Natural occurrence of ustiloxin A and D in rice in China - Fang Ji; Ademola O. Olaniran; Lin Wang; Xiaodan Hu; Rong Hu (Mycotoxin Research, 2026)

RNA-binding protein TARDBP enhances NPTX1 stability to induce neuronal injury and diabetic cognitive impairment - GuiTing Liu; XiaoXuan Qi; SiOu Li; XinPing Wang; TingYuan Han; LingJia Cui; HuiYing Yue; Feng Liu; Ying Lin (Molecular & Cellular Toxicology, 2026)

Exploring genetic structure and habitat suitability of the masked palm civet (Paguma larvata) in Taiwan - Shih-Wei Chang; Tzong-Han Lin; Chi-Li Tsai; Hui-Yun Tseng (Mammalian Biology, 2026)

Molecular phylogeny and taxonomy of Mus pahari (Rodentia: Muridae) - Qingfang Zou; Lin Gu; Tao Zhang; Chengxin Zhou; Xuming Wang; Tong Zhang; Keji Guo; Shaoying Liu; Shunde Chen (Mammalian Biology, 2026)

Co-pyrolyzed biochar enhances soil fertility and crop quality by modulating rhizosphere microbial functional modules - Zhouyang Lin; Jiaqi Li; Yaquan Zhang; Yi Lu; Qingyun Chen; Shengdao Shan; Haifeng Zhuang; Jianzhou Fu (Journal of Soils and Sediments, 2026)

In situ mapping of rhizosphere processes: biochar-mediated cadmium immobilization and rhizosphere microenvironment regulation - Baoying Wang; Zhao Wei; Haitao Sun; Xing Liu; Li Zhang; Jianyu Lin; Jun Luo (Journal of Soils and Sediments, 2026)

Microbial mechanisms of carbon turnover in humic acid-amended paddy soils - Shuwei Sun; Xiaoxue Zhang; Shuigang Wen; Senpei Lin; Minghao He; Lihua Zhou; Yong Yuan (Journal of Soils and Sediments, 2026)

Design and Synthesis of Silver Nanoparticles Green Formulated by Garcinia Mangostana Leaf Aqueous Extract: Its Performance in the Treatment of Bladder Cancer as a Potential/promising Anticancer Agent - Runhe Zhu; Shurong Li; Jinglu Bai; Dongye Li; Baiwen Yan; Lin Lu; Zhijun Guo (Journal of Pharmaceutical Innovation, 2026)

Integrated UPLC-MS/MS profiling and network pharmacology-based analysis of the anti-hyperglycemic potential of Baihu Jia Renshen Decoction combined with Sanghuangporus vaninii extract in mice - Jia Zhang; Ying Chen; Yanfa Lin; Zifeng Huang; Xiaodong Ge; Bin Liu; Zirui Huang (Journal of Molecular Histology, 2026)

Circ_0027446: a novel biomarker and therapeutic target to combat colorectal cancer and enhance immune response - QingYe Zhao; Chen Qin; Jie Chai; Lin Lu (Journal of Molecular Histology, 2026)

Arctiin activates CB2R to regulate the TRAF6-STAT1/6 pathway maintain macrophage M1/M2 homeostasis - Jie Lin; Chengyu Wang; Lei Han; Bo Yuan (Journal of Molecular Histology, 2026)

Alpha-2-macroglobulin attenuates glucocorticoid-induced osteonecrosis of the femoral head by enhancing osteogenesis and antioxidant defense via the Akt/Nrf2 signaling pathway - Qingjian He; Xin Zheng; Boyun Huang; Xianjie Xie; Manying Lin; Pengcheng Lin; He Chen; Jinghui Li (Journal of Molecular Histology, 2026)

Impacts of overlapping tunnels underpassing an existing overpass in water-rich sandy gravel strata - Geng Wang; Zhaoping Li; Zihan Zhao; Yi Zhao; Yuhang Lin (Innovative Infrastructure Solutions, 2026)

Transient receptor potential vanilloid channels in inflammatory bowel diseases: linking inflammation, angiogenesis, and oxidative stress - Peihong Li; Yikun Zhang; Siqing Guo; Hongyi Hu; TingJun Cheng; Kexin Zeng; Tingting Zhang; Linda Zhong; Jiang Lin; Boyun Sun (Inflammopharmacology, 2026)

Continuous Planting Reshapes Root Endophytic Microbes and Drives Growth Decline in Casuarina equisetifolia - Lei Hong; Yuhua Wang; Mingzhe Li; Jianjuan Li; Qingxu Zhang; Miaoen Qiu; Xiaoli Jia; Qingui Su; Wenxiong Lin; Haibin Wang; Zeyan Wu (Indian Journal of Microbiology, 2026)

Glucomannan synthase genes DoCSLA6,7 promote polysaccharides accumulation in Dendrobium officinale under low phosphorus stress - Aiying Tong; Huimin Shen; Yue Tian; Yawen Li; Lin Liu (Horticulture, Environment, and Biotechnology, 2026)

Comparative mitochondrial genome analysis of hulless barley reveals structural and evolutionary features - Chunxiang Li; Lin Zhong; Qingjiao Zhao; Yangmei Zhou; Xue Gao; Yuanyuan Sun (Genetic Resources and Crop Evolution, 2026)

Sexually dimorphic expression and hormonal responsiveness of steroidogenic Cyp genes during gonadal differentiation in mandarin fish - Jieming Zhang; Shengyue Lin; Ziyan Deng; Weijian Chen; Guojun Cai; Min Zhang; Lilin Zhan; Chong Han; Jian Gong; Qiang Li (Fish Physiology and Biochemistry, 2026)

MiR-8159-x and miR-200-z induced liver injury of tsinling lenok trout through endoplasmic reticulum and mitochondria interaction under high-temperature stress - Fang Ma; Lei Shen; Dunting Tie; Minlan Yang; Yang Lin; Guoyu Song (Fish Physiology and Biochemistry, 2026)

Caffeinated chewing gum improves military performances in special forces soldiers - Yi-Jie Shiu; Che-Hsiu Chen; Hung-Yu Lin; Chia-Cheng Yang; Chi-Wen Yen; Han-Yuan Chang; Hsuan-Ta Chen; Chih-Hui Chiu (European Journal of Applied Physiology, 2026)

A case report of infective endocarditis caused by Mycoplasma pneumoniae in a child - Qin Peng; Yuan Lin (European Journal of Clinical Microbiology & Infectious Diseases, 2026)

Pharmacogenomic screening strategy and indicative screening efficiency for antithyroid drug-induced agranulocytosis in the Southern Han Chinese - Li Ma; Sujie Ke; Peiji Huang; Yao Chen; Qian Lin; Menghua Lin; Guanlian He; Laiyu Zou; Xiaoling Chen; Xiaoying Liu; Libin Liu; Lijing Wang (European Journal of Clinical Pharmacology, 2026)

Infection risks associated with b/tsDMARDs in rheumatoid arthritis: a systematic review and network meta-analysis - Xue-Mei Zhang; Li Liu; Yi-Dan Yan; Zai-Li Zhang; Ke-Jia Le; Yang-Xi Liu; Xiao-Jun Ni; Liang-Jing Lu; Guo-Hua Zhou; Zhi-Chun Gu; Jia Li; Hou-Wen Lin (European Journal of Clinical Pharmacology, 2026)

Tracking the rotational dynamics of Chlamydomonas reinhardtii across culture days using optical tweezers - Shurui Deng; Yanshan Lin; Domna G. Kotsifaki (European Biophysics Journal, 2026)

Integrating Climate Change and Human Pressure to Identify Conservation Priorities for Threatened Forest Trees in a Southeast Asian Biodiversity Hotspot - Vyan; Yong-Jing-Wen Yang; Kate Good; Lin Lin; Min Deng (Environmental Management, 2026)

Atmospheric gaseous HCl influenced by sea-land breeze circulation in a southeast Chinese coastal city - Xiaolong Fan; Lei Yao; Yee Jun Tham; Chen Yang; Yuping Chen; Huiwen Chen; Gaojie Chen; Ziyi Lin; Youwei Hong; Mengren Li; Lingling Xu; Jinsheng Chen (ENGINEERING Environment, 2026)

Topical delivery of Lidocaine using spicules for local anesthesia - Chi Zhang; Ping Yang; Xueke Lin; Huijung Lai; Yi Liu; Shifeng Yu; Tszyam Liu; Ming Chen; Yongxiang Huang (Drug Delivery and Translational Research, 2026)

Functional polysaccharide-based bioactive delivery systems for urinary and reproductive system therapeutics - Yung-Wei Lin; Lekshmi Rethi; Wen-Yu Pan; Hieu Trung Nguyen; Andrew E.-Y. Chuang (Drug Delivery and Translational Research, 2026)

Substrate type and structural complexity drive macrobenthic diversity of coral reefs in the South China Sea - Peng-Jin Zhu; Li-Sha Hu; Zhan-Wei Zhao; Hong-Qiang Yang; Min Hui; Ze-Lin Chen; Yun-Wei Dong (Coral Reefs, 2026)

High-pressure phase relations in the Mg–Fe–O system and the conditions at which ferropericlase inclusions in diamonds are formed - Caterina Melai; Daniel J. Frost; Tiziana Boffa Ballaran; Catherine A. McCammon; Nobuyoshi Miyajima; Lin Wang (Contributions to Mineralogy and Petrology, 2026)
Constraints can be placed on the formation conditions of (Mg,Fe) X O ferropericlase inclusions in natural diamonds based on their Fe 3+ contents, given suitable knowledge of how these contents change with pressure, temperature, composition and oxygen fugacity. To achieve this, experiments have been conducted to determine the maximum Fe 3+ /Fe tot ratio in ferropericlase, controlled by its coexistence with magnetite–magnesioferrite (Fe₃O₄–MgFe₂O₄) up to pressures of ~ 6 GPa, and with the high-pressure [Fe,Mg]₂Fe₂O₅ phase between 10 and 30 GPa. The experiments were performed between 1200 and 1800 °C and across a range of bulk Fe/(Fe + Mg) ratios. Mössbauer and electron energy loss spectroscopy were used to determine ferropericlase Fe 3+ /Fe tot ratios, a task that is complicated by exsolution of nanocrystalline magnetite–magnesioferrite during quenching. Using these data, a thermodynamic model was developed that describes the entire range of ferropericlase compositions in the Mg–Fe–O system between 1 atmosphere and 30 GPa. It is shown that the Fe 3+ /Fe tot ratio of ferropericlase within diamond-forming assemblages decreases strongly above 10 GPa, and that the majority of ferropericlase inclusions in diamonds with measured Fe 3+ /Fe tot , have ratios too high for them to have formed in the lower mantle. Most of these ferropericlase inclusions have maximum formation depths in the transition zone, but a few of the most oxidised could only have formed in the upper mantle from oxidised precursors such as carbonates. We also show that high pressure (Fe,Mg) 2 Fe 2 O 5 and (Fe,Mg) 3 Fe 2 O 6 phases can become stable during diamond formation towards the base of the transition zone, when bulk Fe/(Fe + Mg) ratios are > 0.5.

Predictable patterns of summertime surface air temperature in extratropical northern hemisphere and their associated predictable sources in SEAS5 - Zheng Lu; Yang Zhang; Lin Wang; Hongdou Fan (Climate Dynamics, 2026)

Impact of the sea surface temperature front over the northern South China Sea on low cloud transition: an observational and numerical case study - Jingchao Long; Jinghong Lin; Shuqi Zhuang; Lingjing Zhu; Jing Luo; Zihan Xie; Yang Chen; Jianjun Xu (Climate Dynamics, 2026)

Salidroside Alleviates Mobocertinib-Induced Cardiotoxicity by Improving Cardiac Electrophysiology - Chi Yan; Xiaohong Liu; Xiaoyan Zhang; Pei Wei; Xuefang Li; Dongxu Li; Guhao Zhang; Meng Li; Xiayan Zang; Guangjian Lu; Fei Lin (Cardiovascular Toxicology, 2026)

TRIM9-Mediated Degradation of SMAD4 Promotes Pyroptosis and Disruption of the Endothelial Barrier in Aortic Dissection Disease - Hong-Qin Bi; Tan Yang; Sheng-Lin Ling; Feng-Xu Yu (Cardiovascular Toxicology, 2026)

Permafrost slope failure and mitigation techniques in cold regions - Guo Ming; Yu Wenbing; Li Guo; Chen Lin; Han Fenglei (Bulletin of Engineering Geology and the Environment, 2026)

True‐triaxial deformation, cracking and strength failure characteristics of chemically corroded flawed sandstone - Bing-Lei Li; Jia-Yao Jiang; Yi Long; Yao Lin; Ming Jiang (Bulletin of Engineering Geology and the Environment, 2026)

Ferritin Associates with Interspecific Variation in Iron Accumulation among Five Economically Important Bivalves: Sequence, Expression, and Functional Analyses - Jiachen Li; Ao Li; Zizheng Wei; Zhihua Lin; Liyuan Lv; Hanhan Yao; Yinghui Dong (Biological Trace Element Research, 2026)

Enhanced Monosaccharide Profile and Anti-Alcoholic Liver Injury Activity in the Liquid Fermentation of Ecklonia kurome by Inonotus hispidus - Baohong Wei; Xue Yang; Jia Liu; Wanghua Bi; Shaoping Wang; Shuman Hu; Xiaoqing Ma; Wenzhe Yang; Changyun Wang; Lin Ju; Huashi Guan (Journal of Ocean University of China, 2026)

Sulfur-Oxidizing Bacteria Dominate Soil Microbial Interactions in Chinese Coastal Wetlands - Lun Wang; Kexin Zhang; Jiqiu Li; Xiaofeng Lin (Journal of Ocean University of China, 2026)

A Multi-Model Ensemble Approach for Constructing Subseasonal Extreme Forecast Index of Temperature - Hong-Li Ren; Yujun Wang; Li Gao; Lin Wang; Minghong Liu; Yinghan Sang; Jieru Ma (Journal of Meteorological Research, 2026)

Critical Role of Mid-Tropospheric Southwesterly Steering in a Failed Extreme Rainfall Simulation over Northeastern Qinghai–Xizang Plateau - Wei Si; Duming Gao; Xingwen Jiang; Peng Fan; Qing Zheng; Yong Feng; Zhiwei Heng; Dan Lin (Journal of Meteorological Research, 2026)

Bioavailable heavy metals drive spatial reassembly and functional reprogramming of soil bacterial communities in electroplating-impacted farmland - Yaoben Lin; Jiaming Zhao; Dong Wang; Xinliang Wang (Applied Soil Ecology, 2026)

Solar-tracking photovoltaic systems enhance soil carbon accumulation in desert steppe through microclimate-mediated changes in vegetation and microbial communities - Fei Huang; Bo Wang; Jie Feng; Dongya Liu; Yu Li; Gao-Lin Wu; Zhigang Li (Applied Soil Ecology, 2026)

How the built environment shapes the spatiotemporal imbalances in dockless bike-sharing usage: A network-based analysis of Shenzhen, China - Zijun Wei; Keyu Lin; Mi Diao (Applied Geography, 2026)

Spatiotemporal dual-network assessment of land-use carbon metabolism in Hubei Province: An integrated ENA-SNA framework - Xuehan Lin; Chengliang Liu; Lu Zhang; Bing Kuang; Qingsong He (Applied Geography, 2026)

Principle Verification and Engineering Design of a Stable Negative-Pressure Fish Harvesting System - Lin Liqun; Zhang Yaoming; Zuo Mingliang; Xu Zhiqiang; Huang Wenyun; Chu Shupo (Aquacultural Engineering, 2026)

Ion chromatography–ultra-high-resolution mass spectrometry reveals EZH2-driven reprogramming of nucleic acid and protein methylation - Mohamed M.Y. Kaddah; Teresa W-M. Fan; Jahid M.M. Islam; Penghui Lin; Teresa A. Cassel; Richard Cunningham; Tom Brown; Richard M. Higashi; Andrew N. Lane (Analytica Chimica Acta, 2026)

Enhanced label-free SERS detection of uremic toxins in clinical spent dialysate - Han Lee; Jiunn-Der Liao; Yi-Shan Guo; Chung-Yu Wang; Kuan-Hung Liu; Szu-Hsueh Lai; Bo-Shen Lin (Analytica Chimica Acta, 2026)

Simultaneous multi-biomarker detection: streptavidin-biotin mediated high-quality quantum dot immunosensor with signal amplification - Huanhuan Xing; Ruixue Zhang; Ning Li; Xiaoquan Li; Zoi G. Lada; Theocharis C. Stamatatos; Xinxin Chen; Huaibin Shen; Dangdang Xu; Xiaojing Xing; Ruili Wu; Lin Song Li (Analytica Chimica Acta, 2026)

Effects of varying temperature and salinity levels on the emission of short-lived halocarbons and dimethyl sulfide from selected tropical green seaweeds - Tinesa Krishnan; Fiona Seh-Lin Keng; Siew-Moi Phang; Choon-Weng Lee; Yee-Jun Tham; Hui-Yin Yeong; Chui-Wei Bong; Gill Malin (Algal Research, 2026)

AlgaePath 2.0: An updated database for revealing algal coding and non-coding gene interactions in metabolic pathways - Kuan-Chieh Tseng; Wen-Lin Wang; Yen-Lin Shen; Hung-Teng Wang; Ching-Ya Yuan; Chien-Wen Yang; Ching-Nen Nathan Chen; Wen-Chi Chang (Algal Research, 2026)

Multi-scale pore network approaches for predicting collector efficiency of colloids across a wide density range in soil hydrologic systems - Dantong Lin; Scott Alan Bradford; Yazhou Cao; Minpeng Tang; Baoqing Zhang; Liming Hu (Advances in Water Resources, 2026)

Influence of vegetation surface roughness on horseshoe vortex systems in shallow overland flow and erosion mechanisms: Simulation experiments based on HR-PIV - Mengxue Lin; Pingping Yang; Lei Wang; Zhongnian Ban; Zhongfa Zhou; Huilan Zhang; Rui Li (Advances in Water Resources, 2026)

Early Cotton Fields Mapping Using a Deep Learning Model Integrating Effective Accumulated Temperature and Multi-Source Remote Sensing Data - Xiaoqin Wang; Jun Ye; Jieni Liu; Mengmeng Li; Mengjing Lin; Qunyong Wu (Advances in Space Research, 2026)

A deep multi-dimensional temporal mixture-of-experts network for near real-time BDS-3 MEO orbit error prediction and compensation - Zhijie Lin; Liliang Lin; Shengyang Ping (Advances in Space Research, 2026)

BDS-3 multi-frequency integrated single point positioning with ionospheric delay estimation - Peixiang Zhao; Lin Pan; Zhehao Zhang; Ning Liu (Advances in Space Research, 2026)

Vision-based rainfall estimation with early fusion and multi-scale temporal modeling - Jiangfan Feng; Lin Hu; Shaokang Dong (Advances in Space Research, 2026)

A hyperspectral target detection method by combining robust dictionaries and constrained energy minimization regularized low-rank and sparse representation model - Sheng Lin; Erzhen Cai; Yinfeng Zeng; Yuanyi Zhu; Wenyu Zhao; Longxin Zhang; Buqing Cao (Advances in Space Research, 2026)

Deep learning-based prediction models for the vertical total electron content using GNSS satellite observations - Gleb Mutasov; Lin Min Min Myint; Jirapoom Budtho; Septi Perwitasari; Michi Nishioka; Pornchai Supnithi (Advances in Space Research, 2026)

End-to-end deep learning quadrature phase shift keying demodulation with channel and receiver impairments - Guan-Lin Liu; Chung-Yu Shih; Cissi Ying-tsen Lin (Advances in Space Research, 2026)

The impact of urban land use green transition on carbon emission eco-efficiency: Empirical evidence from the Yellow River Basin - Su-li Lin; Pei Wang (Advances in Space Research, 2026)

A computational spectral imager for aurora observation based on cascaded overcomplete dictionary - Yuanhao Zheng; Zejun Hu; Jian Pei; Yao Chen; Lin Yang (Advances in Space Research, 2026)

The soil pH and micronutrients influence plant invasion in acidic, nutrient-poor soils: insights from Ageratina adenophora - Juan Wang; Jingying Lu; Yuehua Zhang; Xianyong Dong; Xiaogang Wu; Lumei Xiao; Kaiwen Pan; Lin Zhang (Biological Invasions, 2026)

ERBB2 as a Prognostic Biomarker in Prostate Cancer: Integration of Single-Cell Transcriptomics, Deep Learning, and Immunohistochemical Validation - Chen Wang; Li-Jing Zhu; Wei-Bo Mao; Ting Chen; Teng-Fei Gu; Sheng-Ping Hu; Yong-Tao Pan; Guo-Lin Yan; Yun-Peng Dong; Jie Li (Biochemical Genetics, 2026)

PIP4K2A: A Novel CD8+ T Cell-Related Biomarker Associated with Lung Function Decline in COPD - Shu Huang; Shiya Lin; Junyi Ke; Siyu Lei; Zhixiong He; Minchao Duan (Biochemical Genetics, 2026)

Research on selection and deployment of monitoring equipment based on local stability analysis model of slope - Bangxin Zhang; Zongling Yan; Feng Xu; Lin Tan; Dongming Peng; Hong Dai (Arabian Journal of Geosciences, 2026)

FishMorphNet: A YOLOv12-based deep learning model with Fish-IoU loss for accurate fish morphometric measurement in underwater vision systems - Yufei Ren; Lin He; Tianye Zhang; Daoliang Li; Chen Shi (Aquaculture International, 2026)

Insular divergence and host-associated diversification in ovoid-gall Daphnephila (Diptera: Cecidomyiidae) from Taiwan, with description of a new species - Sheng-Feng Lin; Tung-Chuan Chiang; Hsuan Chang; Yu-Chu Weng; Man-Miao Yang (Applied Entomology and Zoology, 2026)
The Old World cecidomyiid genus Daphnephila is primarily associated with Machilus (Lauraceae) plants and exhibits exceptionally high gall diversity in Taiwan. At present, six described species correspond to only seven of 40 known Daphnephila gall morphospecies on the island. In this study, we clarified the species identities of Taiwanese Daphnephila inducing long ovoid-galls and ovoid-galls on the leaves of five Machilus plants, and explored their diversification using molecular evidence. Accordingly, two species, D. yukawai sp. n. and D. taiwanensis , were recognized based on morphological characteristics and species delimitation method (Assemble Species by Automatic Partitioning). The former species utilizes only the endemic M . mushaensis , primarily inducing ovoid-galls along the major leaf vein, whereas the latter species associates with five Machilus species and induces two gall types on various leaf parts. Notably, when sympatric with D. yukawai sp. n., D. taiwanensis exhibits character displacement of galling habit, forming long ovoid-galls along the minor leaf veins. Furthermore, the COI-based IQ tree supported: (1) a single origin of East Asian ovoid-gall Daphnephila species, (2) the sister-group relationship between the Taiwanese lineage and a Chinese species, and (3) the role of M. mushaensis as the probable ancestral host of the Taiwanese lineage, including D. taiwanensis. These results suggest that D. taiwanensis colonized additional Machilus hosts after diverging from D. yukawai sp. n. Taken together, our findings indicate that novel plant associations and shifts in galling sites may have facilitated diversification in Daphnephila cecidomyiids, contributing to the remarkable richness of Daphnephila galls in Taiwan.

Anoikis in cancer: molecular mechanisms, resistance, and therapeutic strategies - Zhihan Lin; Jiayi Wu; Huazhong Liu (Apoptosis, 2026)

Optimization of the Multi-Channel Surface Electrogram Acquisition for Noninvasive Uterine Electrophysiology Imaging - Hansong Gao; Sicheng Wang; Yiqi Lin; Meng Jiang; Yuelin Li; Qiuchang Sun; Zichao Wen; Yong Wang (Annals of Biomedical Engineering, 2026)
Purpose The goal of optimizing electrogram acquisition in electrophysiology imaging is to minimize the number of electrodes used, determine their optimal placement, and ensure accurate imaging. Methods We quantitatively evaluated the impact of the electrode number and placement on the accuracy of human uterine peristalsis imaging (UPI) using adapted minimum nonzero eigenvalue pursuit (MNEP), adapted maximal projection on minimum eigenspace (MPME), and a distance-based baseline method. Specifically, we assessed the accuracy of the uterine surface electrogram imaged by UPI while maintaining the original 128-electrode UPI placement as a constraint. Subsequently, we expanded our analysis to the entire body surface of the subjects, removing the constraint of the initial UPI electrode placement to explore a generalized optimized electrode placement strategy. Results The MPME method demonstrated superior performance compared to other approaches under both constrained and unconstrained optimization. For UPI, the optimal electrode configuration should prioritize a dense concentration of electrodes on the lower abdomen, close to the uterus, where the most informative bioelectrical signals are captured. At the same time, it is important to maintain a distribution of electrodes along the edges of the upper abdominal, lateral sides, and posterior regions. This spatial distribution preserves the geometric contour of the torso and supports comprehensive, multi-angle observation of uterine electrical activity. By combining signal fidelity with spatial coverage, this balanced placement strategy enhances the UPI accuracy. Conclusions The adapted MPME method guided a novel electrode placement strategy for electrophysiological imaging, achieving substantial improvements in imaging accuracy while reducing system complexity and cost.

Network Reconfiguration Underlies Compensatory Muscle Control Across Force Gradients: Parallel Functional Network Evidence from EEG and sEMG - Xiaoguang Liu; Pengyuan Lin; Yutong Wang; Tie Liang; Xiaodong Wang; Jun Li; Peng Xiong; Xiuling Liu (Annals of Biomedical Engineering, 2026)

Portable Upper-limb Muscle Tone Assessment by Integrating Multi-sensor Signals - Yue Zhang; Ying Zheng; Hao ShangGuan; Ting Chen; Wan-Zhu Wang; Ya-Lan Wang; Peiqiang Lin; Bingwei He; Wenyao Hong; Xin-Yuan Chen (Annals of Biomedical Engineering, 2026)

Breaking boundaries: A social–ecological network approach to collaborative governance of soil erosion risk - Yifan Lin; Jian Peng; Zihan Xu; Tao Hu; Xuebang Liu; Hui Tang; Shuying Yu (Ambio, 2026)

How Does Asymmetric Heating near the Upstream Peninsula Modulate Extreme Rainfall on the South China Coast? - Xiaoyu Gao; Lin Su; Yu Du; Jinfang Yin; Wenxiu Zhong; Murong Zhang (Advances in Atmospheric Sciences, 2026)

Why Was the Official Australian Monsoon Onset Unusually Late in 2024/25? - Tim Cowan; Rajashree Naha; Hanh Nguyen; Hanna Heidemann; Sugata Narsey; Matthew C. Wheeler; Corey Robinson; Chris Lucas; Andrew G. Marshall; Lin Wang (Advances in Atmospheric Sciences, 2026)
The official 2024/25 Australian summer monsoon (ASM) onset occurred on 7 February, more than two weeks later than the previous record. Defined using Darwin winds, the official ASM typically arrives between mid-December and mid-January. Here, we investigate (1) why the ASM onset was record late, despite La Niña-like conditions, and (2) if the late ASM onset was consistent with other unofficial monsoon and rainy season onset definitions. Our results show earlier onsets when using wind and rainfall-based definitions, mainly due to strong synoptic-to-intraseasonal variability. Two onset definitions were triggered in December 2024 when the Madden–Julian Oscillation (MJO) contributed to deep convection and above-average rain over northern Australia. In late January, a monsoon trough formed over northeast and northwest Australia, but not over Darwin. With the MJO in a suppressed state, the Darwin region experienced record-breaking January temperatures. The ASM eventually arrived in early February, with the reason behind its historically late onset likely a result of weather noise and variability. Another location, ∼1200 km east of Darwin, did not experience such a late onset, using similar definitions. Relevant to monsoon systems globally, our study highlights the limitations of local onset or wind-only definitions, which may not necessarily capture the large-scale monsoonal conditions, and be amplified by short-term weather variability.

Disentangling Internal Variability and Forced Response in Global Land Monsoon Projection Uncertainty: Insights from Multi-Model Large Ensembles - Lu Wang; Xiaolong Chen; Yan Zhao; Yuqing Li; Pengfei Lin (Advances in Atmospheric Sciences, 2026)

Data-driven outcome prediction and rational resource allocation in severe traumatic brain injury: a multicenter retrospective study integrating survival analysis and machine learning ensembles - Shuyue Li; Xingzhi Liu; Jun Lei; Hao Lin; Min Li; Seidu A. Richard; Zhigang Lan; Ling Feng (Acta Neurologica Belgica, 2026)

BoNT-A injection study of the urethral sphincter: methodological limitations and concerns regarding data interpretation - Jiaru Lin; Lin Luo (Acta Neurologica Belgica, 2026)

Effects of Non-Uniform Hanging-Depth Layouts on Hydrodynamics and Mass Transport in Suspended Mussel Farms - Yiquan Zhen; Wei Zhong; Yanjiao Li; Kaitao Zhou; Jing Zhao; Jun Lin (Journal of Marine Science and Engineering, 2026)
In suspended mussel farms, culture-layer food supply can be limited, whereas the 4–8 m subsurface layer is rich in particulate organic matter and seston. Using a representative aquaculture block off Gouqi Island, China, this study examined the hydrodynamic and transport effects of non-uniform hanging-depth layouts. The 0° uniform-depth layout was the reference. Five configurations were modeled: V-shaped, inverted V-shaped, uniform-depth (90° inflow), V-shaped (extended), and inverted V-shaped (extended). Flume PIV validated the model. Simulations used uniform and measured velocity-profile inflows, with and without density stratification; a passive tracer tracked seston-rich water from the 4–8 m layer. Uniform-depth hanging formed a low-velocity zone in the sleeve layer, limiting water exchange. Non-uniform layouts altered drag distribution and promoted tracer redistribution into overlying 3–5 m waters. In the V-shaped configuration, water was guided upward along sleeve bottoms in the downstream half of the aquaculture block (S2), where pronounced redistribution within the aquaculture block resulted in a tracer concentration of approximately 0.1362 in the 2–3 m layer. Stratification constrained upward spreading, whereas extended configurations may limit food replenishment through enhanced upper-layer blockage and filtering effects. Low-Richardson-number regions corresponded with tracer uplift and enhanced spreading, indicating local shear. Overall, the V-shaped configuration balanced in-farm replenishment, downstream transport, and flow maintenance without additional sleeve length.

Development and validation of a prognostic nomogram for predicting the progression risk of HCC after lenvatinib therapy - Chen Xie; Shaohong Luo; Shen Lin; Xiaoting Huang; Xiuhua Weng; Xiongwei Xu (Naunyn-Schmiedeberg's Archives of Pharmacology, 2026)

Neural stem cell extracellular vesicle-mediated delivery of astragaloside IV attenuates hypoxic-ischemic brain damage by activating the mTOR pathway - Ruiqin Yu; Huizhong Bai; Yanjun Mo; Gang Liu; Zhuoluo Zhou; Lin Xu; Bowen Deng; Xiaoye Li; Jinyu Li; Houjun Zhang; Xiaohong Mu (Naunyn-Schmiedeberg's Archives of Pharmacology, 2026)

Beyond pyrolysis optimization: a systematic review revealing feedstock acquisition and methodological standardization as critical barriers to biochar commercialization - R. B. Sherly Priyanka; Uday Shashikumar; Pei-Chien Tsai; Swapnil Gurrani; Gangadhar Andaluri; Cheng-Di Dong; Chyi-How Lay; Yuan-Chung Lin; Vinoth Kumar Ponnusamy (Clean Technologies and Environmental Policy, 2026)

Unveiling Key Factors in Determining Biodegradable Mulching Film Adoption Through Evolutionary Game Analysis - Wanying Lin; Xi Mo; Luca Nizzetto; Xuan Shi; Yuan Chen; Jinhui Li; Yan Lin (Bulletin of Environmental Contamination and Toxicology, 2026)

Correction: Phylogenetic analysis, genetic diversity, and epidemiology of pigeon paramyxovirus type 1 in China - Chuqi Huang; Shaoyu Tu; Wei Sheng; Zhihao Wang; Zhipeng Lin; Jing Qian; Jiahui Zou; Hongbo Zhou (Archives of Virology, 2026)

Molecular and biological characterisation of Magnaporthe oryzae botourmiavirus 15 - Yuxin Wu; Weilan Wu; Cong Li; Xinyi Li; Hui shuang Yi; Yue lin Li; Pan Gong; Songbai Zhang; Shouguo Fang; Qingchao Deng (Archives of Virology, 2026)

Dietary protein requirement of juvenile silver pomfret (Pampus argenteus): effects on growth performance, protein utilization, ammonia metabolism, and immune responses - Yini Lin; Xuran Liu; Tingliang Lei; Shunshun Tao; Wenli Zhao; Tingting Zhu; Peng Sun; Óscar Monroig; Juan Carlos Navarro; Qicun Zhou; Min Jin (Aquaculture, 2026)

Population Decline, Inbreeding and Hybridization Shape the Genetic Vulnerability of a Critically Endangered Seabird - Guoling Chen; Chenqing Zheng; Lanhui Peng; Hongzhou Lin; Feng Dong; Shou‐Hsien Li; Yiwei Lu; Siyu Wang; Zhongyong Fan; Yinan Fu; Peng Ding; Jian Zhang; et al. (Molecular Ecology, 2026)
Many endangered species have been rescued from the brink of extinction, yet their long‐term viability remains uncertain due to the prolonged genetic consequences of severe bottlenecks. In particular, the combined effects of inbreeding and hybridization with closely related species remain poorly understood. Using a comparative conservation genomic framework, we investigated these issues in the Chinese crested tern ( Thalasseus bernsteini ), a critically endangered seabird once presumed extinct but which has increased to approximately 100 individuals over the past two decades and its close relative, the great crested tern ( T. bergii ). We demonstrate that the Chinese crested tern has experienced ongoing genetic erosion. Its prolonged population decline has intensified genetic drift and reduced the efficiency of purifying selection, resulting in genome‐wide accumulation of highly deleterious mutations. Highly inbred individuals also carry significantly more homozygous deleterious mutations than less inbred individuals. In both species, runs of homozygosity (ROH) show a relative enrichment of moderately and weakly deleterious mutations. Even more concerning, we found an enrichment of moderately and weakly deleterious mutations in putatively introgressed regions in both species, suggesting that occasional hybridization may have facilitated the spread of deleterious variants and could potentially compromise long‐term fitness. These findings highlight that severe bottlenecks have lasting genomic consequences and that both inbreeding and hybridization can increase the genetic vulnerability of small populations—underscoring the importance of management strategies that promote population growth and sustained genetic monitoring.

The Antiviral Activity and Underlying Mechanisms of Quercetin in Combating Largemouth Bass Virus Infection - Lin Huang; Wenyu Liao; Mingquan Peng; Jieying Yu; Mingzhu Liu; Junxiang Lai; Ermeng Yu; Ying Pan; Fei Ling; Shuyu Han; Qing Yu; Pengfei Li (Journal of Fish Diseases, 2026)
Largemouth bass virus (LMBV), a member of the Ranavirus genus within the Iridoviridae family, is a significant pathogen causing high mortality and substantial economic losses in largemouth bass aquaculture. Therefore, developing effective antiviral agents against this viral infection is crucial for the largemouth bass aquaculture industry. Quercetin, a widely utilised flavonoid known for its therapeutic and prophylactic properties, was investigated for its antiviral efficacy against LMBV and underlying mechanisms in this study. The results demonstrated that quercetin significantly inhibited LMBV propagation in vitro and in vivo, and was effective in both prevention and treatment stages. Specifically, quercetin at 6.25 μg/mL suppressed LMBV (major capsid protein) MCP gene transcription by up to 92.09%, with the post‐infection treatment achieving 99.33% inhibition in vitro. Mechanistic studies revealed that quercetin reduces LMBV infectivity by disrupting viral internalisation and replication, while also potentiating cellular immune responses mediated by the IFN system. In vivo experiments further confirmed that quercetin treatment reduced viral transcription in the liver, spleen and kidney by 97.49%, 47.45% and 98.42%, respectively, at 48 h post‐infection and significantly enhanced the survival rate of infected juveniles. In conclusion, quercetin demonstrated potent antiviral activity against LMBV and might serve as a promising, eco‐friendly antiviral agent.

Assessing Taiwan's Future Climate: High Resolution Projections and Regional Impacts From Statistical Downscaling of CMIP6 Data - Cheng‐Ta Chen; Yu‐Shiang Tung; Chun‐Yu Wang; Shiou‐Li Lin (International Journal of Climatology, 2026)
This study explores how Taiwan's climate might change in the future, using statistical downscaling techniques to make global climate projection data more relevant to the region. Global climate models often lack the fine detail necessary for small areas, such as Taiwan, particularly given its unique geography and local weather systems. To address this, we used statistical methods to create high‐resolution projections that combine local weather observations with data from the latest international climate model data archive (CMIP6). These projections cover daily temperature and rainfall patterns from the past (1960–2014) and into the future (2015–2100) under four different future socioeconomic and climate change scenarios. Our findings demonstrate that the downscaling method effectively corrects historical temperature and precipitation biases, yielding a robust signal for temperature projections and moderate uncertainty for precipitation trends, compared to low‐resolution climate model simulations. Taiwan is expected to experience significantly warmer temperatures, with heatwaves lasting longer and extremely high temperatures becoming increasingly common by the end of the century. Rainfall patterns are also expected to change, with heavier rain during wet seasons and longer dry spells. Central and southern Taiwan, in particular, are likely to experience more intense rainfall events, thereby increasing the risk of flooding. At the same time, drier regions could face more frequent and severe droughts. This research provides a clearer picture of Taiwan's future climate and offers valuable information for planning ways to adapt to these changes. The detailed climate projection dataset bridges the gap between global climate models and regional applications, providing essential local‐scale climate information for decision‐makers and researchers in fields such as hydrology, forestry and water resource management.

Sea‐Level Rise Constrains the Carbon Permanence of Global Mangrove Restoration - Jincheng Wu; Zhe Zhao; Philippe Ciais; Shanshan Song; Chenyi Yuan; Guanghui Lin; Bertrand Guenet; Annemiek Stegehuis; Xiaoshan Zhu; Ruili Li; Ruikun Gou; Yuchen Meng; et al. (Global Change Biology, 2026)
Mangroves are characterized by high carbon sequestration rates, and future changes in mangrove biomass will be impacted by factors such as climate change, sea level rise, and management strategies. Here, we produce a map of present‐day global mangrove aboveground biomass (AGB) based on extensive field observations and satellite data, giving a global mangrove AGB of 1.76 Pg dry matter (DM). After accounting for potential growth to maturity, future changes in climatic and hydrological conditions, possible restoration strategies, and sea‐level rise, the global total mangrove AGB is projected to increase by 16.7% under the low‐warming scenario (Shared Socioeconomic Pathway 1 and Representative Concentration Pathway 2.6, SSP126) and decrease by 19.3% under the high‐warming scenario (SSP585) by 2100. Sea‐level rise encroaching upon the growth space of mangroves will cause a biomass loss of 41.6% in the high‐warming scenario, whereas restoration strategies would only increase AGB by 2.0%. Our study shows that sea‐level rise limits the potential of mangrove restoration to maintain carbon stocks, and regions less constrained by sea‐level rise offer greater potential for the long‐term permanence.

Microbial Decomposition of Lignin to Methane Reduces Net Blue Carbon Benefit Across China's Saltmarshes - Leilei Xiao; Chuancheng Fu; Isaac R. Santos; Carlos M. Duarte; Jian Liu; Lifeng Zhou; Meng Zhou; Run Dang; Jinkuo Lin; Kai Xiao; Yongming Luo; Guangxuan Han (Global Change Biology, 2026)
CH 4 emissions from mangrove, saltmarsh, and seagrass ecosystems partially offset carbon sequestration, potentially diminishing the climate mitigation capacity of these blue carbon habitats. However, a mechanistic understanding of the processes governing CH 4 production potential across large spatial scales remains limited. By integrating incubation‐based measurements from 116 sites, we reveal significant ecosystem‐specific differences in CH 4 production potential, with saltmarshes emerging as CH 4 production hotspot relative to mangroves and seagrass meadows. Using an integrated analytical approach encompassing more than 30 environmental, biogeochemical, and microbial parameters, we demonstrate that CH 4 production potential converges on sediment organic carbon availability, particularly plant‐derived carbon, as a key regulatory axis. Additionally, metagenome‐assembled genomes (MAGs) recovered from saltmarshes show a functional bias toward lignin degradation, thereby fueling downstream CH 4 production via methylotrophic pathways. Lignin‐addition and stable carbon isotope experiments further provide supportive evidence that lignin decomposition enhances Chinese saltmarsh CH 4 production potential, revealing a pathway that may reduce net blue carbon benefit. Together, these findings underscore that saltmarsh plant‐derived lignin is less stable than conventionally assumed, as microbial processing redirects stored carbon toward CH 4 production, challenging current blue carbon accounting frameworks at a continental scale within China.

Distribution and Evolutionary Signatures of a Broad‐Spectrum Pesticide‐Degrading Carboxylesterase TriS From Strain S113 - Yanning Tian; Lin Lai; Wenpei Wang; Yinhao Ma; Xing Huang (Environmental Microbiology, 2026)
Ester‐containing pesticides, such as diphenyl ether herbicides, aryloxyphenoxypropionate herbicides, and strobilurin fungicides, are widely applied in agriculture, but their residues pose significant risks to ecosystems. Functional microorganisms can degrade ester‐containing pesticides in the natural environment. However, the microbial mechanisms responsible for their degradation in soils remain unclear. A novel hydrolase gene triS from the strain S113 encoded a broadly active carboxylesterase that hydrolyzes a wide range of ester‐containing pesticides. TriS exhibited a maximum sequence similarity of 34.92% to proteins in the Swiss‐Prot (UniProt) database. Gene redundancy was observed in strain S113, with TriS showing higher catalytic activity than its homologues. The enzyme contains a conserved Ser226‐Glu346‐His456 catalytic triad, and its substrate‐binding pocket can accommodate complex substrates, which contributes to its broad substrate spectrum and enhanced catalytic efficiency. Genomic analyses revealed that triS resides in a conserved locus, whereas related paralogs occupy more variable regions, suggesting potential horizontal dissemination. Bioinformatics‐based taxonomic profiling showed widespread occurrence of TriS homologues, mainly in agricultural soils, and also in forests and wetlands, indicating spread beyond pesticide‐treated fields. This study elucidated the function and distribution pattern of triS , enhancing our understanding of microbial ester‐containing pesticide degradation in the environment.

Metabolic Modelling Facilitates the Design of Synthetic Communities by Simplifying Natural Microbial Communities - Xinyu Lin; Shifeng Ding; Wanxin Li; Bingang Yang; Yahua Chen; Zhenguo Shen; Jiandong Jiang; Chen Chen; Xihui Xu (Environmental Microbiology, 2026)
Natural microbial communities generally have complex compositions and unclear metabolic interactions, posing constraints on their applications. Clarifying these intricate interactions within microbial communities is challenging for traditional experiment‐based methods. Here, we developed a simulation‐based approach to design synthetic communities (SynComs) by simplifying complex microbial communities through metabolic modelling. We constructed genome‐scale metabolic models (GSMMs) and curated them based on data obtained from straightforward experiments, ensuring these models precisely characterized metabolic features of each strain. By simulations utilizing multi‐strain metabolic models encompassing various strain combinations, we identified helper strains capable of enhancing the degradation efficiency of degrader strains and predicted optimal strain combinations that achieved a simplified community structure while maintaining high pollutant‐degrading efficiency. The simulations also unravelled cross‐feeding of glucosamine, amino acids and organic acids between the degrader and helper strains, which boosted the pollutant‐degrading efficiency of SynComs. Furthermore, helper strains rapidly degraded the toxicant intermediate, thereby alleviating its inhibitory effect on degrader strains. These predictions were further verified experimentally, demonstrating the accuracy and feasibility of metabolic model‐based simulations. Our study establishes a framework for designing simplified SynComs without sacrificing degradation efficiency and highlights the often‐underestimated role of microbial interactions in biodegradation.

Fish diversity and community turnover across protection zones in multiuse marine protected areas - Xu Zeng; Cong Zeng; Yongfeng Zhou; Yue Liu; Zheying Lin; Jihao Peng; Yihui Jiang; Han Dong; Guodong Li; Shuangzhao Li; Hengyu Li; Ling Cao (Conservation Biology, 2026)
Multiuse marine protected areas (MMPAs) with varying levels of protection in different zones are increasingly being adopted to balance conservation and socioeconomic goals. However, the effect of these zone‐based strategies on fish diversity is not well understood. We used environmental DNA surveys across zones with different protection levels (fully protected, highly protected, and lightly protected) in three typical Chinese MMPAs, while controlling for environmental factors and human activities, to examine fish species composition and richness among zones. Contrary to expectations, sites with high levels of protection had lower fish species richness than sites with lower levels of protection. Turnover in community composition between fully protected and less protected zones was 88.4% and accounted for 96.4% of pairwise dissimilarities. Rather than diminishing the importance of high‐level protection, our results showed that a tiered zoning approach can sustain fish species richness and limit biotic homogenization. Our results challenge the assumption that strict protection universally leads to high species richness and demonstrate that nuanced multilevel protection zoning may be more effective at preserving marine biodiversity and ecosystem functions at broader spatial scales.

Estuaries as fragmentation hotspots and transport regulators of microplastics - Yancheng Lv; Fei Jiang; Yihe Wang; Yuye Chen; Yan Yang; Jinyang Lin; Xiaoteng Shen; Qiqing Chen (Marine Pollution Bulletin, 2026)

Microbial mechanisms regulate soil carbon dynamics under nitrogen addition in mangrove wetlands of Dongzhai Harbor, Southern China - Cuiting Meng; Jingqiu Jiang; Shuguo Lv; Pengxia Liu; Guanghui Lin; Kun Lei; Xiaoguang Li (Marine Pollution Bulletin, 2026)

Integrating slush samples and eDNA metabarcoding to enhance marine fish biodiversity monitoring - Qilin Gutang; Hancheng Zhao; Xiaoxuan Yu; Yan Gao; Kunhuan Li; Jianghua Yang; Xiaowei Zhang; Ping Li; Edmond Sanganyado; Zonghang Zhang; Jianqing Lin; Wenhua Liu (Fisheries Research, 2026)

Alginate lyase Alg04490 contributes to the virulence of a novel Glaciecola pathogen, a pathobiome member associated with bleaching disease in farmed Saccharina japonica - Mengxin Wang; Lirong Chang; Qin Lin; Xiaoyu Zhang; Xiaodan Liu; Xiaoyong Liu; Gaoge Wang (Aquaculture, 2026)

Distinct patterns of intestinal microbiota and immune responses under acute and chronic ammonia stress in yellow catfish (Pelteobagrus fulvidraco) - Kun Xiao; Liling Nie; Shasha Zhao; Gehan Gao; Cuancheng Zhao; Yanjun Du; Rongfei Hu; Ruru Lin; Jie Wang; Man Wang; Dong Han; Lei Zhang (Aquaculture, 2026)

Mpeg1 exerts direct bactericidal activity and mediates innate antibacterial function of B cells in Nile tilapia - Weiheng Shi; Yiwen Chai; Jugan Han; Yonglin Cai; Wuxian Fu; Yongya Luo; Yuhua Lin; Jianmin Ye; Liting Wu (Aquaculture, 2026)

Corrigendum to “The hemolysin-associated TH locus in Vibrio mimicus reprograms central metabolism and couples it to oxidative stress defense through iron acquisition to drive virulence” Aquaculture, Volume 622, 15 July 2026, 744082 - Jiao Wang; Kun Peng; Yilin Wang; Keyu Zhou; Jingyi Lin; ping Ouyang; Xiaoli Huang; Defang Chen; Yi Geng (Aquaculture, 2026)

Corrigendum “Cross-breed validation and KASP marker development for key morphological traits in goldfish (Carassius auratus)”. [Aquaculture, Volume 620, 15 June 2026, 743959]. - Xuequn Chen; Suzhu Chen; Licheng Yang; Junjing Huang; Ruiqiong Wu; Wenchun Zhang; Yao Lin; Zhen Huang (Aquaculture, 2026)

Neutrophils: The Overlooked Regenerative Role in Bone Repair - Yumeng Lin; Yuchen He; Quan Yuan; Shiwen Zhang (Stem Cell Reviews and Reports, 2026)

Nighttime growth in the green tide alga Ulva prolifera: metabolic basis and ecological implications - Han Xu; Mingzi Lin; Jiaying Bian; Dongyi Yang; Jianan Jiang; Shenyuan Liang; Hao Zhang; Wenrong Zhu; Nianjun Xu; Yahe Li (Journal of Applied Phycology, 2026)

Exploring the complex relationship between vestibular symptoms and migraine: a resting‑state functional MRI study - Lin Han; Xing Xiong; Jiajie Lu; Kai Zhang; Jun Ke; Hongru Zhao (Brain Imaging and Behavior, 2026)

Maneuver-Aware Residual Multi-Scale LSTM for Short-Term Vessel Trajectory Prediction in Port-Approach Waters - Xinyue Lin; Xiaohan Zhang; Wendong Bao; Yawen Duan; Jiansen Zhao (Journal of Marine Science and Engineering, 2026)
Accurate short-term vessel trajectory prediction is important for traffic monitoring and collision-risk screening in port-approach waters, where vessels frequently turn, accelerate, decelerate, and merge into traffic lanes. This study develops a maneuver-aware residual multi-scale long short-term memory (LSTM) framework for Automatic Identification System (AIS)-based 10–30 min trajectory prediction. The method predicts residual displacement relative to the last observed position, constructs maneuver-aware features from local displacement, course variation, speed variation, turning rate, and acceleration-like terms, and compares fixed and maneuver-guided multi-scale fusion strategies. Experiments are conducted on public AIS data from San Francisco Bay and adjacent approach waters using Maritime Mobile Service Identity (MMSI)-level train/validation/test splits and three random seeds. The largest observed gains come from residual prediction and maneuver-aware features. In the three-seed main evaluation, the fixed multi-scale LSTM (Fixed-MS-LSTM) provides the strongest 10 min accuracy, while the maneuver-guided multi-scale residual LSTM (MGMS-RLSTM) achieves lower average displacement error (ADE) at 20 and 30 min and learns distinct temporal-scale preferences across straight, turning, and speed-changing samples. Encounter-oriented closest point of approach (CPA) and time to closest point of approach (TCPA) evaluation further shows that the residual multi-scale models support more accurate CPA/TCPA-based high-risk screening under the evaluated benchmark. These findings indicate that maneuver-guided fusion can be characterized as a horizon-dependent scale-selection mechanism that complements the fixed multi-scale counterpart.

Integrative analysis of Huangjing-Gegen compatibility in treating COPD: a network pharmacology, molecular docking, and experimental study - Shaoqing Zhu; Jiaruo Li; Lin Chu; Yunpeng Zhu; Wei Wang; Man Wang; Zhenhua Zhu; Fei Mao; Pengjun Liu; Ying Chu (Natural Product Research, 2026)

Study on pipeline structural integrity and wear mechanism during horizontal directional drilling pullback of submarine pipelines - Yungen He; Wang Jian; Yuqi Zhang; Minke Huang; Yanchuan Cheng; Bei Jiang; Ming Chen; Kehan Chen; Wei Lu; Rongsheng Lin (Marine Georesources & Geotechnology, 2026)

Fine-scale soil heterogeneity shapes compartment-specific microbial assembly and soil microbial functional differentiation in Lepturus repens on a coral island - Shengen Zhong; Shunfen Wang; Yimin He; Kaiwen Yang; Yuhang Wen; Ziyang Zhang; Mo Shi; Liaoyuan Zhang; Wenxiong Lin; Xin Qian (Plant and Soil, 2026)

Subdermal Insertable Sensors for Health Monitoring: Applications, Challenges, and Emerging Technologies - Haoyuan Zhu; Lin Du; Xilin Liu; Andrew G. Richardson (Annals of Biomedical Engineering, 2026)
Continuous monitoring of chronic diseases with mobile health tools is rapidly advancing to improve patient care. Wearable sensors placed on or near the skin remain the dominant paradigm for collecting physiological data noninvasively during activities of daily living. However, wearable sensors have their limitations. Epidermal sensors are fundamentally limited by the information barrier that the skin presents. Furthermore, environmental factors impact the stability and longevity of wearables. An alternative technology is the expanding class of minimally invasive subdermal sensors, also called insertables. Key applications for subdermal sensors are reviewed, including three current clinical devices: insertable cardiac monitors, insertable continuous glucose monitors, and sub-scalp epilepsy monitors. Next, common challenges impacting performance are discussed, including device migration, device encapsulation, and misalignment with wirelessly linked wearables. Finally, recent technological advancements to mitigate these challenges are covered. With state-of-the-art approaches for achieving biocompatibility, remote powering, and wireless data transmission, the next generation of subdermal biosensors can be developed for unmet needs in chronic disease monitoring.

Climate modes synergistically influence marine heatwaves in the North Sea - Yuxin Lin; Zhiqiang Liu; Feng Zhou; Qicheng Meng; Wenyan Zhang (Ocean Science, 2026)
Global shelf seas have experienced unprecedented marine heatwaves (MHWs) in recent decades. Although MHWs have been extensively studied at the global scale, their regional variability and underlying mechanisms remain poorly understood, particularly in shelf seas influenced by multiple climate modes. Here, we examine MHW variability in the Northeastern Atlantic shelf using a correlation-based k-means clustering approach. Two distinct subregions with contrasting seasonal patterns are identified. In winter, the southern North Sea experiences increased MHW frequency, intensity, and duration. This enhancement is linked to a positive East Atlantic Pattern, which intensifies westerly winds and enhances warm Atlantic inflow through both atmospheric and oceanic pathways. In contrast, the northern North Sea shows enhanced MHW frequency and duration in summer, while MHW intensity weakens. This summer response is modulated by Atlantic Multidecadal Variability, with its positive phase strengthening Pacific–Atlantic connections via Rossby wave propagation, altering cloud cover and surface radiative forcing. A shallow mixed layer, enhanced stratification, and circulation-induced upwelling favor frequent and persistent but less intense summer MHWs. This north–south contrast demonstrates that different combinations of atmospheric and oceanic processes shape MHW variability across the shelf, providing a diagnostic and mechanistic framework for understanding regional MHW variability and its potential predictability.

Synergistic foliar application of zinc and manganese reduces Cd accumulation in rice by enhancing leaf sequestration and modulating Cd transporter gene expression - Chang Li; Hang Zhou; Xia Zhou; Peng Zeng; Lin Song; Lan-Xin Ma; Jiao-Feng Gu (Plant and Soil, 2026)

LncRNA DLX6-AS1 Regulates the Pathological Process Related to Alzheimer’s Disease via miR-204-5p - Minggang Jiang; Yang Lin; Liping Wang; Kaiyun Ou (NeuroMolecular Medicine, 2026)

Quercetin exerts radioprotective effects against radiation-induced intestinal injury with involvement of the PI3K-AKT/Caspase-3 axis - Qing Guo; Zhibing Tang; Zhenyu Hou; Ge Yan; Jiaxuan Wang; Man Zhang; Ruige Ma; Juan Wang; Qiong Feng; Zhen Wang; Chunlei Wang; Lin Zhao (Molecular and Cellular Biochemistry, 2026)

CYP4B1 inhibits lung adenocarcinoma metastasis by downregulating slug transcription via Sp1 - Sijia Wang; Yijie Liu; Yuan Yu; Shuwei Ren; Weiwei Lin; Kemeng Qiang; Haishan Huang; Honglei Jin (Clinical & Experimental Metastasis, 2026)

Isolation and Identification of Erysipelothrix sp. in Hybrid Grouper ( Epinephelus fuscoguttatus × E. lanceolatus ) in Taiwan - Shang‐Ting Wu; Yu‐Siang Lin; Chia‐Yu Hsieh (Journal of Fish Diseases, 2026)
In February 2025, a mortality event of unknown aetiology occurred at a hybrid grouper ( Epinephelus fuscoguttatus × Epinephelus lanceolatus ) aquaculture farm in southern Taiwan, with sporadic daily deaths persisting for a month. Four moribund groupers were collected over three sampling intervals for diagnostic investigation. Gross pathology revealed opaque white discoloration with multifocal petechial haemorrhages in the lateral musculature. Gram‐stained muscular viscous fluid smears showed abundant Gram‐positive, filamentous bacilli (2–100 μm in length). Histopathology of the skeletal muscle confirmed extensive Zenker's necrosis, with dense bacterial aggregates infiltrating necrotic myofibres. On blood agar at 28°C, smooth, greyish, α‐haemolytic colonies developed within 16–24 h; growth was restricted at 32°C and absent at 35°C. Full‐length 16S rRNA gene sequencing identified the isolates as Erysipelothrix . High‐resolution gyrB ‐based phylogenetic analysis clustered the isolates nearly identically with the dolphin‐derived E. rhusiopathiae strain KC‐Sb‐R1 (CP033601), distinct from swine‐derived E. rhusiopathiae (97.0%), E. piscisicarius (91.2%) and E. tonsillarum (83.9%). The isolates belonged to spa type B. To our knowledge, this is the first documented case of an E. rhusiopathiae ‐like infection causing myositis and intramuscular abscesses in grouper aquaculture, highlighting a potentially marine‐associated lineage with significant implications for aquatic veterinary medicine and public health.

The mixed cover crops and nitrogen fertilization decrease the soil microbial dormancy - Simeng Wang; Xue Zhao; Wanyu He; Jieying Wang; Minghui Meng; Xiya Xiong; Min Xie; Guangjin Wu; Qilong Du; Lin Li; Guangxi Liu; Jun Wang; et al. (Plant and Soil, 2026)

A Musculoskeletal-Finite Element Study of Knee Joint Loading and Cartilage Mechanics in Children with Cerebral Palsy - Dongfei Huo; Run Lin; Junyan Li; Timothy P. Holsgrove; Dominic Farris; Dong Wang; Xijin Hua (Annals of Biomedical Engineering, 2026)
Purpose Cerebral palsy (CP) is typically associated with abnormal gait that may alter knee joint loading and accelerate joint degeneration. We developed an integrated musculoskeletal-finite element (MSK-FE) framework to quantify differences in knee joint biomechanics between children with CP and typically developing (TD) peers. Methods Gait data from 13 children (TD, n = 5; hemiplegia [HP], n = 4; diplegia [DP], n = 4) were analyzed using OpenSim to obtain knee kinematics and compressive knee joint reaction forces (KJRFs). These were applied to scaled 3D FE knee models, incorporating biphasic cartilage, menisci, and ligaments, at the first force peak, mid-stance, and second force peak to evaluate cartilage pressures. Results Compared with TD, both CP subtypes (HP and DP) exhibited greater knee flexion throughout the gait cycle, except for the affected limb in HP (HP A ), which showed reduced flexion during the stance phase. Peak KJRFs over the gait cycle were slightly higher in DP and HP A than in TD, whereas the unaffected limb in HP (HP UA ) generated the highest peak KJRFs among all groups, indicating compensatory overloading of the unaffected limb in HP. Correspondingly, FE analysis showed that peak cartilage contact pressures in the HP cohorts were significantly higher than in DP and TD, while pressures in DP were slightly higher than in TD over the gait cycle. The HP UA showed the highest contact pressures among all groups. Conclusion The MSK-FE framework quantified knee loading and cartilage contact pressure patterns in children with CP. These preliminary findings highlight subtype- and limb-specific gait-loading patterns and provide a mechanistic basis for future larger-scale and longitudinal investigations.

Parameter Interplays and Inverse Exploration in Centerless Grinding with Cup Wheel of Slender Ceramic Tubes - Jingguo Zhou; Bin Lin; Pengcheng Zhao; Jinming Li; Xingwang Xu; Cong Chen; Tianyi Sui (Rock Mechanics and Rock Engineering, 2026)

Investigation on Sandstone Fragmentation Behaviors Under Water-Coupled Blasting - Xudong Li; Chuan He; Guowen Xu; Zhongwei Chen; Peng Ying; Yufeng Lin; Zhixian Hong (Rock Mechanics and Rock Engineering, 2026)

Quantifying the Efficacy and Dose-Response of Unstable Surface Training in Healthy Individuals: A Multi-Level Modelling Approach to Balance Performance - Shengfa Lin; Zhijie Yan; Zhiyuan Xu; Mao Zhou; Dong Zhang; Ruidong Liu (Journal of Science in Sport and Exercise, 2026)

Linking Pore Structure Parameters with Coal Strength and Initial Gas Desorption for Outburst Risk Identification: A Preliminary, Region-Specific Threshold Framework - Hongkun Wang; Lin Hong; Dameng Gao; Dan Zheng; Ye Zhang (Rock Mechanics and Rock Engineering, 2026)

Environmental predictors of benthic meiofaunal densities in the abyssal and hadal zones of the North Pacific: a combined Gradient Forest and GLMM approach - Stefanie Kaiser; Frederic Bonk; Jens Oldeland; Chih-Lin Wei; Angelika Brandt; Pedro Martínez Arbizu (Hydrobiologia, 2026)

Reprogramming senescent granulosa cells for germ-cell generation - Dai Heng; Kairang Jin; Guoxing Yin; Chenglei Tian; Xiaoyan Sheng; Jiangtao Lu; Yiwei Wu; Xiaoying Ye; Panpan Shi; Huiyu Li; Chang Liu; Lin Liu; et al. (Science China Life Sciences, 2026)

Landslide-terrace interaction mechanisms of two rapid loess landslide cases: insights from MPM modeling - Wei Shen; Jianchao Chen; Yuqi Chen; Shifeng Lin; Denghai Liu; Tonglu Li (Landslides, 2026)

CCL21/CCR7 axis regulates VEGF-D m6A modification to drive lymphangiogenesis and lymphatic metastasis in gallbladder cancer - Zhenheng Wu; Xinran Cai; Lei Jiang; Bin Lin; Wei Pan; Shengzhe Lin; Yanling Chen; Haijie Hong (Human Cell, 2026)
Gallbladder cancer (GBC), the most common malignancy of the biliary tract, exhibits a high propensity for lymphatic system invasion. However, the mechanisms underlying lymphatic metastasis in GBC remain poorly understood. Here, we demonstrate that C–C motif chemokine ligand 21 (CCL21) is significantly upregulated in GBC and positively correlates with lymphatic vessel density and lymph node metastasis. Both in vivo and in vitro experiments confirm that CCL21/CCR7 axis promotes lymphangiogenesis and lymphatic metastasis in GBC. Mechanistically, CCL21/CCR7 modulates Vascular Endothelial Growth Factor-D (VEGF-D) mRNA N6-Methyladenosine (m 6 A) modification in an AlkB homolog 5 (ALKBH5)-dependent manner, thereby regulating VEGF-D protein expression. Site-directed mutagenesis experiments reveal that m 6 A modification sites in the coding sequence (CDS) region of VEGF-D mRNA are critical for VEGF-D protein regulation. Collectively, our findings highlight that CCL21/CCR7 regulates VEGF-D expression via m 6 A modification, driving lymphatic metastasis in GBC.

Novel-processed organic fertilizers improve rice yield, soil fertility, and increase microbial community diversity in double-cropping paddy fields - Mingcheng Hu; Andrew J. Wade; Zijian Qiu; Ruonan Xiong; Zhenfang Zhong; Chongwen Qiu; Xiangui Lin; Weishou Shen (Biology and Fertility of Soils, 2026)

Adaptive Multi-Scale Frequency-Domain Reconstruction for Multi-Source Gravity Data Fusion - Menghan Xi; Lin Wu; Zuoqin Shi; Qianqian Li; Shi Liu; Lifeng Bao (Journal of Marine Science and Engineering, 2026)
The gravity navigation reference map is a foundational element of gravity matching-aided navigation systems, as it directly determines positioning accuracy and overall navigation performance. To improve fused gravity anomalies and reduce reliance on manually selected parameters, this study proposes an adaptive multi-scale frequency-domain reconstruction (AMFR) algorithm. Specifically, the target ocean covered by multi-source satellite gravity data is divided into multiple scales, and distinct fusion parameters are assigned according to the characteristics of multi-source gravity data in different sea areas to enhance the accuracy of the fused gravity navigation reference map. Seven fusion schemes with different filtering diameters and weighting strategies are designed for comparative analysis. We evaluate the algorithm’s performance using measured gravity data with varying spatial distributions from the South China Sea and the Western Pacific Ocean, employing both RMS comparison and matching positioning experiments. Experimental results demonstrate that the RMS of the gravity navigation reference map constructed by the proposed AMFR algorithm is reduced by 30.4%, and the matching positioning accuracy is improved by 23.4%. The AMFR algorithm effectively enhances the precision of the gravity navigation reference map and improves the navigation performance of the gravity matching-aided navigation system.

Metagenomic screening of antimicrobial peptide candidates and isolation of two active peptides from bat gut bacteria - Zishun Zhao; Yanhui Zhao; Ying Sun; Yongli Bao; Jiang Feng; Tinglei Jiang; Aiqing Lin (World Journal of Microbiology and Biotechnology, 2026)

From structural features to mouse acute intraperitoneal toxicity prediction: a triple computational toxicology approach for safety assessment of flavonoids - Yichen Yang; Na Zhang; Ting Ren; Lijiao Zhao; Rugang Zhong; Ning Lin; Guohui Sun (Molecular Diversity, 2026)

Can Resistance Priming Enhance Subsequent Athletic Performance at Delayed Time Points? Evidence from a Systematic Review and Meta-Analysis - Zhijie Yan; Junchen Wu; Shengfa Lin; Dong Zhang; Ruidong Liu (Journal of Science in Sport and Exercise, 2026)

Temperature and osmotic pressure dual-stimuli-responsive ophthalmic gels embedded with HPCD-modified nanoparticles for prolonged-release delivery of natamycin - Bixia Lin; Fangfei Fan; Hui Xu; Xin Li; Yufei Li; Chunya Qin; Xiaoyun Zhang; Shiqiang Zhang; Yang Gao; Lirong Niu (Drug Delivery and Translational Research, 2026)

TMT Exacerbates Selenium-Deficient Enteritis in Gallus by Mediating Pyroptosis Through ROS/ERS - Shize Wang; Yutian Lei; Yuting Dong; Kang Yang; Tong Xu; Hongjin Lin (Biological Trace Element Research, 2026)

Refined Prediction of Strain-Softening Parameters of Marine Soft Clay Using Cyclic T-Bar Penetration Tests - Yujian Sun; Qinglai Fan; Cunzhong Sun; Zhaoxia Lin; Yunrui Han (Journal of Marine Science and Engineering, 2026)
T-bar penetrometers are widely utilized for measurements of strength characteristics of soft clay in offshore field investigations and laboratory tests. To obtain strain-softening parameters of marine soft clay, it is necessary to conduct cyclic T-bar tests below the critical penetration depth. Therefore, this study conducted CEL large-deformation finite-element analyses to simulate the entire penetration process of T-bar in strain-softening soils. An equation for predicting the critical penetration depth is proposed, taking into account both the amount and the rate of strength reduction of clay. The numerical results indicate that the minimum depth for initiating the pull-out phase of the cyclic test is the full-flow penetration depth plus three times the T-bar diameter, which ensures that the surrounding soil remains in a full-flow mechanism throughout the cyclic test. Moreover, a refined resistance degradation model is proposed, which corrects a defect in the existing model, which is that when the number of cycles is equal to N95, the predicted result of the model does not reach 95% degradation in penetration resistance. Then, an estimation method for strain-softening parameters of soft clay is developed. The method based on the refined resistance degradation model is verified by comparing the estimated values with the numerical simulation results in this paper and the available test data.

Defensive behavior of termite workers depends on the queen rather than soldiers in Reticulitermes chinensis (Blattodea: Heterotermitidae) - Xin-Yue Li; Huan Wang; Zahid Khan; Ya-Lin Xiao; Ya-Nan Dong (Insectes Sociaux, 2026)

Turning crisis into opportunity: Green transformation under corporate climate risk - Lin Li; Yunan Yang; Ruoya Zhao (Environment, Development and Sustainability, 2026)

VoxOct: A Sparse Voxel Framework for Large-Scale Geological Volume Representation - Deyun Zhong; Xingliang Xu; Zhaohao Wu; Binglei Li; Lin Bi; Liguan Wang (Natural Resources Research, 2026)

Effects of different intensity endurance training on atrial fibrillation in rats - Jingwen Xiao; Yan Zhang; Chenqi Yang; Chuanchuan Li; Yu Jiang; Xinqi Lai; Zhengnan Lin (Molecular and Cellular Biochemistry, 2026)

FAL1 facilitates cisplatin resistance of lung adenocarcinoma via BMI1/BIM-mediated apoptosis–autophagy interaction - Teng Ma; Yang Xia; Yijiang Chen; Han Lin; Chunfeng Pan (Molecular and Cellular Biochemistry, 2026)

Quercetin attenuates cisplatin-induced muscle atrophy via Hippo/YAP1 signaling pathway - Jingchun Lv; Jianwei Lin; Xiaojing Chen; Qi Wu; Zhiyao Cao; Dapeng Jiang (Journal of Natural Medicines, 2026)

Habitat explains intraspecific leaf morphological and physiological variation in the facultative epiphyte Nephrolepis cordifolia - Rui-Hong Hsu; J. Aaron Hogan; Chiao-Ping Wang; Teng-Chiu Lin (Journal of Plant Research, 2026)
Epiphytic and terrestrial habitats differ markedly in water, nutrient, and light availability and variability, yet few facultative epiphytes successfully grow in both habitats. As a facultative epiphyte, Nephrolepis cordifolia provides a valuable opportunity to investigate how individuals of the same species adjust morphological and physiological traits along contrasting microhabitats. We measured frond structure, physiology, and tissue nutrient concentrations for 20 epiphytic and 20 terrestrial N. cordifolia individuals to evaluate intraspecific variation in resource-use strategies by growth habitat. Our findings show that not all Leaf Economic Spectrum traits covary in this species. Structurally, while specific leaf area, leaf dry matter content, and stomatal morphology were conserved across habitats, epiphytic individuals exhibited greater leaf thickness, a trait consistent with conservative leaf economics strategies. Functionally, epiphytes exhibited more enriched δ 13 C, indicating higher intrinsic water-use efficiency and tighter stomatal regulation. Terrestrial individuals displayed significantly higher maximum quantum yield of PSII ( F v / F m ) and greater mass-based chlorophyll concentrations, reflecting higher potential photosynthetic capacity. In terms of leaf tissue chemistry, terrestrial individuals had higher nitrogen and magnesium concentrations, while epiphytes showed higher leaf carbon content and significantly elevated C/N ratios. These findings highlight the physiological plasticity of N. cordifolia , which enables adjustment to contrasting microhabitats through adjustments in water-use efficiency, photosynthetic capacity, and leaf chemistry. Our results support the idea that epiphytic plants generally exhibit a more conservative physiological profile, with reduced F v / F m and enriched δ 13 C, showing how they may function under chronically constrained physiological margins. This vulnerability underscores the potential risks epiphytes face under intensifying drought and irradiance associated with climate change, raising important questions about the resilience of facultative epiphytes in increasingly variable environments.

Dynamic Response Analysis of Floating Offshore Wind Turbines During Towing Operations - Jianan Wu; Kuankuan Wu; Liangmao Lin; Haorui Si; Binghao Zhao; Dayong Zhang (Journal of Marine Science and Engineering, 2026)
Floating offshore wind turbines (FOWTs) have become an important structural configuration for deep-water offshore wind energy development. However, existing studies have mainly focused on towing experience for conventional offshore structures and static stability assessment, while a systematic understanding of the multi-body coupled dynamic response characteristics and hazardous response factors of large-scale FOWTs under combined wind, wave, and current loads remains limited. To address the insufficient understanding of critical hazardous response indicators in existing studies, a 10 MW semi-submersible floating wind turbine was investigated in this study. Variations in environmental loads, towline constraints, and FOWT responses during towing were incorporated into a multi-body coupled analysis framework, and the key hazardous response indicators governed by different dominant environmental factors were identified. The results indicate that increasing wind speed significantly amplifies the pitch response, with the extreme pitch angle reaching approximately −7.17° under the 24 m/s wind condition. Variations in current velocity have limited influence on response amplitudes. Wave height has the most pronounced effect on heave motion and nacelle acceleration. Under the 6.5 m wave height condition, their extreme values reach approximately −1.37 m and 1.15 m/s2, respectively. Under the single-tug towing configuration, the 45° and 90° environmental directions induce pronounced lateral and yaw offsets, indicating insufficient path-keeping capability under unfavorable environmental directions. Comprehensive analysis demonstrates that pitch motion should be regarded as the primary hazardous response indicator under high wind speed conditions, while nacelle acceleration and heave motion require particular attention under high wave height conditions.

Chemical constituents from the roots of Illigera celebica - Si-Feng Yang; Lin-Wen Yi; Qiu-Xia Huang; Xing-Meng Luo; Xiao-Bing Su; Lin Hu; Wen-Ting Li; Xiang-Zhong Huang; Meng-Yuan Jiang (Natural Product Research, 2026)

Three new diterpenoids from the aerial parts of Callicarpa macrophylla - Liang Gou; Rong-Shuai Li; Jian-Lin Lai; Yan-Mei Ning; Xue-Ting Ji; Xiong Qiu; Chao Peng; Xiao-Li Li; Xing-Jie Zhang; Wei-Lie Xiao (Natural Product Research, 2026)

The undescribed alkaloids from Jacobaea cannabifolia (less.) E. Wiebe and their anti-inflammatory activities - Jian-Zhe Li; Juan Pan; Yu Bi; Zhi-Chao Hao; Wei Guan; Hai-Xue Kuang; Qing-Shan Chen; Li-Li Zhang; Xin-Yue Wu; Da-Lin Li; Bing-You Yang; Yan Liu (Natural Product Research, 2026)

Enzymatic synthesis of a new and bioactive dihydrochalcone: 3,4-dihydroxy-2′,6′-dimethoxy dihydrochalcone - Te-Sheng Chang; Jiumn-Yih Wu; Hsiou-Yu Ding; Tzi-Yuan Wang; Guan-Cheng Liu; Min-Lin Wang; Huei-Ju Ting (Natural Product Research, 2026)

Subduction-controlled Late Triassic rifting along the northern margin of Gondwana - Si-Lin Sun; Jian-Jun Fan; Bo-Chuan Zhang; Jia-Wei Bai; Yang Wang; Jun-Pu Lv; Xin-Yu Hou (International Geology Review, 2026)

Opening the window to the solar-driven world of MXenes: Mechanisms, synergistic strategies, and emerging applications for sustainable environmental purification - Xiao Zhang; Yingzi Du; Wenzhe Yu; Mingzhu Zhou; Xiang Cai; Leihong Zhao; Hongjun Lin; Bisheng Li (Critical Reviews in Environmental Science and Technology, 2026)

Artificial Intelligence and Protein Design: A retrospective study on 20-year emerging trends and core research areas from bibliometric perspectives - Wenjuan Zhao; Xiuwu Pan; Wei Yang; Zichang Liu; Xiyi Wei; Anqi Lin; Bufu Tang; Lin Zhang; Mingjia Xiao; Qing Zeng; Quan Cheng; Weiming Mou; et al. (Probiotics and Antimicrobial Proteins, 2026)

Targeting eIF5A2 hypusination with bikinin sensitizes hepatocellular carcinoma to lenvatinib by suppressing TFEB-mediated autophagy - Shuqian Wang; Qingyun Zhou; Qiaomei Lin; Shufen Zhang; Ying Cai; Fangnan Wu; Fangyuan Kuang; Lianghui Wang; Shangzhi Xie; Jiahua Lan; Li Zheng; Guodong Xu; et al. (Human Cell, 2026)

Trophic plasticity drives species-specific adaptive responses to seasonal variability in reef-building corals - Xiao-Lei Yu; Lei Jiang; Yong Luo; Lin-Tao Huang; Peng Zhang; Zhan-Wei Li; Cheng-Yue Liu; Pan Zhang; Jian-Yu Chen; Sheng Liu; Gui-Xin Dong; Hui Huang (Coral Reefs, 2026)

Trends of Eddy Kinetic Energy in the South China Sea Observed from Three Decades of Satellite Altimetry Records - Mengrong Ding; Yujie Han; Yong Jiang; Hailong Liu; Pengfei Lin; Yaqi Wang (Advances in Atmospheric Sciences, 2026)

Encounter Scenario Generation and Simulation Based on a Wasserstein Generative Adversarial Network with Gradient Penalty for Autonomous Ships - Jie Shi; Shengzheng Wang; Xiuzhi Chen; Xinwei Lin; Ranxuan Ke (Journal of Marine Science and Engineering, 2026)
Virtual testing is one of the key methods for evaluating the collision avoidance capabilities of autonomous ships, and test scenarios provide the fundamental basis for its implementation. However, generating test scenarios that are both diverse and physically realistic remains a significant challenge in this field. This paper proposes a ship encounter scenario generation and dynamic simulation method for encounter situations based on a Wasserstein Generative Adversarial Network with Gradient Penalty (WGAN-GP). Specifically, the proposed framework consists of a Collision Risk Index-guided-WGAN-GP (CRI-WGAN-GP) for initial encounter scenario generation and a Physics-Informed Conditional WGAN-GP (PI-CWGAN-GP) for dynamic encounter scenario simulation. In the first stage, the CRI-WGAN-GP is developed to generate initial encounter scenarios with collision-risk characteristics. The Collision Risk Index (CRI) is directly embedded into the discriminator of the WGAN-GP. This mechanism forces the latent space to learn risk correlations, enabling effective exploration of high-risk boundaries and generating test cases with collision risks for the target ship. In the second stage, the PI-CWGAN-GP is designed to generate sequential dynamic simulation scenarios conditioned on the current encounter situation. By incorporating constraints related to ship motion performance, the PI-CWGAN-GP ensures that the generated ship behaviors are physically realistic. The proposed method is experimentally evaluated based on scenario diversity and physical realism, and the experimental results demonstrate that the proposed method can generate initial scenarios with collision risks and simulate ship behavior in encounter situations. Compared to existing random sampling and general generative adversarial network methods, the proposed approach shows significant advantages in generating more realistic and high-risk scenarios. In addition, a stress-test analysis is conducted based on a real encounter scenario, with the historical own-ship trajectory replayed as a reference response. Since no specific collision-avoidance algorithm is exposed to the generated scenarios in closed loop, the evaluation is limited to examining the encounter pressure imposed by the generated target-ship behaviors. The results show that the generated counterpart scenarios reduce the original spatial and temporal safety margins and create more demanding encounter conditions.

Elucidating targets and mechanisms of dietary mycotoxin carcinogenesis via network toxicology, pan-cancer analysis, and molecular simulation - Peng Lin; Wei Cheng; Xin Qi; Jing Li (Naunyn-Schmiedeberg's Archives of Pharmacology, 2026)

Editorial Expression of Concern: Knockdown of NOB1 expression inhibits the malignant transformation of human prostate cancer cells - Xiangmin Zhang; Dongxu Zhang; Fajun Qu; Yi Hong; Jianwei Cao; Xiuwu Pan; Lin Li; Yi Huang; Hai Huang; Lei Yin; Lu Chen; Jizhong Ren; et al. (Molecular and Cellular Biochemistry, 2026)

Stress-associated alterations in amygdala-striatal activity: a multi-level analysis of distributional, dynamical, and computational signatures - Feng Lin (Journal of Computational Neuroscience, 2026)

Deep learning and multi-view image fusion for identification of karst voids and areal porosity quantification in deep carbonate reservoirs: a case study of the Lungu-7 block, Tarim Oilfield, China - Zhuolin Li; Guoyin Zhang; Jianli Lin; Xin Zhang; Jinqiang Tian (Acta Geophysica, 2026)

Stem Cell-Derived Exosomes: A Cell-Free Frontier in Peripheral Nerve Regeneration - Lin Lin; Lin Yan; Yaqiong Zhu; Yukun Luo (Stem Cell Reviews and Reports, 2026)

Disparities in the global cancer burden attributable to modifiable risk factors: a systematic analysis for the Global Burden of Disease Study 2021 - Zenghong Wu; Huili Ren; Fangnan Xia; Rong Lin (Science China Life Sciences, 2026)

Deep seismic sounding methods for imaging the fine structure of the Earth’s crust - Yurui Guan; Tao Xu; Zhiming Bai; Jiyan Lin; Dengda Zhu; Jiwen Teng (Science China Earth Sciences, 2026)

Interannual variation and driving factors in area of the Zonag Lake basin on the Qinghai-Xizang Plateau - Min Liu; Wei Zhu; Liangyuan Zhao; Yichao Wang; Li Lin; Minjie Liang; Mingyang Huang (Journal of Oceanology and Limnology, 2026)

Remote sensing observation of algal bloom encroachment into aquatic vegetation in Taihu Lake over the past two decades - Chen Guo; Junfeng Xiong; Jinyi Huang; Man Hou; Xudong Zhou; Chen Lin; Ronghua Ma; Yang Xiang (Journal of Oceanology and Limnology, 2026)

A Scalogram Image-Based Method for Continuous Estimation of Hand Kinematics from Surface Electromyography - Lin Zeng; Wenhao Wu; Li Jiang (Annals of Biomedical Engineering, 2026)

Non-Equilibrium Recovery of Plankton Communities in the Yangtze River Estuary: Three Years After the Fishing Ban - Bangping Deng; Wei Liu; Qiliang Song; Yuchen Guo; Chenxing Yang; Lin Zhu; Jun Li; Lijia Liu; Yin Yang; Xiucheng Yu (Fishes, 2026)
Large-scale fishing bans are increasingly implemented to restore aquatic ecosystems, yet their effects on lower trophic levels remain poorly understood. As one of the world’s largest estuarine systems, the Yangtze River Estuary has been subjected to a ten-year fishing ban since 2021, providing a unique opportunity to potentially examine the response of plankton community to reduced fishing pressure along a steep salinity–nutrient gradient. This study relies on one-off environmental and plankton field surveys conducted in autumn 2024 (a sampling instead of multi-year time-series monitoring), we applied redundancy analysis, Mantel tests, and threshold indicator taxa analysis to tentatively clarify the roles of nutrients and salinity in structuring post-ban plankton communities. Species richness may have increased substantially compared with pre-ban levels, but community evenness declined and the dominance of Skeletonema costatum could have intensified, revealing a possible non-equilibrium recovery pattern. Zooplankton density increased substantially, which may not be fully consistent with the expectation under a simple top-down release scenario. Threshold analysis showed that S. costatum exhibited bidirectional responses to dissolved inorganic nitrogen and phosphate, with its positive response thresholds matching ambient nutrient concentrations in the inner estuary; this discrepancy is only a plausible inference since we lack direct measurements of fish predation and zooplankton grazing rates to verify causal trophic interactions. Our findings suggest that bottom-up forces driven by persistent eutrophication remain the dominant control on plankton community structure three years after the ban. From a watershed management perspective, our observational results provide a tentative implication that substantial reductions in nutrient loading might be required to mitigate unbalanced plankton community recovery; otherwise, the structural integrity of plankton assemblages could lag far behind the recovery of species richness under the current eutrophic background.

Intrapulmonary Mercury Deposition more than a Decade after Ingestion of a Mercury-Containing Traditional Remedy: A Case Report - Abudushalamu Abudureheman; Lijuan Lin; Hailin Chen; Chunping Wu; Maimaitirexiati Supaji; Tianming Zheng (Biological Trace Element Research, 2026)

Edge detection of seismic data based on block semblance attributes - Jian-lin Hu; Wei-qi Song; Lin Dong (Applied Geophysics, 2026)

The degradation of proanthocyanidins: dynamic mechanisms to digital solutions - Naizhu Liu; Li Li; Yafei Wang; Zhenshan Hou; Lin Hui; Yunting Li; Guanlin Qian; Rongrong Xia; Miao Yan; Heran Xu; Jinghong Shan; Huanyu Wang; et al. (Critical Reviews in Food Science and Nutrition, 2026)

Overexpression of the MsCaM1 gene from alfalfa promoted growth and salinity tolerance in transgenic Arabidopsis - Rugang Yu; Xin Chen; Xinli Pan; Mengru Rong; Lin Yang; Guoliang Wang; Xueling Du (Journal of Plant Biochemistry and Biotechnology, 2026)

ZBP1-driven PANoptosis in granulosa cells mediates follicular arrest in PCOS: integrated transcriptomic evidence and baicalin’s therapeutic potential - Jiahui Ye; Xiaoxia Zhao; Siyuan Cen; Bixia Zhang; Hengzhen He; Chao Song; Pinglan Ma; Hanmei Lin (Naunyn-Schmiedeberg's Archives of Pharmacology, 2026)

Comparative evaluation of fish community diversity and stability in the Zhanjiang mangrove watershed using environmental DNA and centipede net sampling - Wenxiao Su; Xiaoyan Lu; Zeyu Lin; Zhenyu Wang; Yiyuan Lin; Jianxiang Feng (Journal of Oceanology and Limnology, 2026)

Matriptase proteolysis selectively drives disassembly and internalization of the claudin-7 complex while preserving E-cadherin - Yu-Ling A. Kao; He-Yu Huang; Yin S. Yu; Nanxi Huang; Ya-Chin Chan; Chen-Ray Lee; Michael D. Johnson; Chen-Yong Lin (Human Cell, 2026)

Targeted co-delivery of curcumin and TRAIL via engineered extracellular vesicles: a synergistic therapy against resistant cancers - Lang Liu; Jiahong Jiang; Zelin Wu; Xiaoli Wu; Jun Peng; Nuo Xu; Xudong Lin; Ronghui Sun; Yuyi Kang; Changhong Ke; Caijun Zhao; Qilin Huang; et al. (Drug Delivery and Translational Research, 2026)

RHBDD2 Confers Insensitivity of Esophageal Squamous Cell Carcinoma to Cisplatin by Inhibiting Ferroptosis Through the Wnt3a/β-Catenin/FTH1 Axis - Youxiang Ding; Geng Tian; Minjie Zhang; Lin Zou (Cell Biochemistry and Biophysics, 2026)

RGCNet: A Lightweight Radiometric–Geometric–Contextual Network for SAR Oil Spill Detection in Maritime Monitoring - Xingquan Cai; Lin Dong; Jiawei Tang; Luyao Wang; Haiyan Sun (Journal of Marine Science and Engineering, 2026)
Marine oil spills pose serious threats to coastal ecosystems and maritime activities, and synthetic aperture radar (SAR) has become an important tool for all-weather marine monitoring. However, SAR oil spill detection remains challenging because oil spills usually appear as weak dark anomalies with blurred boundaries, elongated or fragmented shapes, and strong interference from lookalike phenomena such as low-wind areas and internal waves. To address these issues, we propose RGCNet, a lightweight radiometric–geometric–contextual detection framework based on YOLOv11n. Firstly, the H_SPDRFF module is incorporated into the backbone to enhance weak radiometric responses through constrained feature amplification, thereby reducing missed detections caused by low-contrast oil slicks. Secondly, the C3k2_GSR module is designed in the neck to strengthen anisotropic geometric refinement and preserve the continuity of elongated and fragmented oil spill regions during multi-scale feature fusion. Finally, a SAR-adapted large selective kernel block (LSKBlock) is embedded in the high-level backbone to improve contextual discrimination between true oil spills and lookalike dark formations. Experiments on DeepSAR show that RGCNet increases mAP@0.5 and mAP@0.5:0.95 by 3.6 and 3.0 percentage points over the YOLOv11n baseline, respectively. Cross-dataset evaluation on SAR-Oil-Spill demonstrates a 3.9-point mAP@0.5 gain, indicating strong transferability. Furthermore, with a compact model size of 2.67 M parameters and 6.4 G FLOPs, RGCNet achieves an inference speed of 162.5 FPS on an RTX A4000 GPU, demonstrating its efficiency and potential for real-time maritime surveillance. Nevertheless, the current bounding-box formulation cannot precisely delineate irregular oil-spill boundaries. Future work will therefore investigate fine-grained segmentation and cross-sensor adaptation.

Post-storm fine-particle deposition and heavy-metal enrichment in a surface event layer of the northeastern Beibu Gulf after Super Typhoon Yagi - Haidong Li; Yunpeng Lin; Yunhai Li; Hengbo Wang; Shanshan Zhang; Hannv Zhang; Guicai Zhong; Jinlong Wang; Fanyu Lin (Frontiers in Marine Science, 2026)
Storm-generated surface deposits can preserve short-lived sedimentary and geochemical signals, but their interpretation requires careful distinction between event-layer contrasts and true pre–post storm changes. Here we examine the sedimentary and heavy-metal characteristics of a post-storm surface drape and the underlying reference sediment in the northeastern Beibu Gulf after Super Typhoon Yagi. Grain size, total organic carbon (TOC), aluminum (Al), and heavy metal concentrations were analyzed, and interlayer differences were evaluated using correlation analysis and a Surface–Subsurface Contrast Index (SSCI). Because sediment samples were collected 20–21 days after Typhoon Yagi and no directly observed pre-typhoon surface baseline was available, the observed differences are interpreted as post-event surface–subsurface contrasts rather than direct pre–post storm concentration changes. The surface drape is laterally persistent, finer grained, and enriched in TOC and Al, indicating that it primarily records post-storm settling of fine particles rather than deposition under peak storm energy. Most metals, including V, Cr, Co, Ni, Zn, Pb, Mn, and As, show higher concentrations in the surface drape than in the subsurface reference layer, with mean surface–subsurface contrasts of 35–61%, whereas Cu shows only a limited contrast and Cd remains broadly unchanged. V, Cr, Co, Ni, Zn, and Pb exhibit spatially coherent high-value zones in the surface drape, broadly consistent with the distribution of fine-grained and Al-rich sediments. These contrasts suggest that the post-storm surface drape preferentially preserved fine-grained, Al-rich, and organic-bearing particles that acted as metal carriers. Our results highlight that post-storm surface sediments in tropical–subtropical bays should be interpreted as event-layer archives of short-term sedimentary and geochemical reworking rather than as simple indicators of long-term background seabed conditions. These findings provide insight into how extreme storms may imprint short-term source-to-sink signals in coastal event deposits.

A coarse-to-fine machine-learning framework for identifying functional connectivity markers of cognitive impairment in Parkinson’s disease - Chung-Yao Chien; Tsung-Lin Lee; Tien-Yu Lin; Rwei-Ling Yu; Chou-Ching K. Lin (Medical & Biological Engineering & Computing, 2026)

From copper imbalance to immunometabolic remodeling: cuproptosis-related vulnerability and therapeutic hypotheses in autoimmune diseases - Yang Shao; Rui feng Zhang; Zhonghe Wang; Jiali Gan; Xi juan Jiang; Lin Yang; Zhi jie Song (Inflammation Research, 2026)

Unraveling the complex interplay between glymphatic function, age, and brain structure in school-aged children with autism spectrum disorder - Zhongfeng Xie; Di Zhou; Shuchao Wang; Ting Hua; Hong Chen; Rong Yang; Yujiao Gong; Guangyu Tang; Lin Zhang; Xiaowen Xu (Brain Imaging and Behavior, 2026)

Two new chroman derivatives from the desert plant endophytic fungus Lasiodiplodia sp - Wen-Xiang Tao; Jin Ye; Lin-Ping Zhang; Le Zhang; Dong-Yang Liu; Xiu-Feng Yang; Tian-Cheng Ma; Yi Sun; Chang Zhang; Fan-Wei Liu; Ying Chen; Bo Song (Natural Product Research, 2026)

Numerical Simulation of Hydraulic Fracturing in Bedding Reservoir Rocks with Natural Fractures - Li Fan; Yibo Wang; Xiaoning Wang; Shaojiang Wu; Jianghao Lin (Rock Mechanics and Rock Engineering, 2026)

RMI2 knockdown suppresses ovarian cancer cell growth by impairing DNA damage repair via the ATR/CHK1 signaling pathway - Kean Zhu; Zhao Li; Yingying Wei; Ying Lin (In Vitro Cellular & Developmental Biology - Animal, 2026)

Microplastic contamination in giant tiger prawn and greasyback shrimp from Malaysian waters - Wei Lin Wong; Tony Hadibarata; Risky Ayu Kristanti; Undang Hernawan; Budi Kurniawan; Mohammad Noor Hazwan Jusoh; Josfirin Uding Rangga; Han Kiat Chin; Anisa Ratnasari (Environmental Sustainability, 2026)
Microplastics (MPs) are ubiquitous contaminants in the marine environment. The potential pathway through the food web to humans is a general public concern. Commonly consumed marine organisms have never been studied for the presence of MPs as an entry route into the food chain. This study selected Penaeus monodon (tiger prawn) and Metapenaeus ensis (greasyback shrimp) because of their commercial importance, high consumption rates, and consistent availability in Miri, Sarawak, Malaysia. Samples were collected from major fish markets supplied by both coastal fisheries and aquaculture farms. The gastrointestinal tracts of both species were analyzed under a microscope, and Attenuated Total Reflectance Fourier-Transform Infrared (ATR–FTIR) spectroscopy was performed on suspected MPs based on their physical characteristics. All samples contained plastic: 280 ± 91 pieces/kg wet weight for P. monodon and 457 ± 171 pieces/kg for M. ensis . Fibers were the dominant shape of the MPs observed, followed by fragments and pellets; black was also the dominant color. Most of the particles determined by size were within 500 to 1000 μm in dimension. Polyester and polystyrene were the two major types of polymers by the FTIR analysis. This calls for urgent reinforcement in food safety measures accompanied by environmental policy interventions directed towards microplastic contamination in seafood that encapsulates potential health risk avenues to consumers as well as broader ecological impacts.

Functional noncoding variants within the TBX1 enhancer contribute to tetralogy of Fallot - Jimiao Gao; Tao Jiang; Yingyi Quan; Xinyue Liu; Min Da; Jiang Jiang; Jun Zhou; Hao Sun; Yan Zhou; Wanting Ma; Zicheng Zhang; Yiwei Cheng; et al. (Science China Life Sciences, 2026)

Cardiac Organoids Uncover an Association of CHD7 Deficiency with Congenital Heart Disease - Siyu Sun; Zhiyu Feng; Weilan Na; Yuan Gao; Shaojie Min; Quannan Zhuang; Siyi Lin; Quming Zhao; Xianghui Huang; Hongmei Song; Wei Sheng; Guoying Huang (Phenomics, 2026)

Neural network approach for predicting outcomes of external cephalic version for breech presentation: a retrospective cohort study - Yuting Xiang; Wenjian Yang; Haote Han; Haixia Lin; Wanhua Wu; Suran Huang; Hao Wang; Ning Hu; Zhongjun Li (Journal of Zhejiang University-SCIENCE B, 2026)

Artificial Feeds Induce Hepatic Steatosis and Metabolic Reprogramming in Mandarin Fish (Siniperca chuatsi) - Minglin Wu; Yongxu Sun; Yangyang Jiang; Beibei Zhou; Jingwen Hao; Qiang Lin (Fishes, 2026)
Artificial feeds are considered a sustainable alternative to natural live feeds for mandarin fish (Siniperca chuatsi) aquaculture, but their impacts on hepatic metabolism and growth remain unclear. In this study, a total of 800 adult mandarin fish with an initial mean body weight of 152.4 ± 8.7 g were reared for 150 days, and we compared growth performance, liver histology and liver metabolomics of fish fed artificial (AF) or natural live feeds (NF). No significant differences were observed in body length, weight, or condition factor, but the hepatosomatic index (HSI) was significantly higher in the AF group (p

Evaluation of an Automated Vaccination Strategy Against Aeromonas hydrophila in Grass Carp: A Comparative Study with Conventional Manual Injection - Lin Luo; Zhen Qin; Chen Li; Defeng Zhang; Yan Ren; Qing Wang; Jian Zhao; Songming Zhu; Zhangying Ye (Fishes, 2026)
(1) Background: Vaccination is crucial for Ctenopharyngodon idella, yet the impact of delivery methods on welfare and immunity requires investigation. (2) Methods: This study compared manual (HI-V) and automated (AI-V) injections of inactivated Aeromonas hydrophila vaccine. (3) Results: Both methods induced protective immunity, with AI-V achieving a slightly higher Relative Percent Survival (41.67%) than HI-V (37.84%). AI-V promoted stable erythropoiesis and robust systemic/mucosal IgM responses with elevated HSP70 and IL-6. Conversely, HI-V triggered sharp transient stress and upregulated Gadd45γ, indicating greater genotoxic stress. (4) Conclusions: Automated injection offers comparable immune protection with reduced physiological stress and improved homeostasis, supporting its use for welfare-conscious aquaculture.

Economic impacts, legal harmonization, and policy logic of China’s accession to the 2010 hazardous and noxious substances convention - Ziying Lin; Xiaowei Lu; Xu Wu (Frontiers in Marine Science, 2026)
As China emerges as a prominent hub for the maritime transport of hazardous and noxious substances (HNS), its existing compensation regime reveals significant structural weaknesses in addressing large-scale transboundary incidents. Relevant legislation, including the Ecological Environment Code and the Maritime Code, suffers from ambiguous liability provisions, inadequate compensation limits, a limited scope of coverage, and the lack of a dedicated compensation fund. These deficiencies have severely impeded effective redress in cases such as the Sanchi oil spill. This paper posits that accession to the 2010 HNS Convention represents the most viable solution to these challenges. It traces the legislative evolution of the Convention and underscores its balanced framework for risk-sharing among shipowners, cargo interests, and victims. Moreover, a quantitative risk calibration analysis is conducted to assess the financial implications for China, revealing that the country would incur modest annual costs while accessing significantly higher compensation coverage than the current regime permits. The paper advocates for a coordinated strategy that includes ratification of the Convention, reform of domestic legal frameworks, establishment of a supplementary compensation fund, and reinforced regional cooperation to effectively rectify the identified shortcomings.

Evidence for plant resource utilisation from the Southern Dynasties period (5th–6th century ce) in South China: a study of macrobotanical remains from the administrative office of Yuezhou Ancient City, Guangxi, China - Zixian Jiang; Chong Yu; Xue Yan; Weiyan Wei; Junlei Zheng; Qiang Lin; Chuenyan Ng (Vegetation History and Archaeobotany, 2026)

Prevotella copri impairs bone mass via osteoclast activation in mice - Rui Li; Haiyan Zhang; Shiyong Xin; Tiantian Zeng; Wenchu Qian; Yawen Sun; Yunfei Cao; Yuxin Wang; Bin Li; Ming Tian; Hai Lin; Haifang Li (Molecular and Cellular Biochemistry, 2026)

LncRNA GATA3-AS1 affects the proliferation and apoptosis of cardiomyocytes through modulating miR-149-3p/NR2F2 axis - Huaming Wang; Xi Lin; Qiuyang Gu; Xiang Xu; Linglin Wei; Xinxiu Liu (Molecular and Cellular Biochemistry, 2026)

Double-edged sword effects of degradable microplastics as carbon-active inputs on soil net carbon balance: A critical perspective - Shuai Zhou; Ruimin Qi; Amit Kumar; Dafeng Hui; Shengdao Shan; Junjie Lin (Biology and Fertility of Soils, 2026)

Robot-assisted laser osteotomy system based on dose–effect model-guided feedforward control - Zeng Kuang; Yanping Lin; Shiqi Peng; Yinwei Li; Huifang Zhou (Medical & Biological Engineering & Computing, 2026)

Dynamic assessment of methane emission trends and rice-sector adjustment in three Southeast Asian countries - Yi-Chia Lin; Sheng-Yao Huang (Environmental Monitoring and Assessment, 2026)

Correction: Research on intelligent predicting method of underwater acoustic field based on physics-informed neural network - Lei Chen; Lin Zhang; Xuehai Sun; Jiaxi Duan; Lijun Yin; Xinshuo Zheng; Jie Chen (Frontiers in Marine Science, 2026)

Study on Fertility and Genetic Diversity of Introduced Sugar Beet Germplasm Resource FC220 - Shi-Kun Zhang; Ya-Dan Xiao; Lin Liao; Ze-Dong Wu; Lin-Lin Sun (Sugar Tech, 2026)

Optimized Midbrain Organoid Transplantation Restores Dopaminergic Nigrostriatal Pathway and Motor Function in Parkinson’s Disease Mouse Model - Lin-Bo Chen; Xin-Yu She; Xi Jiang; Peng-Jian Wu; Chang-Qing Zheng; Jun Yao (Neuroscience Bulletin, 2026)

Taxonomy of Neostagonosporella on Chimonobambusa with descriptions of two new taxa - Xiu-Lan Xu; Yu Deng; Li-Ping Gao; Qian-Ying Huang; Wei Liu; Li Zhuang; Fei Chen; Qian-Gang Xiao; Zhen Zeng; Feng Liu; Qi-Rong Sun; Ying-Gao Liu; et al. (Mycological Progress, 2026)

Hydrothermal zircon recording multi-stage tectonic reworking in Permian volcaniclastic rocks of the Emeishan Large Igneous Province, Southwest China - Junlang Chen; Xiaohong Liu; Tong Lin; Mingyou Feng; Hongming Tang; Jie Tan; Weiwei Wang; Junxin Shang; Tenglong Hu; Yili Zhao (Mineralogy and Petrology, 2026)

Agmatine induces mitophagy via the PTS-I2R pathway to increase autophagic flux and attenuate sepsis-induced intestinal epithelial cell apoptosis - He Jin; Shuangqin Yin; Yongming Li; Xiangwei Hou; Lin Qiao; Tianyin Kuang; Jing Zhou; Xue Yang; Wanting Zeng; Chao Fan; Li Luo; Lihui Wang; et al. (Inflammation Research, 2026)