A Dose Escalating Study of CD19/CD22/BCMA Three Targets Autologous Chimeric Antigen Receptor T (CAR-T) Cell Therapy in Subjects With Relapsed/Refractory Multiple Myeloma

This is a single arm, open-label, dose escalation clinical study to evaluate the safety and tolerability of autologouschimeric antigen receptor T (CAR-T) cells targeting CD19/CD22/BCMA in patients with relapsed/refractory multiple myeloma.

开始日期2024-12-12

申办/合作机构

上海细胞治疗集团有限公司

NCT06446128

/ Active, not recruiting早期临床1期

A Dose Escalating Study of CD19/CD22/BCMA Three Targets Autologous Chimeric Antigen Receptor T (CAR-T) Cell Therapy in Subjects With Relapsed or Refractory B Cell Non-Hodgkin Lymphoma(NHL)

This is a single arm, open-label, dose escalation clinical study to evaluate the safety and tolerability of autologous chimeric antigen receptor T (CAR-T) cells targeting CD19/CD22/BCMA in patients with relapsed or refractory B cell non-Hodgkin lymphoma.

开始日期2024-04-01

申办/合作机构

上海细胞治疗集团有限公司

NCT06327997

/ Recruiting早期临床1期

Exploratory Study on the Treatment of Advanced Solid Tumor With Non-viral Vector Multi-targeted Autosecretory Multifunctional Antibody CAR-T Cell Injection

The main goal of this trial is to evaluate the safety and tolerability of CAR T cell therapy for advanced solid tumors with positive mesothelin and MUC1.Patients were screened, peripheral blood mononuclear cells (PBMC) were isolated from eligible patients, and cells were prepared. Pretreatment was performed within 5 days before infusion, and CAR T cells were infused on day 0 (the dose was determined according to the requirements of climbing/expansion). The safety intensive observation period was 28 days after infusion, and the clinical efficacy after infusion was evaluated on days 28-34. The follow-up observation and evaluation were carried out according to the follow-up visit point, and the follow-up period was 1 year. From the second year, the telephone follow-up period was entered.

开始日期2024-03-07

申办/合作机构

上海细胞治疗集团有限公司

100 项与上海细胞治疗集团有限公司相关的临床结果

登录后查看更多信息

0 项与上海细胞治疗集团有限公司相关的专利（医药）

登录后查看更多信息

项与上海细胞治疗集团有限公司相关的文献（医药）

2025-04-21·Cancer Research

Abstract 5465: A novel CD3 VHH—based multi-specific T cell engager platform and multiple leads for gastric cancer and auto-immune disease

作者: Li, Jiaguo ; Yu, Jing ; Ng, Leo ; Lee, John ; Wang, Yong ; Yu, Jia ; Wang, Weihong ; Baral, Toya N. ; Tang, Huiyuan ; Bo, Peng ; Wang, Xinhao ; Qian, Qijun ; Xu, Wenfeng

AbstractT cell engagers (TCEs) have recent approvals and great potential in the treatment of various diseases such as cancer and auto-immune diseases. The challenge of TCE in solid tumor is the therapeutic window due to limited tumor specific targets, and the CD3 arm requires fine tuning for specific targets and indications. The anti-CD3 used in current TCEs are monoclonal based and are limited in diversity of epitope and potency, which narrows the full potential of TCEs. VHHs being single domain, are ideal for bi- and multi-specific molecule design and engineering. We have identified anti-CD3 VHHs with diverse portfolio using in house llama, alpaca, and camel immunization with cells, protein and mRNA. We utilized VHHMAb® platform to capture full repertoire of the binders. The humanized anti-CD3 VHHs are diverse in epitope, affinity, T cells activation and in T cell dependent cytotoxicity. We have identified NHP cross binding anti-CD3 with great value for pre-clinical evaluation of TCE. We utilized in house developed AI-powered lead design for optimal TCE structure for best synapse between T cell and target cells. AI powered method was also used to design the TCEs for better developability attributes such as expression, solubility, aggregation. The TCEs, we have generated are with all single domain VHHs (anti-CD3 and TAA targeting) and are first of such kind. Colorectal cancer (CRC) has huge unmet clinical need as current treatments have limited clinical efficacy. We have identified targets which are differentially and restrictively expressed in the CRC in comparison to healthy tissues. Beside the tumor specific expression, the specific epitope on target have impact on effective T cell mediated killing of TCE. The membrane proximal domains are desired for TCE. With the VHHMAb® platform we have identified sets of VHHs which target different domains of two novel CRC targets. These VHHs are cross species (hu, NHP and mouse) binders that provide seamless path of pre-clinical to clinical development. With the binders of diverse epitopes on tumor antigen and various affinity and potency anti-CD3 VHH, we have generated TCEs that are functionally the best possible. Therapeutic efficacy, durability and safety are unmet medical needs in auto-immune diseases. For single target therapeutics, relapse due to antigen escape is one of the major problems. We have identified VHHs with NHP cross binding for multiple B cell targets of auto-immune diseases. Due to the single domain and modular nature of VHHs, we have generated TCEs with multi-targeting for better efficacy, durability and potentially overcome the relapse. Conclusion: We have generated diverse humanized anti-CD3 VHHs, different epitope and domain binding VHHs for target antigens. Due to modular nature of VHHs, we have generated multiple potentially FIC and or BIC TCE lead molecules which are composed of all VVHs arms, for CRC and auto-immune diseases.Citation Format:Toya N. Baral, Jia Yu, Weihong Wang, Huiyuan Tang, John Lee, Leo Ng, Jing Yu, Peng Bo, Yong Wang, Jiaguo Li, Xinhao Wang, Qijun Qian, Wenfeng Xu. A novel CD3 VHH—based multi-specific T cell engager platform and multiple leads for gastric cancer and auto-immune disease [abstract]. In: Proceedings of the American Association for Cancer Research Annual Meeting 2025; Part 1 (Regular Abstracts); 2025 Apr 25-30; Chicago, IL. Philadelphia (PA): AACR; Cancer Res 2025;85(8_Suppl_1):Abstract nr 5465.

2025-04-21·Cancer Research

Abstract 4799: MSLN and MUC1 dual-targeting CAR-T with conditional activation and tumor specificity to improve clinical safety and efficacy

作者: Lin, Zhicai ; Qian, Qijun ; Guo, Jun ; Xu, Wenfeng ; Li, Jiaguo ; Sun, Yan ; Xia, Yong ; Sun, Dan ; Lou, Jinxing ; Liu, Yi ; Rong, Lijie ; Wang, Xinhao

AbstractBackground:MSLN and MUC1 are highly expressed in numerous solid tumors, presenting them as potential targets for solid tumor treatment. Nevertheless, these two targets also display varying degrees of expression in important human tissues, at risk of triggering the "on-target off-tumor" effect in CAR-T therapy. Additionally, the tumor immune microenvironment (TME) has a strong immunosuppressive impact on CAR-T cells, making them prone to exhaustion and consequently difficult to exert a long-lasting anti-tumor effect.Methods:In this study, a dual-targeting CAR-T (designated as BZE2203) for MUC1 and MSLN was generated, validated in pre-clinical and clinical studies. The anti-MSLN VHH was engineered with a pH-dependent characteristic, endowing CAR-T cells with cytotoxicity only at acidic pH in the TME. The anti-MUC1 VHH was selected based on antigen-density dependence to ensure that it has no cytotoxic effect on cells with low MUC1 expression in normal tissues. Meanwhile, the CAR-T was armed with secreting anti-PD1 VHH to alleviate the inhibitory effect of TME on CAR-T cells and tumor infiltrating lymphocytes. Cao-V3 xenograft animal model was utilized to evaluate the safety and efficacy of BZE2203 CAR-T in vivo. In an investigator-initiated trial (IIT), patients including two with platinum-resistant ovarian cancer were recruited and infused with a low-dose of BZE2203 CAR-T cells to preliminarily assess the safety and efficacy of this product.Results:In vitro experiments showed that BZE2203 CAR-T cells exerted cytotoxicity on MSLN-positive target cells only in the acidic pH but not neutral pH, and on MUC1-positive tumor cells in a density-dependent manner, but no cytotoxic effect on normal human primary lung cells with low MUC1 expression. After being activated by target cells, CAR-T cells secrete high level of anti-PD1 VHHs. BZE2203 CAR-T showed substantial anti-tumor effect in the Cao-V3 animal model. In the IIT clinical trial, patients did not experience severe safety issues such as cytokine storm and neurotoxicity caused by CAR-T treatment, and two ovarian cancer patients achieved partial remission.Conclusions:Our results indicate that pH-dependent and antigen-density-dependent CAR-T can mitigate on-target off-tumor toxicities, demonstrating significant potential for improved safety and efficacy in clinical applications of solid tumors.Citation Format:Jiaguo Li, Yan Sun, Yong Xia, Jinxing Lou, Jun Guo, Lijie Rong, Dan Sun, Zhicai Lin, Yi Liu, Xinhao Wang, Wenfeng Xu, Qijun Qian. MSLN and MUC1 dual-targeting CAR-T with conditional activation and tumor specificity to improve clinical safety and efficacy [abstract]. In: Proceedings of the American Association for Cancer Research Annual Meeting 2025; Part 1 (Regular Abstracts); 2025 Apr 25-30; Chicago, IL. Philadelphia (PA): AACR; Cancer Res 2025;85(8_Suppl_1):Abstract nr 4799.

2025-04-21·Cancer Research

Abstract 6068: CT111, a novel trispecific PD-1 x CTLA-4 x VEGF single-domain antibody, synergistically targets exhausted T cells and promotes cooperative antitumor effects

作者: Qian, Qijun ; Li, Jiaguo ; Lee, John ; Tang, Huiyuan ; Ng, Leo ; Wang, Yong ; Wang, Weihong ; Wang, Xinhao ; Yu, Jia ; Baral, Toya N. ; Xu, Wenfeng ; Yu, Jing

AbstractBackground:Dual PD-1 and CTLA-4 targeting immunotherapy shows enhanced therapeutic efficacy and is approved across multiple advanced solid tumor indications. In recent clinical trials, combined treatment of anti-PD-(L)1 with anti-VEGF have also been shown to improve clinical outcomes and overcome treatment resistance to either drugs alone. Bispecific antibodies targeting PD-(L)1/CTLA-4 and PD-(L)1/VEGF synergistically potentiates antitumor activity in preclinical models, and more recently, demonstrated enhanced clinical efficacy and tolerability. We developed a de novo, multi-targeting PD-1 x CTLA-4 x VEGF single domain trispecific antibody with enhanced synergistic anti-tumor activity by combining the effects of dual immune checkpoint and VEGF blockade.Methods:Novel function-blocking anti-PD-1, anti-CTLA-4 and anti-VEGF single-domain antibodies generated from protein-immunized camelids were screened, optimized, and humanized using the VHHMAb® AI-powered platform. Multiple VHH leads were combinatorially screened in different Fc-backbone formats for optimal engagement of all three targets. Binding affinity and specificity were evaluated by protein-based ELISA, cell-based FACS and Octet BLI, and ligand blocking activities were measured by competitive ELISA, cell-based FACS and reporter assays. Multitarget interactions and avidity were measured by competitive ELISA, Octet BLI, and cell-based FACS. Bioactivity of PD-1 and CTLA-4 blockade on primary immune cells was evaluated in CMV-recall and SEB assays for cytokine release, and anti-VEGF bioactivity was determined in a HUVEC proliferation assay. Anti-tumor activity of CT111 was assessed in multiple hPBMC-engrafted humanized xenograft tumor models.Results:All three de novo VHH antibodies used as building blocks for CT111 were selected based on strong functional activities that were superior to clinical benchmarks in cell-based assays. CT111 exhibited strong binding and optimal ligand blocking activity to human PD-1, CTLA-4 and VEGF alone and simultaneously in different assay formats. In CMV-recall and SEB stimulation assays, CT111 mediated potent IFN-γ and IL-2 secretion compared to clinical mono-targeting Ab combinations and bispecific benchmarks across multiple donors, and CT111 effectively blocked VEGF-mediated signaling and attenuated HUVEC proliferation. CT111 showed significant antitumor activity compared to clinical benchmarks, including AK112 and AK104, in PBMC humanized tumor models.Conclusion:CT111 is a novel, potential first-in-class single-domain trispecific antibody that can simultaneously target PD-1 and CTLA-4 immune checkpoints on exhausted T cells, while also targeting VEGF-mediated tumor angiogenesis to overcome immune suppression synergistically within solid tumors.Citation Format:John Lee, Huiyuan Tang, Jia Yu, Weihong Wang, Leo Ng, Jing Yu, Yong Wang, Toya N. Baral, Jiaguo Li, Xinhao Wang, Qijun Qian, Wenfeng Xu. CT111, a novel trispecific PD-1 x CTLA-4 x VEGF single-domain antibody, synergistically targets exhausted T cells and promotes cooperative antitumor effects [abstract]. In: Proceedings of the American Association for Cancer Research Annual Meeting 2025; Part 1 (Regular Abstracts); 2025 Apr 25-30; Chicago, IL. Philadelphia (PA): AACR; Cancer Res 2025;85(8_Suppl_1):Abstract nr 6068.

380

项与上海细胞治疗集团有限公司相关的新闻（医药）

2025-05-02

·同写意

2025 AACR | 创新管线闪耀国际盛会，学术成果彰显中国力量

在万众瞩目的2025年美国癌症研究协会（AACR）年会上，君实生物自主研发的多个创新药物惊艳亮相，覆盖抗体偶联药物（ADC）、双特异性抗体及新型靶点单抗领域。其中，抗Claudin18.2（CLDN 18.2）ADC药物JS107以口头报告形式首次披露I期临床安全性及疗效数据，CD20×CD3双抗JS203以壁报形式展示了其在复发/难治性恶性淋巴瘤的治疗潜力，而抗DKK1单抗JS015以Late-Breaking壁报发布国内首个DKK1抑制剂早期临床结果，验证了Wnt通路调控在消化道肿瘤中的治疗价值。本文系统性梳理上述研究的核心发现，为肿瘤精准治疗提供多维度的策略和思考。口头报告安全有效！JS107 I期研究结果出炉，CLDN18.2阳性胃癌患者或迎新机遇中山大学肿瘤防治中心阮丹云教授在大会上报告了抗CLDN18.2 ADC药物JS107在晚期实体瘤患者中的I期临床研究数据（摘要编号：#CT010），引起了广泛关注。该研究由中山大学肿瘤防治中心徐瑞华院长牵头开展，JS107在晚期胃/胃食管结合部腺癌（G/GEJA）患者中的显示出显著抗肿瘤效果，且安全性可控。特别是JS107联合特瑞普利单抗和化疗方案一线治疗CLDN18.2高表达晚期G/GEJA，客观缓解率（ORR）高达81.0%。这一研究首次证明了CLDN18.2 ADC联合疗法在该领域的临床获益，展现了其良好的治疗潜力。研究设计：单药与联合治疗（免疫化疗三药联用）双路径探索• 单药研究的剂量递增阶段纳入标准治疗失败或不耐受的晚期实体瘤患者，接受JS107（0.15-3.5 mg/kg, Q3W）治疗，剂量扩展阶段纳入标准治疗失败或不耐受的CLDN18.2阳性晚期实体瘤患者，接受JS107 2.0或3.0 mg/kg Q3W治疗。• 联合治疗研究纳入既往未接受过系统治疗的CLDN18.2阳性、HER2阴性的不可切除或转移性G/GEJA患者，接受JS107（剂量递增阶段：2.0-3.0 mg/kg, Q3W；剂量扩展阶段：2.0 mg/kg, Q3W）联合特瑞普利单抗（240 mg, Q3W）和XELOX（卡培他滨+奥沙利铂）治疗。主要研究终点是安全性、剂量限制性毒性（DLT）、最大耐受剂量（MTD）等，次要终点包括疗效和PK特征。患者特征：截至2025年3月23日，单药研究共入组63例晚期实体瘤患者，接受JS107单药治疗。患者中位年龄为59岁，男性占比66.7%。最常见的肿瘤类型为G/GEJA（N=45，71.4%），40例CLDN18.2阳性G/GEJA患者，其中26例为CLDN18.2高表达。联合治疗研究共入组35例未经系统治疗的晚期G/GEJA 患者，接受JS107联合特瑞普利单抗和XELOX（卡培他滨+奥沙利铂）治疗，患者中位年龄为64岁，男性占比71.4%。其中26例为CLDN18.2高表达。研究结果：耐受性良好，CLDN18.2高表达人群疗效显著• 无论单药还是联合治疗，总体耐受性均良好：单药和联合治疗的≥3级治疗期间出现的不良事件（TEAE）发生率分别为61.9% 和51.4%，JS107单药治疗常见的治疗相关不良事件（TRAEs）主要为血液学和胃肠道毒性，大多数胃肠道毒性为1-2级。联合治疗中常见的≥3级TRAEs包括血小板减少、中性粒细胞减少和腹泻。• 单药治疗CLDN18.2阳性G/GEJA患者显示出治疗获益：CLDN18.2阳性患者中， JS107 2.0 或3.0 mg/kg Q3W单药治疗，ORR为31.4%（11/35例），疾病控制率（DCR）为83.3%（29/35例），中位无进展生存期（mPFS）为4.1个月，中位总生存期（mOS）为9.6个月；其中，CLDN18.2高表达患者的ORR和DCR分别为34.8%（8/23例）和82.6%（19/23例），mPFS和mOS分别达到4.1个月和16.3个月。此外，JS107 3.0 mg/kg剂量组显示出更具潜力的疗效，在CLDN18.2高表达人群中，ORR为38.9%，DCR为88.9%; mPFS为5.9个月; mOS达16.5个月。• 联合治疗（JS107+特瑞普利单抗+XELOX）CLDN18.2高表达人群ORR达81%：CLDN18.2阳性G/GEJA患者的ORR为73.3%（22/30例），DCR为96.7%（29/30例）；CLDN18.2高表达患者中，ORR和DCR分别达81.0%（17/21例）和100%。mPFS数据尚未成熟。• 生物标志物关联，CLDN18.2表达水平与疗效呈正相关。• PK结果显示，JS107治疗剂量0.15-3.5 mg/kg之间，ADC和总抗体暴露量呈剂量依赖性。综上，对于CLDN18.2阳性晚期G/GEJA患者，JS107单药或联合特瑞普利单抗+XELOX治疗显示出显著的抗肿瘤疗效，尤其是在CLDN18.2高表达患者中，达到了高缓解率，同时耐受性良好，安全性可控。该研究是全球首个报告CLDN18.2 ADC联合疗法一线治疗G/GEJA具有临床获益的研究，期待为CLDN18.2阳性晚期G/GEJA患者带来潜在治疗新选择。重磅研究壁报国内首个！抗DKK1单抗JS015引领胃肠道肿瘤治疗新突破作为国内首个公布临床研究结果的抗DKK1单抗，君实生物自主研发的JS015近日在AACR大会首次披露的结果吸引了众多学者关注（摘要编号：#LB212）。该研究由中国药科大学附属上海高博肿瘤医院李进教授主导，JS015联合贝伐珠单抗和化疗一线或二线治疗晚期结直肠癌（CRC），以及联合特瑞普利单抗和化疗一线治疗晚期胃癌（GC）患者，均显示出显著疗效，展示了JS015在胃肠道肿瘤治疗中的巨大潜力，彰显了中国自主创新药物在肿瘤治疗领域的又一突破。研究设计：三研究联动综合分析，覆盖晚期胃肠肿瘤全程治疗研究汇总分析了三项JS015在中国开展的临床研究，分别为一项开放标签的Ib/II期临床研究JS015-002（NCT06139211）和两项IIT研究（ChiCTR2400091501和ChiCTR2400088962），旨在评估JS015联合标准疗法（SoC）用于胃肠道肿瘤患者的初步疗效和安全性。主要纳入晚期CRC和HER2阴性GC患者，接受JS015（600mg静脉注射Q2W或Q3W）联合SoC治疗：• 接受过氟尿嘧啶类化疗为基础的治疗后进展的CRC二线患者（2L-CRC）：接受JS015联合贝伐珠单抗+XELOX（卡培他滨+奥沙利铂）/FOLFOX（5-氟尿嘧啶+亚叶酸钙+奥沙利铂）或FOLFIRI（5-氟尿嘧啶+亚叶酸钙+伊立替康）治疗• CRC一线患者（1L-CRC）：接受JS015联合贝伐珠单抗+XELOX/FOLFIRI治疗• GC一线患者（1L-GC）：接受JS015联合特瑞普利单抗+XELOX，治疗主要研究终点是II 期推荐剂量（RP2D）和研究者评估的ORR，次要终点包括DCR、缓解继续时间（DoR）、PFS、OS和安全性等。患者特征：截至2025年3月19日，共入组43例2L-CRC患者，11例1L-CRC患者和24例1L-GC患者，中位年龄分别为59、56和63岁。72.1%的2L-CRC患者既往接受过贝伐珠单抗治疗。三个人群的中位随访时间分别为3.8、2.8和1.7个月。研究结果：突破性疗效验证DKK1靶向治疗价值• 后线/前线疗效双突破►2L-CRC患者中，38例疗效可评估，ORR为31.6%；DCR达94.7%。其中，既往一线未接受过贝伐珠单抗治疗（贝伐珠单抗 naïve）的患者（N=10）中，ORR达80%，DCR为100%。► 1L-CRC患者中，9例疗效可评估，ORR为100%。► 1L-GC患者中，15例疗效可评估，ORR为66.7%，DCR为93.3%。• 联合治疗耐受性良好，安全性可控：JS015联合贝伐珠单抗和化疗治疗组的≥3级TRAEs发生率为32.1%；JS015联合特瑞普利单抗和化疗治疗组的≥3级TRAEs发生率为37.5%，1例（6.3%）GC患者发生免疫相关不良事件（irAEs）。常见的TRAEs主要为血液学和胃肠道毒性，无TRAE导致治疗终止或死亡事件发生。综上，JS015联合疗法作为一种新型靶向联合疗法，在CRC和GC患者中显示出令人鼓舞的抗肿瘤疗效，同时耐受性良好，有望成为晚期胃肠道肿瘤患者的治疗新选择。壁报展示破局恶性淋巴瘤！CD20×CD3双抗JS203 I期研究带来治疗新希望北京肿瘤医院宋玉琴教授牵头开展的CD20×CD3双特异性抗体JS203治疗复发或难治性（R/R）B细胞非霍奇金淋巴瘤（B-NHL）患者的I期临床研究结果表明，患者经利妥昔单抗预处理后，接受JS203阶梯剂量递增（step-up dosing，SUD）给药，表现出良好的安全性，并在较低剂量组中即观察到疗效信号。特别是在弥漫性大B细胞淋巴瘤（DLBCL）患者中，JS203 30mg治疗的ORR高达80%，展现出极具潜力的抗肿瘤疗效。研究设计：科学爬坡，优化安全性管理该研究包括剂量递增和剂量扩展两部分，剂量递增阶段采用加速滴定法和贝叶斯最优区间（BOIN）设计，评估JS203（0.005mg~30mg，iv）治疗的安全性；扩展阶段患者接受JS203 10mg或30mg剂量治疗，第一周期时，JS 203采用SUD给药（0.3/1/5/30 mg, 0.3/1/5/10 mg或0.3/1/10 mg），每周给药一次；之后使用10mg或30mg，每3周给药一次，直至疾病进展或发生不可耐受的毒性。两个最高剂量组首次给药前3天，预防性给予单剂量利妥昔单抗或其生物类似药，以减轻患者的细胞因子释放综合征（CRS）风险。主要研究终点包括MTD和RP2D，次要终点包括疗效、安全性、免疫原性、PK和药效学（PD）。患者特征：截至2025年3月6日，共入组66例患者，中位年龄61岁，57.6%为女性。肿瘤类型主要包括弥漫性大B细胞淋巴瘤（DLBCL，63.6%）。中位既往治疗线数为3线。研究结果：安全可控，治疗潜力显现• 总体安全性良好，细胞因子释放综合征（CRS）可控，无神经毒性：研究评估的最高剂量至30mg，MTD仍未达到。经利妥昔单抗预处理的患者，≥3级TEAEs发生率为21.7%，常见TEAE包括贫血（52.2%）、CRS（34.8%）、白细胞计数降低（34.8%）、中性粒细胞计数降低（30.4%）等，绝大多数CRS为1-2级，且均在数据截止日前得到恢复。此外，未观察到ICANS（免疫效应细胞相关神经毒性综合征）发生。• 早期剂量窗验证治疗潜力，JS203 30mg达高缓解率►0.4 mg及以上剂量组的患者中（N=35），ORR为54.3%，完全缓解率（CRR）为22.9%，在较低的剂量组中即观察到缓解。中位DoR尚未达到，1例DLBCL患者在治疗15个月时仍维持完全缓解。► 接受5mg及以上剂量组治疗的DLBCL患者中（N=25），ORR为52.0%，CRR为24.0%。其中，30mg剂量组（N=10）显示出更高的缓解率，ORR达80.0%，CRR为40.0%，所有CR患者均未发生疾病进展。综上，JS203治疗CD20阳性R/R B-NHL显示出有潜力的抗肿瘤疗效，同时安全性良好，值得进行进一步临床研究评估。此次AACR年会，君实生物携3款创新管线研究数据亮相，向全球展示了“中国创新”的成果。未来，君实生物将持续以“临床价值导向”为锚点，加速推进国际化布局，期待与全球医者共筑抗癌新生态，奏响下一个治疗革命的时代强音。来源：君实医学关于同写意同写意论坛是中国新药研发行业权威的多元化交流平台，二十一年来共举办会议论坛百余期。“同写意新药英才俱乐部”基于同写意论坛而成立，早已成为众多新药英才的精神家园和中国新药思想的重要发源地之一。同写意在北京、苏州、深圳、成都设立多个管理中心负责同写意活动的运营。尊享多重企业/机构会员特权● 分享庞大新药生态圈资源库；● 同写意活动优享折扣；● 会员专属坐席及专家交流机会；● 同写意活动优先赞助权；● 机构品牌活动策划与全方位推广；● 秘书处一对一贴心服务。入会请联系同写意秘书处同写意创新链盟机构（上下滑动查看更多）三启生物 | 国通新药 | 通瑞生物 | 科济药业丨立迪生物 | 森西赛智 | 汇芯生物 | 申科生物 | 方拓生物 | 东抗生物 | 科盛达 | 依利特 | 翊曼生物丨锐拓生物丨复百澳生物丨圆因生物丨普洛斯丨华润三九丨皓阳生物丨人福医药丨广生堂药业丨澳宗生物丨妙顺生物 | 荣捷生物丨行诚生物 | 宜联生物 | 生命资本 | 恒诺康丨益诺思 | 深圳细胞谷丨佰诺达生物 | 沃臻生物 | 金仪盛世 | 朗信生物 | 亦笙科技 | 中健云康 | 九州通 | 劲帆医药 | 沙砾生物 | 裕策生物 | 同立海源 | 药明生基 | 奥浦迈 | 原启生物 | 百力司康 | 宁丹新药 | 上海细胞治疗集团 | 滨会生物 | FTA | 派真生物 | 希济生物 | 优睿赛思 | 血霁生物 | 优睿生物 | 邦耀生物 | 华大基因 | 银诺生物 | 百林科医药 | 纳微科技 | 可瑞生物 | 夏尔巴生物 | 金斯瑞蓬勃生物 | 健元医药 | 星眸生物 | 格兰科医药 | 莱羡科学仪器 | 明度智云 | 玮驰仪器 | 康源久远 | 易慕峰 | 茂行生物 | 济民可信 | 欣协生物 | 泰楚生物 | 泰澧生物 | 谱新生物 | 思鹏生物 | 领诺医药 | 宜明生物 | 爱科瑞思 | 阿思科力 | 博格隆生物 | 百吉生物 | 迈邦生物 | 多宁生物 | 万邦医药 | ASCT | 为度生物 | 比邻星创投 | 赛桥生物 | 吉美瑞生 | 荣泽生物 | 科金生物 | 汉超医药 | 康日百奥 | 汉腾生物 | 力品药业 | 安必生 | 博瑞策生物 | 中盛溯源 | 深研生物 | 东方略 | 赛赋医药 | 克睿基因 | 安润医药 | 镁伽科技 | 科锐迈德 | 和元生物 | 申基生物 |楷拓生物|森松生命科技 | 凯理斯 | 尚德药缘 | 晟国医药 | 健新原力 | 纽福斯 | 华东医药 | 士泽生物 | 影研医疗科技 | 新格元生物 | 依生生物 | 腾迈医药 | 汉欣医药 | 恒驭生物 | 盛诺基 | 序祯达生物 | 乐纯生物 | 速石科技 | 耀海生物 | 新合生物 | 华龛生物 | 恺佧生物 | 成都凡微析 | 正帆科技 | 大橡科技 | 博雅辑因 | 因美纳 | 博雅控股集团 | 近岸蛋白 | 依科赛生物 | 利穗科技 | 东南科仪 | 倍谙基 | 辉诺医药 | 圣诺制药 | 埃格林医药 | 科镁信 | 爱思益普 | 复星医药 | 齐鲁制药 | 捷思英达丨荣昌生物丨泽璟制药丨奕安济世丨礼新医药丨维立志博丨派格生物丨赛生药业丨呈源生物丨启德医药丨双运生物丨宝船生物丨曙方医药丨澳斯康生物丨普莱医药丨维健医药丨海昶生物丨征祥医药丨智核生物丨望石智慧丨博生吉医药丨南京诺丹丨四星玻璃丨艾米能斯丨霁因生物丨普瑞康生物丨映恩生物丨康哲生物丨霍德生物丨海慈药业丨沃生生物丨睿健医药丨矩阵元丨斯微生物丨则正医药丨预立创投丨东立创新丨博安生物丨伟德杰生物丨星奕昂生物丨耀乘健康科技丨琅钰集团丨康德弘翼 | 原力生命科学丨上海科洲丨特瑞思丨药源丨健艾仕生物丨冠科美博丨微境生物丨天境生物丨合源生物丨泛生子丨创胜集团丨加科思药业丨丹诺医药丨凌科药业丨偶领生物丨凯斯艾生物丨成都圣诺丨松禾资本丨清普生物丨和其瑞丨开拓药业丨科兴制药丨玉森新药丨水木未来丨分享投资丨植德律所丨奥来恩丨乐明药业丨东曜药业丨君圣泰丨海创药业丨天汇资本丨再鼎医药丨济煜医药丨百英生物丨基石药业丨君实生物丨Sirnaomics,Inc.丨亦诺微丨博腾股份丨思路迪诊断丨艾博生物丨普瑞金生物丨未知君生物丨尚健生物丨阿诺医药丨有临医药丨赛业生物丨睿智医药丨博济医药丨晶泰科技丨药明康德丨创志科技丨奥星集团丨苏雅医药丨科贝源丨合全药业丨以岭药业丨科睿唯安丨DRG丨博瑞医药丨丽珠医药丨信立泰药业丨步长制药丨华素制药丨众生药业丨上海医药丨高博医疗集团丨药渡丨君联资本丨集萃药康丨诺思格丨精鼎医药丨百利药业丨Pfizer CentreOne丨默克中国创新中心丨奥来恩丨瑞博生物丨新通药物丨广东中润丨医普科诺丨诺唯赞丨康利华丨国信医药丨昆翎丨博纳西亚丨缔脉丨一品红丨和泽医药丨博志研新丨凯莱英医药丨汉佛莱丨英派药业丨京卫制药丨海思科药业丨宏韧医药丨开心生活科技丨哈三联丨Premier Research丨宣泰医药丨先声药业丨海金格丨普瑞盛医药丨Informa丨科特勒丨谋思医药丨HLT丨莱佛士丨辉瑞丨科林利康丨冠科生物丨科文斯丨卫信康丨龙沙（Lonza）丨美迪西丨阳光诺和丨润东医药丨勃林格殷格翰（中国）丨艾苏莱生物丨领晟医疗丨驯鹿医疗丨燃石医学丨中肽生化丨鸿运华宁丨泰格医药丨易迪希丨希麦迪丨百奥赛图丨迪纳利丨青云瑞晶丨鼎丰生科资本丨中源协和丨维亚生物丨青松医药丨中科谱研丨长风药业丨艾欣达伟丨鼎康生物丨中晟全肽丨海步医药丨勤浩医药丨奥萨医药丨太美医疗科技丨生特瑞丨东富龙丨Cytiva丨优辰实验室丨苏桥生物丨君达合创丨澎立生物丨南京澳健丨南京科默丨东阳光丨亚盛医药丨杰克森实验室丨上海科州丨三优生物丨三迭纪丨泰诺麦博丨Cell Signaling Technology丨PPC佳生丨澳斯康丨先为达丨智享生物丨锐得麦丨宜明昂科丨明济生物丨英百瑞丨六合宁远丨天津天诚丨百拓生物丨星药科技丨亓上生物丨真实生物丨引光医药丨方达医药丨高博医疗集团丨赞荣医药丨国投创新丨药明生物丨康哲药业丨高特佳投资丨普瑞基准丨臻格生物丨微谱医药丨和玉资本 | 倚锋资本

AACR会议抗体药物偶联物临床结果临床1期

2025-04-30

·同写意

星眸生物核心专利获中国授权丨会员动态

基因疗法细胞疗法

2025-04-28

·同写意

FT-017中美双报双批！芳拓生物开启基因治疗新领域

基因疗法临床结果临床研究

100 项与上海细胞治疗集团有限公司相关的药物交易

登录后查看更多信息

100 项与上海细胞治疗集团有限公司相关的转化医学

登录后查看更多信息

组织架构

使用我们的机构树数据加速您的研究。

或

查看完整样例数据

管线布局

2025年05月09日管线快照

管线布局中药物为当前组织机构及其子机构作为药物机构进行统计，早期临床1期并入临床1期，临床1/2期并入临床2期，临床2/3期并入临床3期

药物发现

临床前

临床1期

临床2期

其他

登录后查看更多信息

当前项目

药物(靶点)	适应症	全球最高研发状态

PD-1 antibody CD19-CAR T therapy ( CD19 x PD-1 )	B细胞淋巴瘤更多	临床2期
自分泌PD1抗体靶向间皮素嵌合抗原受体T细胞（上海细胞治疗集团） ( MSLN x PD-1 )	间皮瘤更多	临床2期
BaizeDC ( CTLA4 x PD-1 x p53 x survivin )	实体瘤更多	临床1期
BZT-2312 ( MSLN x PD-1 )	晚期恶性实体瘤更多	临床1期
DC cells(Shanghai Cell Therapy Group) ( CTLA4 x PD-1 )	实体瘤更多	临床1期