▲ 长按小程序码报名
2026柏思荟年会将于2026年9月10日-11日在上海浦东嘉里大酒店举办。年会以双品牌形式呈现——第八届生物药开发者创新大会(BDIC)和BIOSeedin Autumn Innovation Partnering Summit。研发与BD两大板块深度协同,挖掘前沿技术突破与商业合作潜力,助力创新价值从实验室走向全球市场。
我们诚邀更多全球生物医药企业、投资机构、创新团队加入。这个九月,在上海浦东嘉里大酒店,邀您共赴这场生物医药创新盛宴,以专业之力携手同行,共筑全球医药创新合作新未来!
经过项目征集、资格初审及专家评审等多个环节的严格筛选,一批具备高成长性与技术壁垒的肿瘤项目脱颖而出。下面,我们一同走进这些优质企业,看看他们如何聚焦实际需求,带来专业、可行的创新解决方案。
肿瘤项目路演内容介绍
爱科瑞思
新型payload驱动ADC的发展
演讲人:苗振伟
爱科瑞思 董事长
由爱科瑞思自主研发的同类首创ADC新药ACR246靶向在肺癌、胃癌、胰腺癌、乳腺癌等高发难治实体瘤中高表达、在正常组织低表达的5T4靶点,精准治疗优势突出;产品依托全人源抗体、定点偶联稳定DAR=8、自研可裂解连接子、新型TOP1抑制剂载荷实现多项创新,凭借强旁观者效应破解实体瘤异质性难题,治疗窗口与耐受性优于传统微管抑制剂类ADC,临床前PDX模型抑瘤效果优异;该药2024年完成首次人体给药,经贝叶斯设计完成剂量爬坡后进入Ib/IIa扩展队列阶段,现有临床数据显示晚期实体瘤整体客观缓解率35%、疾病控制率80%,5T4阳性富集人群疾病控制率接近89%,不良反应可控且推荐二期剂量稳步确定,项目已落地全球权益授权合作,既是国产ADC工艺升级的优秀范例,也将为多线治疗失败的晚期实体瘤患者提供新方案,填补难治肿瘤靶向治疗缺口。
ACR246, a First-in-Class ADC independently developed by Adcori, targets the 5T4 biomarker highly expressed in prevalent refractory solid tumors including lung, gastric, pancreatic and breast cancers while showing minimal expression in healthy tissues, which grants it prominent precision therapy strengths. It integrates multiple technical innovations: a fully human antibody with site-specific conjugation maintaining a steady DAR of 8 for consistent batch quality, an in-house cleavable linker to reduce systemic off-target risks, and a novel TOP1 inhibitor payload with strong bystander effects to tackle tumor heterogeneity. It features a broader therapeutic window and better tolerability than conventional microtubule inhibitor-based ADCs, with potent antitumor efficacy validated in preclinical PDX models. First-in-human dosing was completed in 2024, followed by Bayesian-designed dose escalation to advance into the Ib/IIa expansion cohort. Published data record an overall ORR of 35% and DCR of 80% for advanced solid tumor patients, alongside a nearly 89% DCR for 5T4-positive subgroups; adverse events remain manageable and the recommended Phase II dose is being finalized. Having secured a global licensing deal, this candidate stands as a fine example of domestic ADC technological upgrades, delivers an innovative treatment option for heavily pretreated advanced solid tumor patients and is expected to fill the unmet need of targeted therapies for hard-to-treat malignancies.
*项目简介可上下滑动查看
博锐创合
首创Nectin-4多肽诊疗一体化核药 ——从显像到治疗,精准赋能尿路上皮癌及更多瘤种
演讲人:单波
博锐创合 CEO
博锐创合是一家临床阶段的生物科技公司,致力于肿瘤精准诊疗一体化的创新型放射性药物开发,公司有4款产品处于临床开发阶段。BRP-020 是一款靶向细胞粘附蛋白 4(Nectin-4)的同类首创(First-in-Class)诊疗一体化药物。该药物采用环肽作为靶向配体,用于 Nectin-4 阳性实体瘤的诊断与治疗。临床前研究数据显示,BRP-020 具备优异的靶点亲和力与肿瘤靶向性,在肿瘤组织中表现出良好的滞留效应,同时在正常器官中快速清除,该药物展现出强劲的抗肿瘤活性和良好的安全耐受性。目前,BRP-020 处于研究者发起研究(IIT)阶段,公司正全力推进其 IND 开发工作。
BoomRay is a clinical-stage biotech pioneering innovative RLTs for the precise diagnosis and treatment of cancer, with four clinical-stage products currently in development. BRP-020 is a first-in-class, cyclic peptide-based radiopharmaceutical therapy (RLT) targeting Nectin-4 for the diagnosis and treatment of Nectin-4-expressing solid tumors. It demonstrates high binding affinity and specific tumor targeting, resulting in excellent tumor retention and rapid clearance from normal organs. These properties translate into robust anti-tumor activity and a favorable safety and tolerability profile. BRP-020 is currently under IIT development, with IND-enabling activities underway.
*项目简介可上下滑动查看
多特生物
DB007 (PD-L1/TIGIT/IL-2 三特异性抗体):通过独特的 IL-2“系留与激活”(Tether & Engage)机制,精准靶向肿瘤 CD8+ T 细胞
演讲人:Ignacio Asial
多特生物 联合创始人、CEO
DB007 是由 DotBio 研发的一款处于临床前阶段的三特异性抗体,旨在治疗对现有免疫疗法产生耐药性(难治性)的癌症。
核心机制
•多靶点结合:同时靶向 PD-L1 和 TIGIT。
•“系留” IL-2(Tethered IL-2):携带独特的专利“非活性”白介素-2(IL-2)片段。它在全身血液循环中保持关闭状态,只有在肿瘤微环境中精准锚定靶点后才会被激活,从而安全地唤醒耗竭的 CD8+ T 细胞,避免全身性毒副作用。
主要优势
•高安全性:在临床前模型中未出现死亡案例,且系统性 T 细胞扩增受控(相比之下,竞品如 IBI-363 具有高毒性并导致高死亡率)。
•疗效显著:在动物模型中的抑瘤效果优于 Keytruda(帕博利珠单抗),并使肿瘤内部的活性 T 细胞显著增加 56%。
•易于生产:基于高稳定性的 “DotBody” 人源单域抗体平台开发,细胞株表达量高达 5–10 g/L,极具商业化量产优势。
当前进展
•DB007 目前处于 IND(临床试验申报)准备阶段。DotBio 正在进行 2000 万美元的 A 轮融资,以推动该项目进入 I 期临床试验。
DB007 is a preclinical-stage, tri-specific antibody developed by DotBio to treat immuno-oncology refractory cancers.
How It Works
•Targeting: Simultaneously binds PD-L1 and TIGIT.
•Tethered IL-2: Features a proprietary "dead" IL-2 (interleukin-2) tether. It remains inactive in blood circulation but reactivates exhausted CD8+ T-cells once anchored to the tumor microenvironment, preventing off-target side effects.
Key Advantages
•High Safety: Zero deaths and controlled immune expansion in preclinical models (unlike competitors like IBI-363, which showed high toxicity).
•Strong Efficacy: Outperformed Keytruda in animal models, driving a 56% increase of active T-cells inside tumors.
•Easy to Manufacture: Built on stable "DotBody" human domain scaffolds, achieving high production yields of 5–10 g/L.
Current Status
•DB007 is in the IND-enabling phase. DotBio is currently raising a $20 million Series A round to advance the candidate into Phase I clinical trials
*项目简介可上下滑动查看
健士拜生物
GS003,新型多重机制抗PD-L1/B7H3双特异性ADC项目介绍
演讲人:林军
健士拜生物 总经理
GS003是一款潜在同类最佳、高度差异化、拥有多重作用机制的PD-L1/B7H3 ADC(DAR 8)。设计上,该分子PD-1/PD-L1阻断功能保留,内吞优于亲本单抗及竞品,同时使用亲水性增强连接子,载荷相对于DXd拥有更强的旁观者效应并可克服多药耐药。体外、体内模型均显示强效抗肿瘤活性,超越竞品。双抗ADC的PK特性良好,载荷提前释放极少;食蟹猴探索性毒理显示在≥30mg/kg剂量下耐受良好。GS003的生物物理性质优异,对于CMC开发有利。这些特性使GS003成为竞争优势显著的新一代双抗ADC。
GS003 is a potential best-in-class, highly differentiated PD-L1/B7H3 ADC. Its differentiated design includes better endocytosis than parent mAbs, a hydrophilicity-enhanced linker, and an improved payload over DXd, featuring stronger bystander killing and the ability to overcome multi-drug resistance. GS003 demonstrates robust anti-tumor activity in multiple in vitro and in vivo models, outperforming competitors. It has favorable PK with minimal premature payload release, and an acceptable safety profile (well tolerated at ≥30 mg/kg in cynomolgus monkeys). Excellent biophysical properties support robust CMC development. These attributes position GS003 as a next-generation ADC with compelling competitive advantages.
*项目简介可上下滑动查看
康威生物
多载荷 ADC StarLinker 技术平台
演讲人:余宁辉
康威生物 总裁兼CEO
针对传统单载荷ADC在肿瘤异质性和耐药机制下的疗效瓶颈,康威生物创新打造了 StarLinker 多载荷偶联技术平台。StarLinker先将载荷与连接子高纯度合成(LP),再以单步偶联反应将双/多载荷按不同比例(如1:1、2:1、1:1:1等)连接至非工程化天然抗体,不依赖酶促反应,工艺简洁、批间均一性高。基于该平台,康威生物已系性统验证了多种不同机制的双载荷连接子组合,布局了的多款不同靶点的双载荷ADC候选管线,已相继进入PCC、IND-Enabling或临床试验阶段。
其中,CAN016是基于starlinker平台,首款获批临床试验的Her2--双毒素抗体偶联药物,目前正在开展I期临床研究,将评估CAN016的安全性、耐受性及药代动力学特征,确定后续临床开发的推荐剂量,并探索其在经ADC治疗的实体瘤中的初步抗肿瘤疗效。临床前研究显示,CAN016通过在肿瘤细胞内释放出两种细胞毒性载荷,具有显著的协同增效作用,最终强效抑制肿瘤细胞的增殖并诱导其凋亡,对包括Enhertu(DS8201)耐药在内的CDX和PDX肿瘤模型均展现出优异的肿瘤杀伤效果。
To overcome the inherent limitations of single-payload ADCs--tumor heterogeneity and resistance--CanWell has pioneered the StarLinker multi-payload conjugation platform. StarLinker enables the high-purity synthesis of linker-payloads (LP) prior to conjugation. Through a single-step reaction, it facilitates the precise, ratio-controlled loading of dual or multiple payloads (e.g., 1:1, 2:1, 1:1:1) onto native, non-engineered antibodies—entirely independent of enzymatic catalysis. This streamlined process ensures high batch-to-batch consistency. Leveraging this platform, CanWell has systematically validated various dual-payload linker combinations with distinct mechanisms of action (MoA) and built a robust pipeline of dual-payload ADC candidates targeting diverse antigens, which are advancing through PCC, IND-enabling studies, and clinical development stage.
CAN016, the first HER2-targeted dual-payload ADC derived from the StarLinker platform to enter clinical trials, is currently in Phase I. The study will evaluate the safety, tolerability, and pharmacokinetics of CAN016, determine the RP2D, and explore its preliminary antitumor efficacy in patients with solid tumors previously treated with ADCs. Preclinical studies demonstrate that CAN016 exerts significant synergistic effects by releasing two distinct cytotoxic payloads inside tumor cells, leading to potent inhibition of proliferation and induction of apoptosis. It has exhibited robust tumor-killing activity across multiple CDX and PDX models, including those refractory to Enhertu (DS-8201).
*项目简介可上下滑动查看
星联肽生物
差异化的抗肿瘤多肽偶联PDC药物开发
演讲人:程萍
星联肽生物 商务副总裁
星联肽SC-101是靶向NECTIN-4的PDC药物,正在开展乳腺癌、尿路上皮癌、头颈癌的临床研究1b/2a期,研发进展处于全球第二、国内第一的地位。根据已经完成的临床1a期试验,在未经MMAE治疗的尿路上皮癌患者中,展示出80%的ORR和100% DCR的数据。与同靶点的ADC药物(PADCEV)或PDC(BT8009)相比,SC-101在机制、安全性、临床效果上,都展现出了明确的差异化优势。预计在2026年3季度,将展示出在乳腺癌、头颈癌等其他实体瘤的2期临床试验数据。
SC-101 is currently in Phase 1b/2a dose expansion in TNBC and HNC patients. In the dose escalation study in UC patients (MMAE naivee), SC-101 demonstrated a 100% DCR and an 80% ORR. These results that significantly exceed the clinical outcomes observed with Nectin-4 ADC (Padcev) and our competitor programs, including Bicycle Therapeutics’ Nectin-4-targeted candidate. In addition, we will share the confirmation of our RP2D and initial dose expansion study data in non-UC solid tumors (TNBC, Head and neck cancers) in 2026Q3 .
*项目简介可上下滑动查看
微可蔚生物
新一代溶瘤病毒免疫疗法——引领复发胶质母细胞瘤治疗新纪元
演讲人:张熠丹
微可蔚生物 CEO
微可蔚生物(VacV Biotherapeutics)是一家处于临床阶段的生物技术公司,专注开发新一代基因工程溶瘤病毒免疫疗法。公司核心管线 BioTTT001 在多种中枢神经系统恶性肿瘤中展现出可观的临床疗效;静脉给药痘苗病毒技术平台(VacV00X)则可拓展用于更多实体瘤,涵盖转移性胰腺导管腺癌、结直肠癌、非小细胞肺癌、去势抵抗性前列腺癌等。公司采用英‑中‑美三地一体化运营模式,兼顾早期研发的高效推进与全球注册申报布局。
VacV Biotherapeutics is a clinical-stage biotech company developing next-generation genetically engineered oncolytic virus immunotherapy. Our lead program, BioTTT001, has shown encouraging clinical activity in multiple types of CNS malignancies, while our IV-deliverable vaccinia platform (VacV00X) expands into broader solid tumors including metastatic PDAC, CRC, NSCLC, CRPC, etc. We operate a UK-China–US integrated model, combining rapid early development with global registrational strategy.
*项目简介可上下滑动查看
拿因生物
靶向整合应激反应通路克服肿瘤耐药的新药研发
演讲人:王英杰
拿因生物 创始人
整合应激反应(ISR)是肿瘤细胞应对内质网应激、营养匮乏、氧化应激和致癌压力等多种压力的关键适应性机制,通过eIF2α磷酸化、ATF4转录重编程等通路,在维持肿瘤细胞存活、促进肿瘤生长、转移及耐药中发挥双重作用。当上列胞内外压力在一定范围内时,肿瘤细胞可通过激活ISR通路,启动适应性调节机制来促进肿瘤存活和增殖,由此导致复发耐药和肿瘤转移;当压力超出可适应范围后,过分激活的ISR会引发肿瘤细胞凋亡等调节性细胞死亡。针对ISR的双重性特征,拿因生物研发了NAI003D和NAI005,分别通过过分激活和抑制ISR通路,诱导肿瘤细胞死亡和增殖受阻,在体外培养的耐药肿瘤细胞、病人来源的原代肿瘤细胞(PDC)、小鼠体内CDX和PDX等模型中都展现出优异的抗肿瘤活性。
The Integrated Stress Response (ISR) is a key adaptive mechanism for cancer cells to cope with a variety of stresses including endoplasmic reticulum stress, nutrient deprivation, oxidative stress and oncogenic stress. Through pathways such as eIF2α phosphorylation and ATF4 transcriptional reprogramming, it plays dual roles in maintaining cancer cell survival and promoting cancer growth, metastasis and drug resistance. When the above intracellular and extracellular stresses are within a certain range, cancer cells can activate the ISR pathway to initiate adaptive regulatory mechanisms to promote their survival and proliferation, which further leads to cancer recurrence, drug resistance and metastasis; when the stress exceeds the adaptive range, the overactivated ISR will trigger regulated cell death such as apoptosis in cancer cells. Aiming at the dual characteristics of ISR, Nain Biotech has developed NAI003D and NAI005, which can induce regulated cell death and block the proliferation of cancer cells by overactivating and inhibiting the ISR pathway, respectively. Both candidates have demonstrated excellent anti-cancer efficacy in in vitro cultured drug-resistant cancer cells, patient-derived primary cancer cells (PDC), in vivo CDX and PDX mouse models.
*项目简介可上下滑动查看
希格生科
“类器官+AI”平台赋能全球首个弥漫性胃癌FAK/SRC双靶点抑制剂的研发
演讲人:戴雪希
希格生科 业务拓展总监
SIGX1094R是全球首个针对弥漫性胃癌的靶向药、首个FAK/SRC双靶点抑制剂,也是首个由“类器官+AI”平台驱动的创新药物,已获FDA孤儿药及快速通道资格。在胃癌类器官及PDX模型中,其抗肿瘤活性为同类竞品的10倍以上。单药对卵巢癌、三阴性乳腺癌、胰腺癌均有效;作为平台型分子,联合KRAS和EGFR抑制剂可显著增强抗肿瘤药效并克服耐药。其腹腔微球制剂在癌性腹水治疗中潜力巨大。目前处于临床I期,预计下半年进入II期。
SIGX1094R is the world's first targeted therapy for DGC, the first FAK/SRC dual-target inhibitor, and the first innovative drug discovered through an "Organoid+AI" platform. It has received FDA
Orphan Drug Designation and Fast Track designation. In gastric cancer organoid and PDX models, its antitumor activity is more than 10 times greater than that of competing agents. As a
monotherapy, it is effective against ovarian cancer, triple-negative breast cancer, and pancreatic cancer. As a platform molecule, it combines with KRAS and EGFR inhibitors to significantly enhance antitumor efficacy and overcome drug resistance. Its unique intraperitoneal microsphere formulation also holds great potential for treating malignant ascites. Currently in Phase I clinical development, it is expected to advance to Phase II in the second half of the year.
*项目简介可上下滑动查看
以上路演企业均已录入大会1-on-1洽谈系统,与会嘉宾可通过系统提前预约,与心仪企业创始人及核心团队进行面对面深度交流,精准对接合作需求。
路演企业公布
除肿瘤创新项目外,本次专场还汇聚了以下多元赛道的优秀企业,涉及自身免疫性疾病、眼科、心血管及肾脏代谢、中枢神经系统(CNS) 等领域
参会路演企业名单:
MNC/买家 阵容公布
多家跨国药企(MNC)均开设专属1-on-1会议室,各TA负责人将进驻线上1-on-1约见系统。biotech公司可根据自身管线需求,提前预约MNC的洽谈席位,届时在专属会议室与对方决策层面对面深度交流,高效推动合作意向。
议程框架
▸ BIOSeedin Autumn Innovation Partnering Summit
设自免、代谢、肿瘤、CNS、眼科、综合其他、临床出海(丹麦专场)路演,配套圆桌讨论及1-on-1精准对接系统。面向企业决策者、BD负责人、投资人,推动项目落地与跨境交易。
▸ 第八届生物药开发者创新大会(BDIC)
聚焦早研技术,设【抗体早研】、【新药热点与前沿】、【细胞治疗产业化之路】三大主题,12个分论坛。深度覆盖药物创新全流程的技术突破与产业化实践。不设致辞与主论坛环节,开门见山,每一场分享皆为技术干货。
观众报名
免费论坛票:仅限药企、科研院所、投资机构从业人员(需提交工作证明/名片审核),不含餐。
付费论坛票:其他参会人员(如CRO、CDMO、试剂仪器、律所、咨询公司等服务机构),含自助午餐。
1- on -1对接票:面向药企、科研院所、投资机构开放,每家公司限2人,先报名先得(需通过审核,名额有限)。
具体费用及审核标准,请参见官网及小程序内详情页。
注:免费票需经组委会审核通过后生效,名额有限,建议尽早报名。
大会组织框架
更多企业持续确认中……
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