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体力活动与癌症生物学:分子机制的叙述性综述及SCRUM-MONSTAR生命日志研究介绍

Physical activity and cancer biology: a narrative review of molecular mechanisms and introduction of the SCRUM-MONSTAR LIFELOG study.

作者信息

Yajima Shugo, Kobayashi Shin, Hashimoto Tadayoshi, Nakamura Yoshiaki, Yamashita Riu, Misumi Toshihiro, Sakamoto Yasutoshi, Horasawa Satoshi, Fujisawa Takao, Imai Mitsuho, Shibuki Taro, Tsukada Yuichiro, Bando Hideaki, Masuda Hitoshi, Yoshino Takayuki

机构信息

Department of Urology, National Cancer Center Hospital East, Kashiwa, Japan.

Department of Hepatobiliary and Pancreatic Surgery, National Cancer Center Hospital East, 6-5-1 Kashiwa-no-ha, Kashiwa, 277-8577, Japan.

出版信息

Int J Clin Oncol. 2025 Jun 10. doi: 10.1007/s10147-025-02798-y.

Abstract

BACKGROUND

Physical activity (PA) has been consistently associated with improved cancer outcomes across multiple epidemiological studies. While the evidence for clinical benefits is strong, the underlying molecular mechanisms remain poorly understood. Recent technological advances now enable both continuous monitoring of PA through wearable devices and comprehensive molecular profiling through multi-omics approaches, including whole-genome sequencing (WGS)-based molecular residual disease (MRD) detection. This review examines current evidence regarding PA's effects on cancer biology and introduces the LIFELOG study, which aims to address critical knowledge gaps in this field.

METHODS

We review the current literature on PA and cancer with emphasis on molecular mechanisms, and present the design of the LIFELOG study, an ancillary study to MONSTAR-SCREEN-3. The LIFELOG study will enroll 170 post-surgical cancer patients who will wear the mSafety™ wrist device for continuous PA monitoring. We will investigate associations between PA metrics and multi-omics profiles including WGS-based MRD detection, transcriptome analyses, plasma proteomics, and gut microbiome analyses. The feasibility phase has already begun with encouraging preliminary results regarding device compliance and data quality.

DISCUSSION

Despite substantial evidence supporting PA's benefits in cancer prevention and survivorship, understanding which specific PA characteristics most effectively influence cancer outcomes remains unclear. The LIFELOG study represents the first comprehensive analysis integrating continuous PA monitoring with molecular profiling in cancer patients. By examining relationships between PA patterns and both MRD dynamics and multi-omics profiles, we aim to identify molecular mechanisms underlying exercise benefits and potentially guide development of evidence-based, precision PA interventions for cancer survivorship.

TRIAL REGISTRATION

This ancillary study (Institutional Review Board number: 2024-111, approved on November 18, 2024) is conducted under the MONSTAR-SCREEN-3 trial platform, which is registered in the UMIN Clinical Trials Registry (UMIN000053975, registered on March 27, 2024).

摘要

背景

在多项流行病学研究中,体力活动(PA)一直与改善癌症预后相关。虽然临床获益的证据很充分,但潜在的分子机制仍知之甚少。近期的技术进步使得通过可穿戴设备持续监测PA以及通过多组学方法进行全面分子谱分析成为可能,包括基于全基因组测序(WGS)的分子残留病(MRD)检测。本综述审视了关于PA对癌症生物学影响的现有证据,并介绍了LIFELOG研究,该研究旨在填补该领域的关键知识空白。

方法

我们回顾了关于PA与癌症的当前文献,重点关注分子机制,并介绍了LIFELOG研究的设计,这是MONSTAR-SCREEN-3的一项辅助研究。LIFELOG研究将招募170名癌症术后患者,他们将佩戴mSafety™腕部设备以持续监测PA。我们将研究PA指标与多组学谱之间的关联,包括基于WGS的MRD检测、转录组分析、血浆蛋白质组学和肠道微生物组分析。可行性阶段已经开始,在设备依从性和数据质量方面取得了令人鼓舞的初步结果。

讨论

尽管有大量证据支持PA在癌症预防和生存方面的益处,但尚不清楚哪些特定的PA特征最有效地影响癌症预后。LIFELOG研究是首次将癌症患者的PA持续监测与分子谱分析相结合的全面分析。通过研究PA模式与MRD动态以及多组学谱之间的关系,我们旨在确定运动益处背后的分子机制,并可能指导基于证据的精准PA干预措施的开发,以促进癌症生存。

试验注册

这项辅助研究(机构审查委员会编号:2024-111,于2024年11月18日批准)在MONSTAR-SCREEN-3试验平台下进行,该平台已在UMIN临床试验注册中心注册(UMIN000053975,于2024年3月27日注册)。

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