GAINESVILLE, Fla.

佛罗里达州盖恩斯维尔

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July 8, 2026

2026年7月8日

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/美通社/ --

Advita Ortho

Advita 骨科

, a global medical technology leader, announced a series of new peer-reviewed research supporting the continued evolution of its Newton® knee balancing intelligence, advancing the potential for more predictive, measurement-based decision-making in total knee arthroplasty.

，全球医疗技术领导者，宣布了一系列新的经同行评审的研究，支持其Newton®膝关节平衡智能技术的持续演进，从而推动全膝关节置换术中更具预测性、基于测量的决策制定的潜力。

Through real-time measurement of ligament behavior across the full range of motion, Newton converts soft tissue dynamics into actionable intraoperative guidance, supporting more consistent and reproducible surgical execution.

Newton通过实时测量全活动范围内的韧带行为，将软组织动力学转化为可操作的术中指导，支持更一致且可重复的手术执行。

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Advita Ortho's Newton® knee balancing intelligence transforms real-time soft tissue measurements into objective intraoperative data, supporting more consistent planning and laying the foundation for predictive decision-making in total knee arthroplasty.

Advita Ortho 的 Newton® 膝关节平衡智能系统将实时软组织测量数据转化为客观的术中数据，支持更一致的规划，并为全膝关节置换术中的预测性决策奠定基础。

'This body of research demonstrates how objective soft tissue data can be processed to enhance the planning of patient-specific targets,' said Laurent Angibaud, Senior Vice President, Advanced Surgical Technologies at Advita Ortho. 'As this dataset expands and is reinforced by a growing volume of peer-reviewed research, it becomes increasingly powerful.

Advita Ortho公司高级副总裁、先进外科技术负责人Laurent Angibaud表示：“这项研究成果展示了如何处理客观的软组织数据，以优化患者特异性靶点的规划。随着该数据集的不断扩充，并得到日益增多的同行评审研究的支持，其价值正变得愈发强大。”

Backed by our growing intellectual property portfolio, we are enabling more consistent, reproducible planning today, while laying the groundwork for predictive decision-making in the future.'.

依托我们不断增长的知识产权组合，我们如今正推动更一致、可复现的规划，同时为未来的预测性决策奠定基础。

Across recent publications in leading journals, including the

在包括以下期刊在内的顶级期刊近期发表的文章中，

Journal of Arthroplasty

《关节成形术杂志》

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，

Journal of Orthopaedic Research

骨科研究杂志

and

和

Arthroplasty Today

今日关节置换术

, studies demonstrate the impact of integrating real-time dynamic soft tissue measurements into surgical planning. One study established the benefit of considering the soft-tissue laxity as an input to fuel the planning algorithm, while additional research demonstrated the potential for machine learning models to support predictive decisions, including tibial insert selection and individualized balancing strategies..

研究表明，将实时动态软组织测量整合到手术规划中具有显著影响。一项研究证实，将软组织松弛度作为输入参数用于驱动规划算法具有益处；而其他研究则展示了机器学习模型在支持预测性决策方面的潜力，包括胫骨垫片选择和个体化平衡策略。

A newly introduced classification framework further advances this work, providing a structured method to define knee phenotype based on dynamic intraoperative measurements. Together, the expanding evidence base illustrates how objective measurement, machine learning and standardized frameworks can drive more consistent and personalized outcomes in total knee arthroplasty..

新引入的分类框架进一步推动了这项工作，提供了一种基于动态术中测量来定义膝关节表型的结构化方法。总之，不断扩大的证据基础表明，客观测量、机器学习和标准化框架能够推动全膝关节置换术实现更一致且个性化的疗效。

'For surgeons, achieving the right balance in a knee replacement remains one of the most complex aspects of the procedure,' said James Huddleston, MD, of Stanford University. 'While real-time, objective data across the range of motion from the Newton solution already provides a clearer understanding of each patient's knee and supports more reproducible decisions, this body of research helps establish the foundation for translating those insights into self-generated patient-specific planning.'.

“对于外科医生而言，在膝关节置换术中实现恰当的平衡仍然是该手术最复杂的方面之一，”斯坦福大学的詹姆斯·哈德尔斯顿（James Huddleston）医学博士表示。“虽然牛顿解决方案提供的涵盖整个活动范围的实时客观数据已经能够更清晰地揭示每位患者膝关节的状况，并支持更具可重复性的决策，但这项研究有助于为将这些见解转化为自动生成的个体化患者规划奠定基础。”

Newton Knee soft tissue balancing is part of Advita Ortho's Active Intelligence® ecosystem, which provides personalized planning, surgical guidance and data insights across total joint procedures. As the platform evolves, Advita aims to continue to expand its growing data foundation to support future advancements in smart planning, predictive analytics and surgical decision support..

Newton Knee 软组织平衡是 Advita Ortho 旗下 Active Intelligence® 生态系统的一部分，该系统为全关节置换手术提供个性化规划、手术指导及数据洞察。随着平台的不断发展，Advita 旨在持续扩展其日益壮大的数据基础，以支持智能规划、预测性分析及手术决策支持领域的未来进步。

For more information, visit

更多信息，请访问

www.AdvitaAI.com

www.AdvitaAI.com

.

。

Alexa K. Pius, Prudhvi T. Chinimilli, Laurent D. Angibaud, Amaury Jung, Corey A. Jackson, James I. Huddleston, Unsupervised Machine Learning Drives Dynamic Alignment Classification in Navigated Total Knee Arthroplasty, The Journal of Arthroplasty, 2026, in press, doi: 10.1016/j.arth.2026.04.091

Alexa K. Pius、Prudhvi T. Chinimilli、Laurent D. Angibaud、Amaury Jung、Corey A. Jackson、James I. Huddleston，无监督机器学习驱动导航全膝关节置换术中的动态对线分类，《关节成形术杂志》，2026年，印刷中，doi: 10.1016/j.arth.2026.04.091

Chinimilli PT, Angibaud LD, Jung A, Huddleston JI 3rd. Machine Learning Based Prediction of Tibial Insert Thickness in Total Knee Arthroplasty From Intraoperative Knee Joint Laxity Data. J Orthop Res. 2026 Feb;44(2):e70155. doi: 10.1002/jor.70155\

Chinimilli PT，Angibaud LD，Jung A，Huddleston JI 第三。基于机器学习的从术中膝关节松弛度数据预测全膝关节置换术中胫骨插入物厚度。J Orthop Res. 2026年2月；44(2):e70155。doi: 10.1002/jor.70155

Chinimilli PT, Angibaud LD, Jung A, Naji O, Huddleston JI 3rd. Evaluating Ligament Laxity Profiles Across Full Range of Motion in Total Knee Arthroplasty: Insights Into the Tibia-First Technique. J Orthop Res. 2026 Mar;44(3):e70181. doi: 10.1002/jor.70181

Chinimilli PT, Angibaud LD, Jung A, Naji O, Huddleston JI 3rd. 评估全膝关节置换术中全活动范围内的韧带松弛度谱：对胫骨优先技术的见解. J Orthop Res. 2026年3月;44(3):e70181. doi: 10.1002/jor.70181

Sodhi N, Angibaud LD, Chinimilli PT, Kerveillant F, Huddleston JI 3rd. Full Motion Arc, Laxity-Based Planning for Total Knee Arthroplasty: The Next Milestone for Enabling Technology. Arthroplasty Today. 2026 Mar 2;38:101959. doi: 10.1016/j.artd.2026.101959

Sodhi N, Angibaud LD, Chinimilli PT, Kerveillant F, Huddleston JI 3rd. 全活动弧、基于松弛度的全膝关节置换术规划：使能技术的下一个里程碑. 《Arthroplasty Today》. 2026年3月2日;38:101959. doi: 10.1016/j.artd.2026.101959

US12,239,384: Computer-based platform for implementing an intra-operative surgical plan during a total joint arthroplasty. Issued on March 4, 2025

美国专利号12,239,384：用于在全关节置换术中实施术中手术计划的计算机平台。于2025年3月4日发布

US12,383,338: Computer-based platform for implementing an intra-operative surgical plan during a total joint arthroplasty. Granted on August 12, 2025

美国专利第12,383,338号：用于在全关节置换术期间实施术中手术计划的基于计算机的平台。于2025年8月12日授权

US12,544,141: Computer-based platforms for implementing a weight-based personalized implant planning during a total joint arthroplasty and methods of use thereof. Granted on February 10, 2026

美国专利号12,544,141：用于在全关节置换术中实施基于体重的个性化植入物规划的计算机平台及其使用方法。授权日期为2026年2月10日

About Advita Ortho

关于 Advita Ortho

Advita Ortho is a global medical device company committed to advancing patients' lives through innovative orthopedic solutions. We specialize in high-quality implants and a comprehensive suite of integrated surgical technologies that are powered by data, artificial intelligence and machine learning.

Advita Ortho 是一家全球性医疗设备公司，致力于通过创新的骨科解决方案改善患者生活。我们专注于高品质植入物以及由数据、人工智能和机器学习驱动的综合集成手术技术组合。

Offering trusted leadership and clinical expertise, Advita Ortho is uniquely positioned to advance mobility and improve lives worldwide. Learn more at .

凭借值得信赖的领导力和临床专业知识，Advita Ortho 在推动全球行动能力提升和改善人们生活方面具有独特优势。了解更多，请访问 。

www.advita.com

www.advita.com

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SOURCE Advita Ortho, LLC

来源：Advita Ortho, LLC

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