Physcomitrella patens 下载积分: 1992 内容提示: Developmental mutants have beenused to investigate the genes andmechanisms controlling cell, leafand flower shape, flowerorganisation and plantarchitecture. With studies inArabidopsis and other species, thiswork has also begun to reveal thelevels of ...
Physcomitrella patenshas been recognised as a versatile model in cell biology, due to the ease of genetic manipulation, its evolutionary position, rather simple tissue structure and growth mode, as well as its overall amenability toin vivoimaging. With the increasing number of genetically encoded bio...
Physcomitrellapatens DavidJ.Cove,Pierre-FrançoisPerroud,AudraJ.Charron,StuartF.McDaniel, AbhaKhandelwal,andRalphS.Quatrano 1 DepartmentofBiology,WashingtonUniversity,St.Louis,MO63130,USA INTRODUCTION Thisprotocoldescribeshowtoisolateindividualprotoplastsfromyounggametophytetissueofthe mossPhyscomitrellapatensandhowto...
网络小立碗藓;苔藓;藓类植物 网络释义 1. 小立碗藓 小立碗藓(Physcomitrella patens)在分类上属于葫芦藓科,小立碗藓属,分布于欧洲、亚洲、非洲及大洋洲,我国湖南省张家 … www.baike.com|基于147个网页 2. 苔藓 苔藓(Physcomitrella patens)细胞色素P450突变体构建及亚细胞高建伟山东省农业科学院定位水稻热激蛋白...
It can be used for the production of various mutants, for parasexual research, transformation, study of plant hormones on developmental...Rombauts, SVan de Peer, YVan de Peer, YFawcett, JRombauts, SVan de Peer, YFawcett, JVan de Peer, YRombauts, SVan de Peer, YSpringer Netherlands...
小立碗藓(Physcomitrella+patens)植物microRNA结合靶位预测.pdf,进行切割在转录后水平调节基因表达。在植物中还发现,miRNA靶基因的反馈调节可能 制可能比在动物中复杂(24)。 P‘c‘mR^ ——。。。N。一卜_ -弋/ {r DO_t① E。。.H。。iq + 繇嚣……--uI.ImIll一 1l“
BMC Plant Biology (2019) 19:9 https://doi.org/10.1186/s12870-018-1611-z RESEARCH ARTICLE Open Access Phytohormone treatment induces generation of cryptic peptides with antimicrobial activity in the Moss Physcomitrella patens Igor Fesenko1* , Regina Azarkina1, Ilya Kirov1, Andrei Kniazev1, Anna...
预测小立碗藓(Physcomitrellapatens)植物microRNA结合靶位将为小立碗藓功能基 因组学研究提供重要的数据。本文利用miRBase数据库中收录的植物miRNA,对小立碗 藓mRNA序列进行搜索,预测出小立碗藓中存在162个植物miRNA家族的结合靶位。 通过分析miRNA结合靶位数目和miRNA协同作用网络,筛选出miR482和miRl168在 ...
1)Physcomitrella patens小立碗藓 1.A Nucleus-encoded Topological Specificity Factor PpMinE in Physcomitrella patens has Conserved Function Similar to Its Chloroplast-encoded Ancestor;小立碗藓叶绿体分裂相关基因PpMinE的克隆及其功能与进化分析(英文) 2.The effect of plant hormones to calli inducement and dif...
The example of OLEOSIN1 in Physcomitrella patens Whilst some higher plant-specific developmental processes cannot be directly transposed to moss, Physcomitrella patens remains an interesting model system to explore plant functions [63,64] and to dissect cellular processes including transcription [65], as...