September 2024
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00 issues in this vol.

MESOPHER CELL THERAPY SHOWS 50% INCREASE IN 2-YEAR RFS IN PANCREATIC CANCER STUDY

CGT IN ONCOLOGY

Recently released results of the REACTIVE Phase 2 trial for Amphera's MesoPhercell therapy for resected pancreatic cancer demonstrated a 2-year recurrencefree survival rate of 64%, compared to 40% expected, and an overall survival rateof 83%, with low-grade side effects. The trial involved 38 patients receivingbi-weekly therapy and booster injections at 4 and 7 months and showcased arobust immune response.

MesoPher's results position the therapy as a promising option given the high recurrence rates and rare long-term survival seen in this disease, garnering both FDA and EMA Orphan Drug Designations.

ADVANCING CELL THERAPY MANUFACTURING THROUGH AUTOMATED COLLABORATION

EMERGING TECHNOLOGY IN CGT

Multiply Labs announced a collaboration with LegendBiotech to automate cell therapy manufacturing usingadvanced robotic systems. Multiply Labs' technologyenables autonomous manufacturing, offering morerapid adoption when compared to traditionalautomation approaches that require changes tomanufacturing processes. In recent studies, it hasdemonstrated statistically equivalent quality comparedto manual processes.

Facilities with scalable manufacturing capabilities are critical, given the vast supply chain required for cell and gene therapies. Through this collaboration, Legend will be able to produce treatments according to market demand, while maintaining the existing quality of their product.

EXPANDING BREYANZI'S REACH: EMA VALIDATES CAR-T THERAPY FOR FOLLICULAR LYMPHOMA

CGT IN HEMATOLOGY

BMS announced that the EMA has validated its Type IIvariation application to expand the indication forBREYANZI, a CAR-T cell therapy, in adult patients withrelapsed or refractory follicular lymphoma (FL) whohave received two or more prior lines of systemictherapy. The application is based off of the Phase 2TRANSCEND FL trial in which BREYANZI demonstrateda high overall response rate, along with durableresponses and a consistent safety profile.

The EMA validation of indication expansion follows a similar approval for BREYANZI in Japan, broadening availability of the treatment to address the unmet need in FL, as approximately 50% of patients experience progressive disease within 1 year of therapy initiation.

GENE THERAPY FOR HEMOPHILIA B OUTPERFORMS STANDARD TREATMENT

CGT IN HEMATOLOGY

Pfizer recently released results from thepivotal BENEGENE-2 trial, demonstratingthat gene therapy with BEQVEZ reducedannualized bleeding episodes by 71% andtreated bleeding episodes by 78% inhemophilia B patients. Additionally, over80% of participants maintained mildhemophilia factor IX levels for 15-24months post-infusion, providing the basisfor FDA approval earlier this year.

The significant reduction in bleeding rates and durable efficacy of gene therapy offer a less burdensome alternative to regular prophylactic treatments in hemophilia B.

DRIVING INNOVATION IN CELL THERAPY MANUFACTURING VIA STRATEGIC PARTNERSHIPS

EMERGING TECHNOLOGY IN CGT

In an effort to bring more cell & gene therapies to market, a numberof life sciences companies have recently formed partnerships withcutting-edge technology companies. Sony and Cellares, a celltherapy manufacturer, are working together to integrate Sony'shigh-speed, high-purity cell-sorting technology into Cellares'automated Cell Shuttle, which enhances the scalability andefficiency of sorting-dependent therapies like regulatory T cellsand hematopoietic stem cells. Evotec SE and Novo Nordisk alsorecently announced a partnership to develop next-generation stemcell therapies, with Novo Nordisk providing funding for Evotec'sR&D in exchange for exclusive rights in specific therapeutic areas.

Collaborations like those between Sony, Cellares, Evotec, and Novo Nordisk provide mutually beneficial opportunities for life sciences companies to reduce manufacturing costs and accelerate development timelines for cell & gene therapies, while providing opportunities for technology providers to evaluate and refine their products in a real-world setting.

VERTEX AND LONZA PARTNER TO ENSURE GLOBAL SUPPLY OF CRISPR THERAPY CASGEVY

SUPPLY CHAIN SOLUTIONS

Vertex recently announced a long-termcommercial supply agreement with Lonza, aleader in global supply chain & manufacturing,for CASGEVY, the first CRISPR/Cas9 gene-editedcell therapy for transfusion-dependent betathalassemia or sickle cell disease. Thisagreement grants Vertex access to Lonza'smanufacturing network and expertise to ensurethe continued availability of Casgevy.

While some life sciences companies have sought out partnerships with technology providers to resolve the challenge of supply chain and manufacturing in cell and gene therapies, Vertex is taking an alternative approach to partner directly with a supply chain facilitator. As these partnerships develop, the results they produce may shape the blueprint for supply chain solutions utilized across cell and gene therapies.

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