, accelerates drug development, and closes critical gaps in care—ultimately making science smarter, healthcare simpler, and patients healthier.
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