据2017年6月14公布的2016年度《期刊引用报告》(Journal Citation Reports)显示,《分子植物》(Molecular Plant)的SCI影响因子(Impact Factor)突破8分大关,上升为8.827,并首次超过植物学领域顶级期刊《植物细胞》 (The Plant Cell),在植物科学领域的所有211种...
据2017年6月14公布的2016年度《期刊引用报告》(Journal Citation Reports)显示,《分子植物》(Molecular Plant)的SCI影响因子(Impact Factor)突破8分大关,上升为8.827,并首次超过植物学领域顶级期刊《植物细胞》(The Plant Cell),在植物科学领域的所有211种SCI期刊中排名第五,在植物科学领域研究类期刊中排名第二。 《...
Molecular Plant Pathology由英国植物病理学会主办、Wiely出版集团出版的老牌植物病理学的学术期刊,在植物科学的234个期刊中排名21位,现影响因子为4.326,并为中科院1区的开放获取(open access)期刊。 2. 特刊背景 Food security and safety becomes urgent with the increasing human population and the demands for healt...
Molecular analysis of relevant factors in the plant alone, the microbe alone, or molecular analysis of components that affect or modulate plant-microbe interactions may be the subject of an MPMI paper. Year Impact Factor (IF) Total Articles Total Cites 2023 (2024 update) 3.2 - - 2022 3.5 -...
Physiological and Molecular Plant Pathology Supports open access 4.3CiteScore 2.8Impact Factor Articles & Issues About Publish Order journalSubmit your articleGuide for authors Volume 90 Pages 1-130 (April 2015) Download full issue Previous vol/issue Next vol/issue...
Plant Molecular Biology is an international journal committed to the swift publication of original research in all plant biology areas. Focuses on important ...
News: Molecular Breeding Welcome Plant Variety Articles Now! We are pleased to announce that starting from 2024,Molecular Breeding(MOLB) welcome Plant Variety articles! To publish this kind of article, please read theguidelines for authorscarefully before submission. ...
https://www.cell.com/molecular-plant/current#closeFullCover Spotlights Salt with a sweet tooth: galactan synthesis impacts salt tolerance in Arabidopsis Liu Wang,Edwin R. Lampugnani,Staffan Persson https://doi.org/10.1016/j.molp.2021.01.011 ...
Our understanding of temperature signalling is now progressing, mainly by exploiting the model plant Arabidopsis thaliana. The transcription factor PHYTOCHROME INTERACTING FACTOR 4 (PIF4) has emerged as a critical player in regulating phytohormone levels and their activity. To control thermomorphogenesis, ...
20. Planarian plasticity is also visible during their normal homeostasis, since they continuously grow and degrow depending on food availability18,21. The presence of these unique adult stem cells and their plasticity renders planarians in a unique model to study the impact of environmental factors...