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擘画全球新蓝图:MT1013全球科学指导委员会2026年首次会议圆满召开
近日,陕西麦科奥特医药科技股份有限公司召开MT1013全球科学指导委员会2026年首次会议。为汇集全球视野,共同磋商MT1013的全球临床开发策略,麦科邀请国际知名肾脏病及骨矿物质代谢领域权威专家成立了全球科学指导委员会。
本次为2026年首次会议,仅委员会欧美专家参与并商议全球临床开发策略,与会专家认为MT1013将成骨作用引入慢性肾脏病-矿物质与骨代谢紊乱(CKD-MBD)治疗中的价值意义深远,将改写全球CKD-MBD治疗格局。会议就MT1013在中国人群中展现的临床试验结果和优势开展了深入探讨,就全球临床开发策略建言献策,深刻洞察欧美临床实践和监管要求。此次全球科学指导委员会的召开,标志着MT1013全球化战略迈出关键步伐,为维持性血液透析伴继发性甲状旁腺功能亢进(SHPT)患者带来创新治疗选择。
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汇聚国际顶尖专家 共商全球发展战略
MT1013全球科学指导委员会
汇聚了全球肾脏病及骨矿物质代谢域的顶尖专家:
Geoffrey A. Block 博士(医学博士、美国肾脏病学会资深会士),现任U.S. Renal Care, Inc.副首席医疗官,具有丰富的透析临床管理与临床研究经验,曾担任KDIGO指南CKD-MBD工作组专家,作为主要研究者参与超过130项临床试验。Block教授也是MT1013全球科学指导委员会的主席。
David C. Wheeler 教授(医学博士、英国皇家内科医师学会资深会士),现任英国伦敦大学学院肾脏医学教授、英国国家健康研究所肾脏疾病国家专科负责人,曾担任KDIGO联合主席及国际肾脏病学会(ISN)推进临床试验委员会主席。长期参与多个组织的临床实践指南制定工作,包括KDIGO《肾脏病:改善全球预后》指南。
Glenn M. Chertow 教授(医学博士、公共卫生硕士),是斯坦福大学医学院诺曼·S·科普伦/卫星医疗(Norman S. Coplon/Satellite Healthcare)医学教授,并兼聘流行病学与人口健康教授以及卫生政策教授,同时担任该院医学系学术卓越副主任。Chertow 教授于2015年当选为美国国家医学院院士,并曾担任两个 KDOQI 工作组的副主席及成员,为 KDOQI《慢性肾脏病骨代谢及疾病临床实践指南》的制定做出了贡献。
Thomas L. Nickolas 教授(医学博士、理学硕士),是华盛顿大学医学院圣路易斯分校的David C. and Betty Farrell内科学教授,并担任骨与矿物疾病科主任。国际肾脏病与骨骼健康领域权威学者,KDIGO指南工作组、美国肾脏病学会、美国骨骼与矿物质研究学会的积极领导者。Nickolas 教授对该领域的贡献2024年获得美国肾脏学会杰克·科本慢性肾病骨骼与矿物质疾病讲席奖。
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中国数据坚实卓越,凸显核心价值
会议展示了MT1013中国临床研究的核心数据。作为全球首创的双功能肽,MT1013在疗效与安全性上均展现出显著优势:其在降低iPTH方面与依特卡肽相当,综合达标率更优(降低iPTH、钙、磷至达标及正常范围);骨密度有显著提升;低钙血症发生率(7.7%)显著低于对照组(15.2%),降低心血管风险标志物FGF-23为优效,体现了良好的治疗获益与安全性。
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国际权威高度认可,临床前景广阔
MT1013的创新机制与全面获益赢得了与会专家的高度评价。Nickolas教授指出,该药有望成为全球首个获批治疗CKD相关骨质疏松症的药物, 解决了该领域长期未被满足的医疗需求。Wheeler教授强调,这对于透析患者群体——大多数年龄在50至70岁之间,许多患者合并绝经后骨质疏松——具有重要临床意义。不仅关注矿物质骨病, 更兼顾老龄化带来的多重合并症及其综合管理,在重视卫生经济学的医疗体系内价值巨大。
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开发路径清晰明确,全球进程可期
围绕全球开发策略,与会专家展开了富有建设性的讨论。Chertow教授指出,现有中国临床研究设计科学、质量优异,符合国际标准,为中美桥接奠定了坚实基础。为进一步确立全球领先地位,专家共同建议,后续全球研究应纳入生活质量、骨密度,甚至骨折等硬终点,并结合卫生经济学分析,全面夯实其作为“同类首创(first-in-calss)”药物的价值。
此次高端全球科学指导委员会的成功举办,是MT1013走向世界的重要起点。凭借其创新的双功能机制、积极的临床数据和国际顶尖专家的认可, MT1013有望为全球SHPT治疗格局注入新的活力,为CKD-MBD 领域带来突破性进展。
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麦科奥特|MICOT
Charting a New Global Blueprint: Successful Inaugural 2026 Meeting of the MT1013 Global Scientific Steering Committee
Recently, Shaanxi Micot Pharmaceutical Technology Co., Ltd convened the inaugural 2026 meeting of the MT1013 Global Scientific Steering Committee (SSC). To incorporate global perspectives and jointly strategize the worldwide clinical development of MT1013, Micot established this SSC by inviting internationally renowned authorities in nephrology and bone mineral metabolism. This first meeting of 2026 involved participation and strategic discussions exclusively among the Committee’s European and American members. The attending experts recognized that introducing the anabolic bone-building effect of MT1013 into CKD-MBD treatment holds profound significance and is poised to redefine the global therapeutic landscape for CKD-MBD. The meeting featured in-depth discussions on the clinical trial results and advantages demonstrated by MT1013 in the Chinese population. Experts provided strategic recommendations for the global clinical development plan, offering valuable insights into clinical practices and regulatory requirements in Europe and the United States. The convening of this Global SSC marks a pivotal step in MT1013’s globalization strategy, promising an innovative treatment option for patients on maintenance hemodialysis with secondary hyperparathyroidism (SHPT).
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Gathering International Top Experts to Deliberate Global Development Strategy
The MT1013 Global Scientific Steering Committee comprises leading global experts in nephrology and bone mineral metabolism:
Geoffrey A. Block, MD (FASN), currently serves as Deputy Chief Medical Officer at U.S. Renal Care, Inc., bringing extensive experience in dialysis clinical management and research. He previously served as a member of the KDIGO Guideline CKD-MBD Work Group and has been Principal Investigator for over 130 clinical trials. Professor Block also chairs the MT1013 Global Scientific Steering Committee.
David C. Wheeler, MD, FRCP, is Professor of Kidney Medicine at University College London and National Specialty Lead for Renal Disorders at the UK’s National Institute for Health and Care Research (NIHR). He has served as Co-Chair of KDIGO and Chair of the International Society of Nephrology (ISN) Advancing Clinical Trials Committee. He has a long-term record of contributing to clinical practice guideline development for several organizations, including as a contributor to the KDIGO "Kidney Disease: Improving Global Outcomes" guidelines.
Glenn M. Chertow, MD, MPH, is the Norman S. Coplon/Satellite Healthcare Professor of Medicine, and (by courtesy) Professor of Epidemiology and Population Health and Professor of Health Policy at Stanford University School of Medicine, where he also serves as Vice Chair for Academic Excellence in the Department of Medicine. Elected to the National Academy of Medicine in 2015, he has served as Vice-Chair and member of two KDOQI work groups, contributing to the development of the KDOQI "Clinical Practice Guideline for Bone Metabolism and Disease in Chronic Kidney Disease."
Thomas L. Nickolas, MD, MS, is the David C. and Betty Farrell Professor of Medicine and serves as Chief of the Division of Bone and Mineral Diseases at the Washington University School of Medicine in St. Louis. A leading scholar in kidney and bone health, he is an active leader within the KDIGO Guideline Work Group, the American Society of Nephrology, and the American Society for Bone and Mineral Research. His contributions to the field were recognized in 2024 with the ASN Jack W. Coburn Endowed Award for CKD Bone and Mineral Metabolism.
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Robust and Outstanding Chinese Data Underscore Core Value
The meeting presented key data from MT1013’s clinical studies in China. As a first-in-class bi-functional peptide, MT1013 demonstrates significant efficacy and safety advantages: its potency in reducing iPTH is comparable to etelcalcetide, with a superior composite response rate (achieving target reductions in iPTH, calcium, and phosphorus, as well as normalization of ranges). It also shows significant improvement in bone mineral density. The incidence of hypocalcemia (7.7%) was significantly lower than in the control group (15.2%), and MT1013 demonstrated superior efficacy in reducing the cardiovascular risk marker FGF-23, reflecting a favorable benefit-risk profile.
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High Recognition from International Authorities, Broad Clinical Prospects
MT1013’s innovative mechanism and comprehensive benefits were highly commended by the experts. Professor Nickolas noted its potential to become the world’s first approved therapy for CKD-related osteoporosis, addressing a long-standing unmet need. Professor Wheeler emphasized its clinical importance for the dialysis population—predominantly aged 50-70, with many having comorbid postmenopausal osteoporosis—stating that it addresses not only mineral and bone disorder but also the integrated management of aging-related comorbidities, offering significant value in health economics-conscious systems.
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Clear Development Pathway, Anticipated Global Progress
The experts engaged in constructive discussions on the global development strategy. Professor Chertow noted that the existing Chinese clinical studies are scientifically rigorous and of high quality, meeting international standards and providing a solid foundation for a global development strategy. To further establish its global leadership, experts suggested that subsequent global studies incorporate hard endpoints such as quality of life, bone mineral density, and fracture risk, complemented by health economic analyses, to fully substantiate its value as a first-in-class therapy.
The successful convening of this high-level Global Scientific Steering Committee marks a significant milestone in MT1013’s global journey. With its innovative dual-function mechanism, compelling clinical data, and endorsement from leading international experts, MT1013 is poised to invigorate the global SHPT treatment landscape and deliver breakthrough advances in CKD-MBD management.
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麦科奥特|MICOT