On September 30, 2024 Sana Biotechnology, Inc. (NASDAQ: SANA), a company focused on changing the possible for patients through engineered cells, reported that it will webcast its panel at the Goldman Sachs Cell Therapy Day Conference at 1:00 p.m. ET on Tuesday, October 1, 2024 (Press release, Sana Biotechnology, SEP 30, 2024, View Source [SID1234646932]). The presentation will feature a business overview and update by Steve Harr, Sana’s President and Chief Executive Officer.

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The webcast will be accessible on the Investor Relations page of Sana’s website at View Source A replay of the presentation will be available at the same location for 30
days following the conference.

On September 30, 2024 QIAGEN N.V. (NYSE: QGEN; Frankfurt Prime Standard: QIA) reported the launch of the QIAcuityDx Digital PCR System, a pivotal addition to its digital PCR portfolio now expanding into clinical diagnostics (Press release, Qiagen, SEP 30, 2024, View Source [SID1234646931]). The instrument and accessories are 510(k) exempt in the U.S. and IVDR-certified for diagnostic use in Europe.

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QIAcuityDx streamlines clinical testing by providing highly precise, absolute quantitation of target DNA and RNA, supporting applications with less invasive liquid biopsies. These capabilities make it an ideal tool for monitoring cancer progression, complementing routine cancer diagnoses, which are typically performed using Next Generation Sequencing (NGS).

QIAGEN is rapidly expanding the application menu available on QIAcuityDx-System, with a new BCR::ABL assay for oncohematology planned for FDA submission in 2025. The platform also provides immediate access to QIAGEN’s full portfolio of research-use products and applications via its GeneGlobe platform. QIAGEN has already signed three partnerships with pharmaceutical companies to develop companion diagnostics on the QIAcuityDx, moving digital PCR into precision medicine. In addition, QIAGEN plans to further enhance the future assay portfolio by collaborating with third parties, who will develop their own assays for the platform.

"With the QIAcuityDx, we are bringing our precise and efficient digital PCR platform into the clinical space, reflecting our commitment to meeting the evolving needs of clinical labs in monitoring and minimal residual disease testing during patient treatment," said Fernando Beils, Senior Vice President and Head of the Molecular Diagnostics Business Area at QIAGEN. "By integrating all necessary functions into a single device, we are simplifying workflows and reducing operational costs for clinical labs, while instilling confidence in highly accurate and reliable diagnostic results."

"The QIAcuityDx is a compact benchtop technology that doesn’t take up much space and is very easy to use. The run is short, so you get results really fast. It provides a report that is digestible, translatable, and meaningful, and makes it easy to make decisions," said Dr. Kate Brown, translational research manager at The Christie NHS Trust in Manchester, United Kingdom, when asked about the clinical implications of QIAcuityDx for patients. Dr. Brown has used QIAcuityDx as part of a collaborative lung cancer study with QIAGEN.

"It enables us to improve the testing workflow. It allows us to quantify what’s happening, to gain true insight into how the tumor is changing, how the molecular basis of that tumor is responding to treatment. And that is something that other existing technologies are unable to offer," she added.

The QIAcuityDx platform is an IVD medical device that integrates partitioning, thermocycling, and imaging into a streamlined 5-plex workflow within a single instrument, eliminating the need for additional equipment. Capable of processing up to four nanoplates simultaneously, it reduces lab space requirements, servicing needs, and operator time. Labs familiar with QIAcuity can expect the same easy and fast nanoplate-based workflow, which disperses a sample into thousands of tiny partitions and then reads reactions simultaneously to quantify even the faintest signals from DNA and RNA.

QIAcuityDx’s technology enables higher throughput, allows for imaging of partitions, improves precision and sensitivity, cuts processing times to just two hours, and reduces the risk of cross-contamination – crucial factors for applications like oncology and infectious diseases.

QIAcuityDx software is designed for diagnostic use, featuring a user-friendly interface and comprehensive audit trail compliant with modern lab requirements. It includes two modes:

An IVD mode offering validated assay plug-ins and automated analysis.
A Utility Mode, providing flexibility to laboratories for their laboratory-developed tests (LDTs) and research applications.
The QIAcuity-DX platform supports continuous sample loading and flexible scheduling, accommodating urgent testing needs without compromising patient results. To ensure diagnostic compliance and meet clinical customer needs, QIAcuityDx will include:

A bi-directional LIMS (Laboratory Information Management System) interface for seamless integration with electronic patient records.
QIAcuityDx-optimized universal master mix and nanoplates manufactured under strict regulatory standards.
A validated installation process supporting lab compliance with an audit-ready report.
5-channel calibration enhancing image processing and reproducibility.
The adoption of QIAcuity digital PCR research instrument is strong, with more than 2,000 cumulative placements at the end of 2023 and citations in over 450 publications. Key customers include pharmaceutical and biotechnology companies, academic and research organizations and forensic laboratories. QIAcuityDx will now address additional customer segments, further strengthening the footprint of the QIAcuity family.

For more information on QIAcuityDx and to enhance your lab’s diagnostic capabilities, visit View Source

On September 30, 2024 Prime Medicine, Inc. (Nasdaq: PRME) reported a strategic research collaboration and license agreement with Bristol Myers Squibb (NYSE: BMY) to develop reagents for the next generation of ex vivo T-cell therapies (Press release, Prime Medicine, SEP 30, 2024, View Source [SID1234646930]). Under the terms of the agreement, Prime Medicine will design optimized Prime Editor reagents for a select number of targets, including reagents that use its Prime Assisted Site-Specific Integrase Gene Editing (PASSIGE) technology. Bristol Myers Squibb will be responsible for development, manufacturing and commercialization of the next generation cell therapies, with support from Prime Medicine in gene editing strategy and reagent development.

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"We are excited to collaborate with Bristol Myers Squibb, a global leader in cell therapy for hematology, immunology, and oncology. Through this effort, we will apply our Prime Editing technology beyond the rare genetic diseases in our internal pipeline, potentially unlocking opportunities in areas of high unmet needs in immunological diseases and cancer," said Keith Gottesdiener, M.D., President and Chief Executive Officer of Prime Medicine. "We are particularly excited that efforts under this collaboration will leverage our PASSIGE technology, that we believe will advance our one-step, non-viral, multi-kilobase-size gene editing approach into the clinic. There is tremendous opportunity for PASSIGE and Prime Editing to revolutionize the field of cell therapy, and we look forward to expanding our reach over time through both internal and partnered efforts."

Prime Medicine’s PASSIGE technology combines Prime Editing with an integrase or other site-specific recombinase to introduce large gene-sized cargo into the genome for stable cargo expression. PASSIGE is delivered through an entirely non-viral manufacturing process without introducing double-stranded DNA breaks or off-target edits and may enable more precise and effective genetic modification.

"We are excited to enter this agreement with Prime Medicine as we continue to explore and invest in next generation approaches, including gene editing technologies, that may help unlock the full potential of cell therapy," said Teri Foy, Senior Vice President of Cancer Immunology and Cell Therapy Therapeutic Research Center at Bristol Myers Squibb. "Integrating Prime Medicine’s technologies with our internal capabilities has the potential to open new avenues for innovation and we look forward to collaborating with them as we continue to bring the promise of cell therapy to immunology and oncology."

Under the terms of the agreement, Prime Medicine will receive a $55 million upfront payment and a $55 million equity investment from Bristol Myers Squibb. Prime Medicine is also eligible to receive more than $3.5 billion in milestones, including up to $1.4 billion in development milestones and more than $2.1 billion in commercialization milestones, along with royalties on net sales.

On September 30, 2024 Leap Therapeutics, Inc. (Nasdaq:LPTX), a biotechnology company focused on developing targeted and immuno-oncology therapeutics, reported that enrollment of 188 patients has been completed in the randomized controlled Part B of the DeFianCe study evaluating DKN-01, Leap’s anti-Dickkopf-1 (DKK1) antibody, in combination with standard of care bevacizumab and chemotherapy as a second-line treatment for patients with advanced colorectal cancer (CRC) (Press release, Leap Therapeutics, SEP 30, 2024, View Source [SID1234646928]).

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"The completion of enrollment in Part B of the DeFianCe study marks a significant achievement and highlights the enthusiasm in the potential of DKN-01 from both patients and healthcare providers," said Cynthia Sirard, M.D., Chief Medical Officer of Leap. "The encouraging data from Part A of the study which showed clinically meaningful response rates and durable tumor reductions, as well as a favorable safety profile in advanced CRC patients, provides a strong foundation to the expanded Part B of the study. We look forward to sharing initial data from Part B, including the subpopulation of patients with left-sided CRC, in mid 2025."

The DeFianCe study (NCT05480306) is a Phase 2, open-label, global study of DKN-01 in combination with standard of care bevacizumab and chemotherapy in patients with advanced CRC who have received one prior systemic therapy for advanced disease. Part B of the study expanded from a 130 to a 188-patient randomized controlled trial, with the primary endpoint being progression free survival (PFS). An additional primary endpoint will measure PFS in the subpopulation of patients with left-sided CRC. Secondary objectives include objective response rate, duration of response, and overall survival.

On September 30, 2024 Kura Oncology, Inc. (Nasdaq: KURA), a clinical-stage biopharmaceutical company committed to realizing the promise of precision medicines for the treatment of cancer, reported the publication of its KOMET-001 Phase 1 study manuscript in The Lancet Oncology journal (Press release, Kura Oncology, SEP 30, 2024, View Source [SID1234646927]). The paper, entitled "Ziftomenib in relapsed/refractory acute myeloid leukaemia (KOMET-001): results from an open-label, multi-cohort, phase 1a/1b trial," is now available on The Lancet Oncology website and in the Scientific Manuscripts section on Kura’s website.

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"The results from the KOMET-001 Phase 1 study are encouraging as they demonstrate meaningful benefit of ziftomenib in NPM1-mutant acute myeloid leukemia (AML), and publication of these data expands the growing evidence supporting the efficacy and safety of ziftomenib in a disease indication of unmet need," said Ghayas C. Issa, M.D., assistant professor of Leukemia at The University of Texas MD Anderson Cancer Center. "We are thankful for the patients and their families for their participation in the KOMET-001 trial and for the scientific community who have contributed to this research to advance more tolerable and effective treatment options for AML patients."

The KOMET-001 study is a Phase 1/2 global, open-label, multi-cohort clinical trial evaluating the safety, tolerability and clinical activity of ziftomenib in relapsed/refractory (R/R) AML. In the Phase 1a dose escalation portion, patients received ziftomenib once daily in 28-day cycles and in the Phase 1b dose validation/expansion portion, patients were randomized to two parallel cohorts at 200 mg and 600 mg. As of the data cutoff on August 30, 2023, 83 patients received one or more doses of ziftomenib and the primary objective of this study was to determine the recommended phase 2 dose (RP2D) based on safety, tolerability, pharmacokinetics, pharmacodynamics, and preliminary activity. The results demonstrated promising clinical activity with manageable toxicity in heavily pretreated patients including marrow blast reduction, neutrophil and platelet recovery, transfusion independence, and clearance of measurable residual disease.

"Our Phase 1 study provided the critical safety and clinical activity data in order to determine the RP2D and support our pivotal Phase 2 registration-directed trial in patients with NPM1-mutant AML," said Stephen Dale, M.D., Chief Medical Officer of Kura Oncology. "These data reinforce our commitment to developing novel investigational therapies, including menin inhibitors, to realize the transformative value for patients with acute leukemias. The clinical data generated to date, including the insights gained from this study, demonstrate the potential for ziftomenib to become a cornerstone of AML therapy through monotherapy and combination approaches."

In May 2024, Kura Oncology announced completion of enrollment in the Phase 2 portion of KOMET-001, a registration-directed trial of ziftomenib in patients with R/R NPM1-mutant AML. Enrollment of the 85 patients in Phase 2 was completed in fewer than 16 months and the Company expects to report topline data from the trial in early 2025.

About NPM1-mutant AML

AML is the most common acute leukemia in adults and begins when the bone marrow makes abnormal myeloblasts (white blood cells), red blood cells or platelets. Despite the many available treatments for AML, prognosis for patients remains poor and a high unmet need remains. The menin pathway is considered a driver for multiple genetic alterations of the disease, of which NPM1 mutations are among the most common, representing approximately 30% of AML cases. While patients with NPM1-m AML have high response rates to frontline therapy, relapse rates are high and survival outcomes are poor, with only 30% overall survival at 12 months in the R/R setting. Additionally, NPM1 mutations frequently occur with co-mutations in other disease-associated genes, including FLT3, DNMT3A and IDH1/2, with prognosis heavily influenced by the presence of co-occurring mutations. Adult patients with NPM1-m AML and select co-mutations and/or R/R disease have a poor prognosis, with median overall survival of only approximately 7.8 months in 2nd line, 5.3 months in 3rd line, and 3.5 months following the 4th line1. There are currently no FDA-approved therapies targeting NPM1-m AML.

About Ziftomenib

Ziftomenib is a novel, once-daily, oral investigational drug candidate targeting the menin-KMT2A/MLL protein-protein interaction for treatment of genetically defined AML patients with high unmet need. In the KOMET-001 Phase 1 study, ziftomenib demonstrated encouraging safety and tolerability with reported events consistent with features and manifestations of underlying disease. Clinical activity of ziftomenib as a monotherapy was optimal at the 600 mg daily dose and a 35% complete remission rate was observed in 20 patients with NPM1-mutant AML treated at the recommended Phase 2 dose (600 mg). Ziftomenib has received Breakthrough Therapy Designation (BTD) from the U.S. Food and Drug Administration for the treatment of R/R NPM1-mutant AML. Additional information about clinical trials for ziftomenib can be found at kuraoncology.com/clinical-trials/#ziftomenib.