Case Study 01 · Academic Publishing

JSAMS (运动科学医学杂志) 大修改写录用案例

该课题探讨了不同运动负荷对青少年下肢生物力学稳定性的影响。初次投稿后被给予大修（Major Revision）意见，审稿人就多重共线性（Multicollinearity）以及有偏抽样提出了尖锐的质疑。我们受邀进行论文改写与 Response Letter 撰写支持，最终获得顺利接收 (Accepted)。

[ 案例概览 / Project Profile ]

目标期刊:

Journal of Science and Medicine in Sport (JSAMS)

期刊分区:

JCR Q1, 顶级运动医学学术期刊

主要攻关难点:

敏感性分析缺失、数据共线性处理不当、英文学术语气不规范

最终成果:

大修提交后 3 周免二审直接录用

审稿回复实例对比 (Excerpt of Response Letter)

[ Reviewer 1 - Comment 3 ] 多重共线性质疑

审稿人意见:

"The independent variables include both ankle flexion angle and knee joint stability index, which could exhibit strong collinearity. The authors did not report any diagnostics for multicollinearity. A standard linear model could yield highly unstable beta coefficients."

终点线攻关策略:

使用 R 语言重新计算方差膨胀因子 (VIF)，并在回复信中直接罗列定量诊断结果。如果 VIF > 5，则采用岭回归 (Ridge Regression) 进行敏感性分析验证主成分效应。

最终回复文本 (Response Quote):

"We thank the reviewer for this insightful comment. In accordance with your suggestion, we have computed the Variance Inflation Factors (VIF) for all predictors in our regression model. The maximum VIF observed was 2.31 (for ankle flexion angle), which falls well below the conservative threshold of 5.0, indicating that multicollinearity does not significantly bias our estimations. To confirm this, we have also performed a Ridge regression analysis as a sensitivity check. The stabilizing trajectory of our coefficient estimates is now included in Supplementary Figure S2."

[ Reviewer 2 - Comment 1 ] 语言学术性不足

审稿人意见:

"The manuscript contains several instances of non-standard scientific nomenclature. For example, 'heavy training' should be replaced with standardized workload measures."

终点线攻关策略:

对全篇词汇进行系统性运动医学名词术语规范化替换。统一替换非规范英文，如用 "high-load resistance exercise" 替换 "heavy training"。

最终回复文本 (Response Quote):

"Response: We apologize for the colloquial phrasing. We have thoroughly reviewed the manuscript and replaced all occurrences of 'heavy training' and 'light training' with standardized terminology—namely, 'high-intensity training (HIT)' and 'low-intensity training (LIT)', respectively, as defined by rate of perceived exertion (RPE) and percentage of 1-repetition maximum (1RM)."