Nature Communications Journal Abbreviation: NAT COMMUN Journal ISSN: 2041-1723 YearImpact Factor (IF)Total ArticlesTotal Cites 2023 (2024 update)14.77891738284 202216.6-675323 202117.694-604735 202014.9195997453215 201912.1215469312599 201811.8785058243793 201712.3534316178348...
截止至2024.12.23日,著名期刊《Nature Communications》 的 article 发文量已破万——10005篇。2024年NC版面费为6790美元/篇,版面费年赚近7000万美元,大约5亿人民币!《Nature Communications》 现在就是赚钱超级机器,学术研究资本化典型案例!《Nature Communications》为了赚钱,年发文量逐年上涨。从2010年的全年150篇,...
lead variants from the study were extracted to calculate locus boundaries, defined as ±500 kb or r2 < 0.1 within a 4 mb region (whichever was larger), centered on the lead variant. The 1000 G reference panel was used to calculate correlations between variants61...
Community estimate of global glacier mass changes from 2000 to 2023 Interferometric single-shot parity measurement in InAs–Al hybrid devices Trump’s siege of science: how the first 30 days unfolded and what’s next Woman in cancer remission for record 19 years after CAR-T immune treatment ...
【编者按】:在第一篇总述(年度总结 | 2024年Nature Communications计算生物学方法论文精选)中,我们回顾了《自然通讯》杂志计算生物学方法亮点论文,展望了未来的领域发展。上篇(2024年Nature Communications计算生物学亮点论文评述(2))我们利用四...
目前在解析人类基因组中疾病风险相关非编码变异的研究上以最后通讯或唯一通讯作者身份发表了多篇高水平的研究论文,包括Nature Genetics (2021)、Nature Communications (2024,2023)。已培养组内研究生/博士后获得多项重要国际及国内荣誉奖项,包括20...
近日,云南民族大学民族医药学院周敏教授团队与复旦大学化学系张俊良教授团队合作,在不对称催化多米诺Heck/Tsuji-Trost反应研究领域取得进展,相关研究成果以“Enantioselective Heck/Tsuji-Trost reaction of flexible vinylic halides with 1,3-dienes”为题发表在Nature子刊《Nature Communications》上。云南民族大学为第一...
【文献解读】Nature Communications 2023 - 血浆蛋白组学预测个体未来健康风险 论文地址:Plasma proteomic profiles predict individual future health risk - PMC (nih.gov) 项目地址:https://github.com/jasonHKU0907/FutureHealthProteomicPrediction 一、论文概述...
细胞内生长素水平较低时,质膜上的BRX抑制PAX介导的生长素外排,即使得生长素外排减少,胞内生长素逐渐升高;随着胞内生长素的升高,BRX被PAX替代,促进PIN介导的生长素的外排,从而降低胞内生长素的浓度,这种反馈调节又被PIP5K所增强。 结合之前报道的CLE45的施加也能够抑制PPSE的分化...
(Lyu et al., 2023, Plant Communications);5)解析了Stomagene表达量的降低是C4演化中气孔密度降低的核心机制(Zhao et al., 2022, Plant Physiology);6)揭示α-酮戊二酸(α-KG)的提高是黄顶菊属C4代谢途径建成的前提条件(Tang et al., 2024, Plant Physiology);7)发现ERF转录因子在C4光合演化中发挥核心...