BioInvent International AB: Interim report January-September 2022

On October 27, 2022 BioInvent reported its interim report January-September 2022 (Presentation, BioInvent, OCT 27, 2022, https://www.bioinvent.com/sites/bioinvent/files/pr/20221027-acdaa190-bf98-4274-a3b9-595adadf89c1-1.pdf?ts=1666850418 [SID1234624432]).

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Invitation to presentation of Isofol’s report for the third quarter of 2022

On October 27, 2022 Isofol Medical AB (publ) (Nasdaq Stockholm: ISOFOL) ("Isofol"), reported that it will publish the company’s results for the third quarter of 2022 on Friday, November 11, 2022 (Press release, Isofol Medical, OCT 27, 2022, View Source [SID1234623818]). On the same day, Isofol invites investors, analysts, and media to an audiocast with a subsequent question and answer session.

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In conjunction with the publication of the interim report for the third quarter of 2022, Isofol invites investors, analysts, and media to an audiocast on November 11, 2022 at 11:00 a.m. CET. The presentation will be held by Isofol´s CEO Ulf Jungnelius and CFO Gustaf Albèrt, who will present and comment the report, followed by a Q&A-session. The presentation will be held in English.

Prestige Biopharma Group to Exhibit at CPhI Frankfurt 2022

On October 27, 2022 Prestige Biopharma group comprised of Prestige Biopharma Limited (950210: KRX) and Prestige Biologics Co., Ltd. (334970: KOSDAQ) reported that it will be appearing at CPhI Frankfurt 2022 on 1-3 November at Messe Frankfurt, Germany (Press release, Prestige BioPharma, OCT 27, 2022, View Source [SID1234622602]).

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The Prestige group will showcase its latest antibody drug pipeline and innovative CDMO service at a large-scale independent booth, which will be located in BioProduction Zone, #91G10. At the booth, clients and visitors are invited to take part in the experience zones and a transparent OLED display will be exhibited to highlight the EU-GMP certified facility and 154,000 liters of global-scale production capacity of Prestige Biologics in South Korea.

"We are excited to provide an inside look into Prestige Biopharma group at CPhI 2022 and are looking forward to having meaningful partner discussions. We will be introducing our capabilities for development and manufacturing of antibody and vaccine therapeutics, to support our partners to bring life-saving medicines to the patient." said Dr. Michael Ruppert, head of global business development of Prestige Biopharma.

At CPhI Frankfurt 2022, Prestige Biopharma introduces its first-in-class mAb, PBP1510 (INN: ulenistamab) anti-PAUF for pancreatic cancer that recently obtained FDA approval for Phase 1/2a IND and orphan designation from FDA, EMA and Korea MFDS. The company’s rich portfolio of biosimilars in various stages including HD201 trastuzumab under marketing authorization review, HD204 bevacizumab in Phase 3 and PBP1502 adalimumab in Phase 1 and others, is aimed to provide affordable quality medicines to those who need. Prestige’s business also includes alliance vaccine development and production, starting with the partnered commercial production of COVID-19 vaccines.

Together with Prestige Biologics, the Prestige group has full value chain technological capability, from discovery and development to manufacturing. Prestige Biologics is a leading Korean biopharmaceutical CDMO with 154,000 liters of top-notch production facility that provides efficient and high-quality complete solutions to development and manufacturing requirements throughout drug development continuum from the early-stage concept of clinical biopharmaceuticals through to full, global commercialization of products. Prestige Biologics also provides a customized engineering solution called ‘CDEMO’ service and it includes process optimization engineering, productivity enhancement engineering and cost reduction engineering.

Prestige Biopharma group will continue to pursue ‘innovation for life’ in every area which is the group’s business purpose, while ensuring corporate DNA, innovation, efficiency and agility, to ultimately create a difference for humanity.

The Prestige group looks forward to the on-site collaboration with biopharmaceutical partners at CPhI Frankfurt 2022. For more information, please visit www.prestigebio.com.

XtalPi and Signet Expand AI Drug Discovery Collaboration to Novel Cancer Target

On October 27, 2021 Signet Therapeutics and XtalPi Inc., a physics-based, AI-powered drug R&D company, reported the expansion of their AI drug discovery collaboration to include a new first-in-class program against a novel cancer target identified by Signet (Press release, XtalPi, OCT 27, 2022, View Source [SID1234622600]). The two companies entered into a strategic collaboration in 2020 and successfully identified pre-clinical candidates for a new gastric cancer target in approximately six months. The follow-on project will continue to combine XtalPi’s AI drug discovery platform with Signet’s unique novel organoid disease models to generate pipeline candidates and advance them toward clinical trials.

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A significant challenge to developing new therapeutics is the ability to expand the search beyond known structures and accurately screen through a copious supply of novel molecules to identify top candidates with a desirable drug property profile indicative of development potential. Pharmacodynamics is a key factor in lead optimization and drug design. However, traditional cell-based in vitro studies have considerable limitations in modeling drug effects in human body and often produce unreliable efficacy data that can lead to clinical failure.

XtalPi has developed an AI drug discovery workflow that integrates its algorithm-driven platform with expert domain knowledge and targeted small-batch experiments. This three-pronged approach can generate novel scaffolds beyond the conventional boundaries of known chemical space and predict molecular behaviors as well as important physicochemical and pharmaceutical properties with enhanced accuracy. The generative and prediction models continue to improve their outcome through iterations in a closed-loop feedback process, with insights from XtalPi’s team of medicinal chemists and high-quality data from its high-throughput wet lab, until promising candidates are validated in experiments. This workflow has been shown to substantially cut down the research time, costs, and experiments needed between target identification and IND-enabling experiments.

Signet Therapeutics was founded by scientists from Dana-Farber/Harvard Cancer Center, with extensive experience and unique expertise in oncology research. Using real-world cancer genomics data, the Signet team developed novel organoid disease models specific to cancer subtypes that simulate the unique 3D environment of organ tissues, yielding data with much higher clinical relevance. The two companies’ first collaboration successfully combined XtalPi’s AI-powered one-stop drug discovery capabilities with Signet’s insight and functional biology platform and identified novel molecules with superior in vitro performance that are now quickly advancing toward clinical trials.

Building upon existing success, the two companies will continue to apply the tried-and-true collaboration model of "AI drug discovery + novel disease models". XtalPi’s AI platform will generate an extra-large chemical space containing millions of molecules with high binding affinity to the cancer target discovered by Signet. After assessing these molecules by their predicted key drug properties such as selectivity, drug-likeness, novelty, and synthesizability, a small batch of top-ranking molecules is synthesized in XtalPi’s lab and passed on to Signet’s platform for biological and functional evaluations using its novel disease models. XtalPi will then use the data from organoid-based and biochemistry tests to further finetune its AI models and recommend increasingly potent drug candidates. Through such Design-Make-Test-Analyze cycles, XtalPi’s AI platform and team of medicinal chemists work together to zero-in on molecules of strong bioactivity and a balanced drug property profile with minimal synthetization experiments.

Dr. Shuhao Wen, XtalPi’s co-founder and chairman, says, "We are excited to expand our collaboration with Signet, which allows us to develop XtalPi’s AI platform into new application areas and accelerate the growth and progression of Signet’s first-in-class pipeline to provide much-needed treatment options for cancer patients worldwide. XtalPi aspires to be a strong partner for innovative biotech companies like Signet and empower the quick translation of new biological discoveries into promising new clinical candidates."

" XtalPi’s AI drug discovery platform and Signet’s novel disease models platform are highly complementary," says Dr. Haisheng Zhang, founder and CEO of Signet. "The value of XtalPi’s AI is not only reflected in its incredible efficiency, but more importantly, in the discovery of de-novo molecules with strong clinical potential, helping us reach milestones in record speed. We look forward to working closely with XtalPi as an important partner in developing our first-in-class pipeline and bringing forth more targeted drugs to underserved disease markets."

FDA Keeps Jazz’s SCLC Treatment on the Market Despite Failed Confirmatory Trial

On October 27, 2022 Jazz Pharmaceuticals reported The FDA has upheld the accelerated approval of it’ Zepzelca (lurbinectedin), even though the drug failed to reach its primary endpoint in the confirmatory Phase III ATLANTIS trial (Press release, Jazz Pharmaceuticals, OCT 27, 2022, View Source [SID1234622593]).

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This decision follows a citizen’s petition, filed by the law firm Foley Hoag in March, asking the regulatory body to pull its approval of Zepzelca for lack of established efficacy. The petition also asked, while proceedings to withdraw approval are ongoing, that the FDA require a label update for the drug to point out that it had failed its confirmatory assessment.

Zepzelca was first approved in June 2020 for adult patients with metastatic small-cell lung cancer (SCLC), who had already failed a previous line of platinum-based chemotherapy.

Citing a great unmet second-line need in this patient population, the FDA greenlit the injectable drug under the accelerated approval pathway. At the time, Zepzelca’s promising overall response rate and duration of response were enough to warrant a regulatory go-ahead—with the caveat that Jazz needed to perform a confirmatory study to ensure that its drug stays on the market.

The Phase III ATLANTIS trial, launched in 2015, was supposed to satisfy this requirement. However, whereas Zepzelca was approved as a 3.2-mg/m2 single-agent injection, ATLANTIS assessed the drug as a 2-mg/m2 dose in combination with another chemotherapy agent doxorubicin.

In December 2021, Jazz announced that ATLANTIS fell short of its primary endpoint. The drug combo did not statistically improve overall survival as compared with a physician’s choice chemotherapy. A Jazz spokesperson told BioSpace that ATLANTIS was "not designed to confirm treatment with Zepzelca" as it is currently approved.

In a response to the citizen petition, the FDA cited these dosing differences as the likely reason why ATLANTIS failed. Perhaps the lower dose, the agency argued, could have weakened the efficacy of Zepzelca and might be the reason the trial failed.

"When a confirmatory trial does not meet its endpoint, it does not necessarily mean that the drug is not effective for the indication approved through accelerated approval," the FDA wrote. "When considering if withdrawal of an indication is appropriate or if additional confirmatory trials are warranted, FDA reassesses the medical need and available therapies to determine whether the conditions for accelerated approval still exist."

Jazz, following an agreement with the FDA, is conducting two new confirmatory trials in place of ATLANTIS. The first, named LAGOON, is looking to enroll over 700 patients and will test Zepzelca in its approved dosing. LAGOON will also look at a 2.0-mg/m2 Zepzelca dose combined with irinotecan. LAGOON launched late last year.

The second trial, conducted in collaboration with Roche, is dubbed IMforte and will combine Zepzelca with Tecentriq (atezolizumab) as maintenance therapy for SCLC. The spokesperson said that while both trials have already initiated, it is still too early to identify which one will yield data first.

Will This Verdict Affect Other Accelerated Drugs?

It remains to be seen whether the FDA’s logic for Jazz will also hold for Covis Pharma. On Oct. 19, the Agency’s Obstetrics Reproductive and Urologic Drugs Advisory Committee voted 14-1 to pull Makena (hydroxyprogesterone caproate injection), the company’s preterm birth drug that was granted accelerated approval in 2011.

Like Zepzelca, Makena showed early promise and triggered significant benefits in surrogate markers, suggesting that it was reasonably likely that the drug could prevent infant death and illness. Similarly, Makena failed its confirmatory trial PROLONG, a result that Covis attributed to key differences in study populations.

Nevertheless, the company argued, there remain signals of Makena’s efficacy, particularly in high-risk patients. However, the advisory committee disagreed, noting that if they had access to both the initial and confirmatory trials in 2011, they would not have recommended Makena for accelerated approval in the first place.