Matches in SemOpenAlex for { <https://semopenalex.org/work/W3152858444> ?p ?o ?g. }
- W3152858444 abstract "ABSTRACT Rhizosphere microorganisms interact with plant roots by producing chemical signals to regulate root development. However, the involved distinct bioactive compounds and the signal transduction pathways are remaining to be identified. Here, we show that sesquiterpenes (SQTs) are the main volatile compounds produced by plant beneficial Trichoderma guizhouense NJAU 4742, inhibition of SQTs synthesis in this strain indicated their involvement in plant-fungus cross-kingdom signaling. SQTs component analysis further identified the cedrene, a high abundant SQT in strain NJAU 4742, could stimulate plant growth and root development. Genetic analysis and auxin transport inhibition showed that auxin receptor TIR1, AFB2, auxin-responsive protein IAA14, and transcription factor ARF7, ARF19 affect the response of lateral roots to cedrene. Moreover, auxin influx carrier AUX1, efflux carrier PIN2 were also indispensable for cedrene-induced lateral root formation. Confocal imaging showed that cedrene affected the expression of pPIN2:PIN2:GFP and pPIN3:PIN3:GFP , which may be related to the effect of cedrene on root morphology. These results suggest that a novel SQT molecule from plant beneficial T. guizhouense can regulate plant root development through auxin transport and signaling. One-sentence Summary Cedrene, a high- abundance sesquiterpenes produced by plant beneficial Trichoderma guizhouense NJAU 4742, stimulates Arabidopsis lateral root formation and primary root elongation by relying on auxin signaling pathway and auxin transporter PIN2 and AUX1." @default.
- W3152858444 created "2021-04-26" @default.
- W3152858444 creator A5000604656 @default.
- W3152858444 creator A5002420805 @default.
- W3152858444 creator A5014319544 @default.
- W3152858444 creator A5029849405 @default.
- W3152858444 creator A5036546910 @default.
- W3152858444 creator A5045479485 @default.
- W3152858444 creator A5046262151 @default.
- W3152858444 creator A5064916932 @default.
- W3152858444 creator A5067482090 @default.
- W3152858444 creator A5074725436 @default.
- W3152858444 creator A5076845010 @default.
- W3152858444 creator A5077821941 @default.
- W3152858444 creator A5088871578 @default.
- W3152858444 date "2021-04-10" @default.
- W3152858444 modified "2023-09-26" @default.
- W3152858444 title "The volatile cedrene from plant beneficial<i>Trichoderma guizhouense</i>modulates<i>Arabidopsis</i>root development through auxin transport and signaling" @default.
- W3152858444 cites W1598433638 @default.
- W3152858444 cites W1763170109 @default.
- W3152858444 cites W1915361971 @default.
- W3152858444 cites W1972633502 @default.
- W3152858444 cites W1980186302 @default.
- W3152858444 cites W1999637729 @default.
- W3152858444 cites W2008642796 @default.
- W3152858444 cites W2009685353 @default.
- W3152858444 cites W2012117313 @default.
- W3152858444 cites W2012501784 @default.
- W3152858444 cites W2012740596 @default.
- W3152858444 cites W2028788652 @default.
- W3152858444 cites W2030452223 @default.
- W3152858444 cites W2038662406 @default.
- W3152858444 cites W2038818582 @default.
- W3152858444 cites W2042842718 @default.
- W3152858444 cites W2043103313 @default.
- W3152858444 cites W2045228806 @default.
- W3152858444 cites W2053826886 @default.
- W3152858444 cites W2058639789 @default.
- W3152858444 cites W2068047944 @default.
- W3152858444 cites W2081996535 @default.
- W3152858444 cites W2089774081 @default.
- W3152858444 cites W2092784182 @default.
- W3152858444 cites W2093597831 @default.
- W3152858444 cites W2094710069 @default.
- W3152858444 cites W2094831677 @default.
- W3152858444 cites W2096539633 @default.
- W3152858444 cites W2097447517 @default.
- W3152858444 cites W2102471114 @default.
- W3152858444 cites W2107272769 @default.
- W3152858444 cites W2117287206 @default.
- W3152858444 cites W2118355172 @default.
- W3152858444 cites W2124207898 @default.
- W3152858444 cites W2129554016 @default.
- W3152858444 cites W2140173557 @default.
- W3152858444 cites W2144483666 @default.
- W3152858444 cites W2146526817 @default.
- W3152858444 cites W2148740279 @default.
- W3152858444 cites W2149536871 @default.
- W3152858444 cites W2150431323 @default.
- W3152858444 cites W2152506161 @default.
- W3152858444 cites W2154651827 @default.
- W3152858444 cites W2157402943 @default.
- W3152858444 cites W2158235377 @default.
- W3152858444 cites W2158366682 @default.
- W3152858444 cites W2160858909 @default.
- W3152858444 cites W2164450667 @default.
- W3152858444 cites W2166887373 @default.
- W3152858444 cites W2168779667 @default.
- W3152858444 cites W2170285484 @default.
- W3152858444 cites W2180493252 @default.
- W3152858444 cites W2252993452 @default.
- W3152858444 cites W2253886704 @default.
- W3152858444 cites W2266044792 @default.
- W3152858444 cites W2333986729 @default.
- W3152858444 cites W2520786492 @default.
- W3152858444 cites W2561508218 @default.
- W3152858444 cites W2589344978 @default.
- W3152858444 cites W2605404587 @default.
- W3152858444 cites W2685581470 @default.
- W3152858444 cites W271274137 @default.
- W3152858444 cites W2737574547 @default.
- W3152858444 cites W2792208817 @default.
- W3152858444 cites W2792790121 @default.
- W3152858444 cites W2918473335 @default.
- W3152858444 cites W2932681043 @default.
- W3152858444 cites W2966215917 @default.
- W3152858444 cites W2971706545 @default.
- W3152858444 cites W3003867383 @default.
- W3152858444 cites W3126172371 @default.
- W3152858444 cites W4247208163 @default.
- W3152858444 doi "https://doi.org/10.1101/2021.04.09.439204" @default.
- W3152858444 hasPublicationYear "2021" @default.
- W3152858444 type Work @default.
- W3152858444 sameAs 3152858444 @default.
- W3152858444 citedByCount "1" @default.
- W3152858444 countsByYear W31528584442022 @default.
- W3152858444 crossrefType "posted-content" @default.
- W3152858444 hasAuthorship W3152858444A5000604656 @default.
- W3152858444 hasAuthorship W3152858444A5002420805 @default.
- W3152858444 hasAuthorship W3152858444A5014319544 @default.