LitCoin-sentences  

PubMed:26991973 JSONTXT 25 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function

Id Subject Object Predicate Lexical cue
T1 0-56 Sentence denotes MOL1 is required for cambium homeostasis in Arabidopsis.
T2 57-167 Sentence denotes Plants maintain pools of pluripotent stem cells which allow them to constantly produce new tissues and organs.
T3 168-352 Sentence denotes Stem cell homeostasis in shoot and root tips depends on negative regulation by ligand-receptor pairs of the CLE peptide and leucine-rich repeat receptor-like kinase (LRR-RLK) families.
T4 353-482 Sentence denotes However, regulation of the cambium, the stem cell niche required for lateral growth of shoots and roots, is poorly characterized.
T5 483-579 Sentence denotes Here we show that the LRR-RLK MOL1 is necessary for cambium homeostasis in Arabidopsis thaliana.
T6 580-745 Sentence denotes By employing promoter reporter lines, we reveal that MOL1 is active in a domain that is distinct from the domain of the positively acting CLE41/PXY signaling module.
T7 746-933 Sentence denotes In particular, we show that MOL1 acts in an opposing manner to the CLE41/PXY module and that changing the domain or level of MOL1 expression both result in disturbed cambium organization.
T8 934-1074 Sentence denotes Underlining discrete roles of MOL1 and PXY, both LRR-RLKs are not able to replace each other when their expression domains are interchanged.
T9 1075-1168 Sentence denotes Furthermore, MOL1 but not PXY is able to rescue CLV1 deficiency in the shoot apical meristem.
T10 1169-1425 Sentence denotes By identifying genes mis-expressed in mol1 mutants, we demonstrate that MOL1 represses genes associated with stress-related ethylene and jasmonic acid hormone signaling pathways which have known roles in coordinating lateral growth of the Arabidopsis stem.
T11 1426-1712 Sentence denotes Our findings provide evidence that common regulatory mechanisms in different plant stem cell niches are adapted to specific niche anatomies and emphasize the importance of a complex spatial organization of intercellular signaling cascades for a strictly bidirectional tissue production.