FT-819

Issued on behalf of Avaí Bio, Inc. VANCOUVER, BC, March 27, 2026 /PRNewswire/ -- USANewsGroup.com News Commentary — The global cell therapy manufacturing market is hitting a pivotal inflection point. It's projected to surpass $7 billion in 2026 and reach $14 billion by 2035[1], driven by over 1,000 active clinical candidates globally. To keep up with this massive demand, the FDA just stepped in with new flexibility measures for cell and gene therapies[2]. By easing manufacturing requirements from the lab to commercial launch, regulators are accelerating the timeline for life-saving product approvals. This historic shift toward scalable bioproduction infrastructure is creating deep, sustainable value across a new class of durable therapy developers, including Avaí Bio (OTCQB: AVAI), ImmunityBio (NASDAQ: IBRX), Fate Therapeutics (NASDAQ: FATE), Fractyl Health (NASDAQ: GUTS), and Moleculin Biotech (NASDAQ: MBRX). Wall Street and industry analysts have already identified tight biologics capacity and constrained operations[3] as the defining bottlenecks of the 2026 manufacturing landscape. Production capability is no longer just a background detail; it is a highly coveted strategic asset. Regulators are actively responding to this supply crunch by loosening strict process validation rules and allowing concurrent lot releases[4] for qualified programs. Because of this, scalable GMP foundations have quickly become the primary value driver for companies looking to dominate the next wave of clinical manufacturing. Avaí Bio (OTCQB: AVAI) and joint venture partner Austrianova have begun manufacturing a Master Cell Bank (MCB) of genetically modified cells engineered to produce high levels of the α-Klotho protein, a naturally occurring molecule that researchers have linked to slower aging and lower rates of diseases like Alzheimer's and certain cancers. Peer-reviewed studies have shown that higher circulating Klotho levels correlate with reduced risk of neurodegenerative disease, drawing growing scientific interest to the protein's therapeutic potential. Think of the MCB as a permanent, lab-grade seed vault from which the company will create a Working Cell Bank, while storing the MCB cells for many years to come. Every vial—filled with millions of cloned cells inside—traces back to a single verified cell, manufactured under strict Good Manufacturing Practice (GMP) standards. That matters because when a company eventually scales up production, it needs a clean, consistent starting point. Without one, batches can drift, contamination risk climbs, and regulators start asking hard questions. With a qualified MCB in place, Avaí and Austrianova now have that foundation locked in. "MCBs are a prerequisite for the production of Cell-in-a-Box® encapsulated cell products," said Prof. Walter H. Gunzburg, Chairman of Austrianova. "They provide the foundation for sustainable production and ensure they meet the highest quality standards." The cells, which will make up a smaller Working Cell Bank, will be used for all of the company's research and clinical trials, and feed directly into Austrianova's proprietary Cell-in-a-Box® encapsulation platform, which packages living cells inside a pin-head-sized, sphere-shaped protective capsule so they can be implanted inside the body and continue producing a target protein over time. The end goal is a cell-based therapy that restores circulating Klotho levels in patients, potentially offering durable protection against age-related decline without requiring repeated dosing. "We are excited to enter the first step in the production phase of α-Klotho producing cells as part of our commitment to deliver safe, effective treatments for aging associated diseases," said Chris Winter, CEO of Avaí Bio. The work is being advanced through Klothonova, a Nevada-based joint venture formed last September and owned equally by both companies. Klothonova sits alongside Insulinova, a separate diabetes-focused program, as one of two active pipelines in Avaí's portfolio. Both programs employ Austrianova's encapsulation technology. Avaí Bio recently completed a full rebrand and pivot into biotechnology, formerly operating as Avant Technologies. The company now concentrates on sourcing, developing, and protecting advanced cellular therapies through strategic joint ventures and licensing agreements. All preparatory activities for the MCB were completed in February, allowing the partners to move directly into the production phase without delay. CONTINUED… Read this and more news for Avaí Bio at: In other industry developments: ImmunityBio (NASDAQ: IBRX) has validated a scalable manufacturing pathway for its autologous memory cytokine-enhanced natural killer cell platform, enrolling 74 subjects across its NK2022 and NK2023 programs and completing a Phase 1 safety trial combining M-ceNK cells with ANKTIVA® with zero Grade 4 or 5 treatment-related adverse events and zero cytokine storm events across 10 treated cancer patients. A single apheresis collection now yields up to 5 billion highly pure M-ceNK cells, providing 8-10 therapeutic doses with finished product available within 12 days. "These data demonstrate that potent NK cell therapy can be manufactured at scale and administered safely, potentially offering a reliable autologous source of potent NK cells," said Patrick Soon-Shiong, MD, Founder, Executive Chairman and Global Chief Scientific and Medical Officer of ImmunityBio. "The ability to generate up to 5 billion highly pure NK cells from a single apheresis collection, yielding up to 8-10 therapeutic doses within 12 days, opens the possibility of creating the 'World Bank of Natural Killer Cells', with NK cells able to be universally donated to any patient without HLA matching." With manufacturing methods now established for AI-driven robotic systems under the NANT Leonardo platform, ImmunityBio is positioned to translate its cell banking infrastructure into first-in-human clinical programs at scale. NCI-presented preclinical data from AACR IO 2026 also showed M-ceNK cells combined with ANKTIVA® produced statistically significant tumor volume reductions in two SCLC xenograft models. Fate Therapeutics (NASDAQ: FATE) has achieved a landmark clinical milestone by successfully treating autoimmune patients with its FT819 off-the-shelf CAR T-cell therapy in an outpatient setting, eliminating the extended hospitalization requirements that have restricted patient access to CAR T therapies. Enrollment in the FT819-102 Phase 1 basket trial now spans 16 sites across the U.S., U.K., and EU, with 15 systemic lupus erythematosus patients and four systemic sclerosis patients treated to date, including early evidence of meaningful disease improvement in the first SSc patient reaching a 3-month evaluation. "I am extremely proud of the progress the Fate team delivered in 2025, including bringing to fruition the treatment of FT819 off-the-shelf CAR T cells as outpatient therapy, eliminating the need for extended hospital stay requirements seen today with other CAR T-cell programs, which now uniquely expands autoimmune patient access, including in underserved regions, while significantly improving health system economics," said Bob Valamehr, M.B.A., Ph.D., President and CEO of Fate Therapeutics. "We have a well-capitalized balance sheet ensuring runway through 2027 and believe we are uniquely positioned to drive long-term value creation." Fate Therapeutics closed 2025 with $205.1 million in cash and investments, supporting an operating runway through year-end 2027, underpinned by a 30% reduction in operating expenses versus 2024. The company's next-generation FT836 program also reported early clinical activity in colorectal cancer, including a greater than 50% reduction in CEA levels and tumor reduction across all target lesions, without the use of conditioning chemotherapy. Fractyl Health (NASDAQ: GUTS) has completed randomization in the REMAIN-1 Pivotal Cohort evaluating its Revita® duodenal ablation procedure for post-GLP-1 weight maintenance, with topline 6-month data expected in early Q4 2026 and a potential FDA De Novo marketing application submission targeted for late Q4 2026. New post-hoc analyses from the REMAIN-1 Midpoint Cohort show a statistically significant dose-dependent treatment effect, with participants receiving above-median GLP-1 weight loss retaining 88% of that weight loss at six months versus only 60% in sham participants. "Completion of randomization in the REMAIN-1 Midpoint and Pivotal Cohorts marks a critical execution milestone, and today's new analyses from the Midpoint Cohort 6-month data gives us even greater anticipation for what the pivotal study might show," said Harith Rajagopalan, M.D., Ph.D., Co-Founder and CEO of Fractyl Health. "Approximately 30 million patients are projected to be on GLP-1s by 2035. The majority will face discontinuation and significant weight regain. Fractyl stands alone developing the first potential procedural option for post-GLP-1 weight maintenance with pivotal data expected this year." With cash of approximately $81.5 million as of December 31, 2025, supplemented by $4.1 million in subsequent warrant proceeds, Fractyl Health maintains a runway into early 2027, extending beyond the anticipated pivotal data readout. The company's Rejuva® gene therapy platform is also advancing, with first-in-human dosing of RJVA-001 for type 2 diabetes expected in H2 2026, subject to regulatory authorization. Moleculin Biotech (NASDAQ: MBRX) has enrolled its 45th subject in the pivotal Phase 2B/3 MIRACLE trial evaluating Annamycin in combination with cytarabine for relapsed or refractory acute myeloid leukemia, triggering the protocol-specified interim data unblinding now anticipated for mid-2026. Early blinded composite data from the first 30 patients showed a 40% complete remission rate, including patients who had previously failed venetoclax-based regimens and carried adverse genetic markers, comparing favorably to historical outcomes with cytarabine alone. "We believe this upcoming data readout represents the most important milestone in our history to date," said Walter Klemp, Chairman and CEO of Moleculin. "Reaching the 45 subject mark brings us to the threshold of our first meaningful look at MIRACLE data. Our Phase 2 AML MB-106 clinical trial generated greater efficacy than any drug ever approved for relapsed or refractory AML, and it contributed to the more than 100 patients treated to date without any associated cardiotoxicity." Enrollment continues in parallel as Moleculin Biotech advances toward 90 total subjects, expected to conclude Part A of MIRACLE in Q3 2026, with a second unblinding and Phase 3 dose optimization to follow. The program is designed to support an accelerated approval pathway based on the complete remission primary endpoint, with the adaptive trial structure integrating Phase 2B data directly into the planned Phase 3 registration. Continued Reading: CONTACT: USA NEWS GROUP [email protected] (604) 265-2873 DISCLAIMER: Nothing in this publication should be considered as personalized financial advice. We are not licensed under securities laws to address your particular financial situation. 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点击关注，一起做更好的产品一、细胞治疗产业：从商业化元年到规模化爆发1、市场规模与制造范式转移 细胞治疗产业在2024-2025年经历了从"技术验证"到"商业规模化"的关键转折： 最新市场数据（2025-2026）： 全球细胞治疗市场2025年估值55.8亿美元，2026年预计达65.5亿美元，2031年将突破145.6亿美元（CAGR 17.34%） 美国市场2025年估值42.3亿美元，预计2035年达258.5亿美元（CAGR 19.84%） 细胞治疗制造平台市场2026年估值65.4亿美元，2033年将达136.7亿美元 制造范式革命：产业正经历从"手工开放式"向"自动化封闭式"制造的强制性转变。2025年4月，Cellares的Cell Shuttle平台获FDA先进制造技术认定，这是首个端到端自动化细胞治疗生产系统。Lonza的Cocoon平台通过AI优化生物反应器，使自体CAR-T生产成本降低42%，批次失败率降至2%。1、通用型（异体）细胞治疗的突破 2024-2025年标志着"现货型"细胞治疗从概念走向临床验证： 关键临床里程碑： Allogene Therapeutics的ALPHA2：在大型B细胞淋巴瘤中达到67%完全缓解率，预计2026年中提交美国生物制品许可申请 Fate Therapeutics的FT819：2025年4月获FDA RMAT认定，用于中重度系统性红斑狼疮（SLE）的iPSC衍生CAR-T疗法 成本对比：异体疗法单剂成本已从自体疗法的35万美元降至7.5万美元，生产周期从4-6周缩短至48小时 产业投资动态：Vertex与CRISPR Therapeutics承诺4.2亿美元建设瑞士基地编辑T细胞工厂，目标2028年实现年产10万剂。CDMO行业在2024-2025年新增18万升异体产能，包括Lonza朴茨茅斯工厂（5万升）和Charles River莱顿工厂（4万升）。二、CAR-T疗法：从血液瘤到实体瘤与自身免疫病1、实体瘤CAR-T的突破性进展 经过十年相对温和的进展，2024-2025年实体瘤CAR-T终于迎来临床突破： 2024-2025年关键临床数据（ASCO 2025及Nature Biotechnology综述）： 靶点/策略 适应症 疗效数据 来源 HER2-CAR-T (C406) HER2阳性乳腺癌 疾病控制率75% (8例患者) ASCO 2025  MSLN-CAR-T (JL-Lightning) 恶性胸膜间皮瘤 DL2剂量组ORR 100% (3/3 CR, >9个月) Phase I  CEA-CAR-T 结直肠癌肝转移 高剂量组57%无复发 Phase I  Claudin 18.2-CAR-T (LB1908) 胃癌/胃食管结合部癌 83%病灶缩小(最大41%) Phase I  DLL3-CAR-T (LB2102) 小细胞肺癌 剂量依赖性活性，无DLT Phase I  Nature Biotechnology2025年4月综述指出，这些突破得益于逻辑门控CAR设计（如A2B694通过HLA-A*02缺失保护正常细胞）和装甲受体（如dnTGFβRII克服肿瘤微环境抑制）。2、自身免疫病的范式转移 CAR-T在自身免疫病领域的发展速度超出预期，2024-2025年成为该领域的"概念验证"关键期： 系统性红斑狼疮（SLE）临床数据汇总（截至2025年8月） 年份 国家 病例数 靶点 完全缓解率 关键结果 2022 德国 5 CD19 100% 12个月临床&血清学缓解 2023 中国 8 CD19 87.5% 7/8缓解，抗dsDNA↓ 2024 跨国 15 CD19 93% 蛋白尿↓，持续缓解 2024 中国 4 BCMA 75% 完全肾脏缓解3/4 2024 中国 6 CD19/BCMA双靶 100% 12个月无复发，无≥2级CRS 2025 欧洲 10 CD19 90% 9/10停用免疫抑制剂 2025年1月，Nature子刊Med发表了首个异体CD19 CAR-T治疗难治性SLE的研究，4例年轻女性患者（22-24岁）均达到深度缓解，无论既往是否有神经精神性狼疮病史。这标志着异体CAR-T在自身免疫病中的可行性得到验证。 机制洞察：CAR-T通过深度清除CD19阳性B细胞（包括抗体难以清除的亚群）实现"免疫重置"。与肿瘤不同，自身免疫病中B细胞再生后似乎能重建耐受，这可能与淋巴微环境重置有关。三、细胞衰老与抗衰老治疗：从基础到临床1、衰老时钟与组织特异性衰老 2024年，衰老研究在"细胞时钟"精确化方面取得重要进展： 西湖大学团队构建了小鼠乳腺干细胞单细胞转录组衰老时钟（2-29月龄），揭示干细胞群体在衰老压力下的转录轨迹演变，及其向恶性肿瘤转化的 predisposition 肾脏特异性表观遗传时钟：Ognian等开发的DNA甲基化时钟显示，肾衰竭患者相比同龄健康对照表现出显著加速的生物学衰老，为终末期肾衰竭风险评估提供新工具2、Senolytics临床进展 UNITY Biotechnology的UBX1325（BCL-xL抑制剂）在糖尿病黄斑水肿（DME）中取得关键进展： 2025年4月，NEJM Evidence发表BEHOLD Phase 2研究结果 2025年5月，ARVO年会报告ASPIRE Phase 2B研究36周数据，显示与标准治疗阿柏西普的非劣效性 2025年1月，Bonerge启动Fisetin、Urolithin A和Ergothioneine联合口服的108人临床试验，评估对皮肤健康和器官 rejuvenation 的影响 市场预测： Senolytics和抗衰老药物市场预计2034年达87.2亿美元。四、空间组学：Method of the Year 2024的技术迭代1、空间蛋白质组学的崛起 Nature Methods将2024年度方法授予空间蛋白质组学（Spatial Proteomics），认可其在解析复杂组织结构中的变革性影响。这是继2020年空间转录组学、2021年空间分辨转录组学后的第三次"空间"主题获奖。 技术进展： 亚细胞分辨率：STP（Single-cell Partition）方法整合亚细胞空间转录组数据与核染色图像，实现单细胞精准分割，在果蝇胚胎和小鼠胚胎数据中鉴定出以往方法遗漏的细胞类型 大规模组织分析：2025年9月Nature Methods报道的技术可处理大型组织切片的空间转录组数据，实现跨切片的三维重建2、空间组学在肿瘤微环境中的应用 2024-2025年，空间组学揭示了肿瘤-免疫相互作用的新维度： Starfysh（Nature Biotechnology 2025）：整合空间转录组与组织学数据，揭示肿瘤-免疫异质性hub METI（Nature Communications 2024）：通过整合细胞形态学与空间转录组深度解析肿瘤生态系统 CellSymphony：单细胞病理组学方法解析细胞分子与表型 orchestration五、AI与细胞生物学：基础模型时代1、单细胞基础模型的爆发（2024-2025） 2024年被视为"细胞基础模型元年"，多个大规模预训练模型相继发表： 模型名称 发表时间 训练数据规模 核心能力 来源 scGPT 2024 - 单细胞多组学生成式AINature Methods 大规模单细胞基础模型 2024 - 单细胞转录组学Nature Methods GeneCompass 2024 跨物种 知识引导的基因调控机制Cell Research CellFM 20251亿人类细胞 大规模细胞表示学习Nature Communications Nicheformer 2025 - 单细胞与空间组学统一模型Nature Methods scPRINT 20255000万细胞 基因网络预测Nature Communications Universal Cell Embeddings 2024 - 细胞生物学基础模型Nature  2025  技术突破： 转录基础模型：Nature2025年发表的跨人类细胞类型转录基础模型，实现跨细胞类型的通用预测 虚拟细胞倡议：Arc Institute的"虚拟细胞"项目于2024-2025年推出State（首个虚拟细胞模型，预测遗传/化学/环境扰动下的基因表达变化）和Stack（使用上下文学习预测未直接测量的细胞响应） Evo 2：2026年3月发表的基因组基础模型，400亿参数，1兆碱基上下文长度，训练于9万亿核苷酸，实现单核苷酸分辨率的通用预测与设计2、AI在细胞治疗制造中的应用 2025年，FDA正式认可AI控制的生物反应器符合过程分析技术（PAT）要求，允许批准后算法更新无需重新申报。机器学习算法基于1.8万次运行数据训练，可预测细胞活力准确率达94%。六、基因编辑细胞治疗：CRISPR进化到碱基编辑与先导编辑临床阶段进展 2024-2025年，基因编辑技术进入"精准无切割"时代： 已获批疗法： Casgevy（Vertex/CRISPR Therapeutics）：2023年12月FDA批准，2024年商业化，用于镰状细胞病和β地中海贫血，消除严重血管闭塞危象的有效率达93.5% 临床阶段突破： Beam Therapeutics：2025年披露使用碱基编辑治疗α-1抗胰蛋白酶缺乏症的早期临床试验 Prime Medicine：2024年将先导编辑器PM359推进至临床，用于治疗慢性肉芽肿病（CGD），这是首个进入临床的"搜索-替换"式基因编辑疗法 Verve Therapeutics：2022年完成首例患者给药，使用碱基编辑失活PCSK9基因治疗家族性高胆固醇血症 技术比较 技术 机制 优势 临床阶段 CRISPR-Cas9 双链断裂+HDR/NHEJ 成熟，可敲除/插入 已批准（Casgevy） 碱基编辑 单碱基转换（C→T, A→G） 无DSB，更安全 早期临床 先导编辑 逆转录酶介导的精准写入 所有12种点突变+小片段indel 早期临床七、体内细胞工程：LNP-mRNA递送革命体内CAR-T的概念验证 2024-2025年，脂质纳米颗粒（LNP）-mRNA系统在体内细胞重编程领域取得系列突破： 临床前里程碑： 肺纤维化治疗：2025年4月Nature Communications报道，LNP-mRNA系统递送抗FAP CAR mRNA，在肺纤维化小鼠模型中清除过度激活的成纤维细胞，恢复肺泡上皮细胞可塑性，重建肺免疫微环境 心脏损伤：Rurik等2022年开创的体内CAR-T治疗心脏损伤研究，2024-2025年持续优化 肿瘤治疗：脾脏靶向LNP生成的原位CAR-T细胞，在淋巴瘤模型中延长生存期 临床转化：Nature Reviews Drug Discovery2024年10月报道，体内CAR-T已进入临床试验阶段。相比体外制造，体内工程可将"静脉到静脉"时间从27天缩短至16天（Kite Pharma 2024年数据）。八、iPSC衍生细胞治疗：再生医学的工业化2024-2025年FDA IND批准汇总 诱导多能干细胞（iPSC）技术在2024-2025年迎来临床转化高峰： 疗法 公司 适应症 里程碑 时间 OpCT-001 BlueRock Therapeutics 视网膜色素变性/锥杆细胞营养不良 首个iPSC光感受器疾病疗法进临床 2024年9月  FT819 Fate Therapeutics 系统性红斑狼疮 FDA RMAT认定 2025年4月  神经前体细胞 多家 帕金森病、脊髓损伤、ALS FDA IND批准 2025年6月  MyoPAXon - 杜氏肌营养不良 Phase I进行中 2024  自体iPSC多巴胺能神经前体 - 帕金森病 Phase I启动 2025年4月  FT536 Fate Therapeutics 妇科癌症 iPSC衍生NK细胞 临床阶段  产业意义：iPSC"现货型"平台可实现标准化、规模化、低成本的细胞治疗生产。Fate Therapeutics通过21天连续灌注工艺，将iPSC衍生NK细胞生产成本降至5万美元/剂。九、挑战与未来展望（2026）1、当前产业瓶颈 领域 挑战 2025年进展 病毒载体供应 慢病毒载体交付周期从16周延长至32周 Thermo Fisher投资20,000升新产能，2026年Q4投产 质粒DNA短缺 交付周期>24周，价格通胀40% FDA 2024年7月支持非病毒电穿孔和LNP方法 长期安全性 基因编辑后基因组完整性数据缺口 监管要求15年随访，利好资本充足企业 支付能力 中低收入国家人均医疗支出<2000美元 韩国本土CAR-T定价低于美国40%2、2026-2030年趋势预测 异体疗法主导：Allogeneic平台将通过成本优势（7.5万 vs 35万美元）和即时可用性，在2026年后逐步替代自体疗法成为主流 AI原生细胞设计：从"AI优化制造"向"AI设计细胞"演进，Evo 2等基因组模型将实现"计算设计-实验验证"的闭环 空间多组学整合：空间转录组+空间蛋白质组+高分辨率成像的三维组织图谱，将成为疾病机制研究和药物开发的标配 细胞治疗适应症爆发：从肿瘤（2025年占92.5%市场）向自身免疫病、神经退行性疾病、心血管疾病、纤维化疾病快速扩展 体内工程普及：LNP-mRNA系统将使"细胞治疗"从医院专业治疗转变为可门诊给药的常规疗法2024-2026年的数据清晰地表明，"所有问题又回到细胞层面"不仅是一个学术共识，更正在演变为产业现实。从CAR-T在实体瘤和自身免疫病的突破，到AI基础模型对细胞行为的预测能力，从空间组学对组织微环境的解析，到体内细胞工程的递送革命——细胞正成为理解生命、治疗疾病、设计生物系统的终极界面。 这一趋势的核心驱动力是技术融合：基因编辑+细胞工程+AI+先进制造+空间组学的交叉，正在创造前所未有的可能性。未来五年，我们将见证细胞治疗从"高端定制"走向"规模普惠"，从"最后手段"走向"一线治疗"，最终可能实现从"治疗疾病"到"编程健康"的范式跃迁。 2026 年 Q1 生物医药高关注度赛道与核心标的速览 2026年，生物医药产品思维价值重构 巨噬细胞研究热点与肿瘤早筛应用 基因治疗、细胞治疗案例 乳酸，早该成为焦点！乳酸化修饰机制突破性进展 全球主要医药数据库提供商，产品战略 实战 聚力 和合 合作共赢，打磨产品思维，传播产品理念，以成熟完善的产业链服务，助力企业与个人成长！基础研究-技术转化-产业应用闭环加速服务。科研课题设计，产品服务，技术服务，项目开发，行业咨询，产业对接 请加微信联系。