ena-STUDY-MAX PLANCK INSTITUTE FOR PLANT BREEDING RESEARCH-27-10-2020-14:18:48:937-304
Microbiota-root-shoot axis modulation by MYC2 alleviates light 1limitation stress in Arabidopsis, Fungal data
Bidirectional  communication  mechanisms  between  root  and  shoot  organs  are  likely  key  to  orchestrate  stress responses  and  ensure  plant  survival.  Here  we  show  that Arabidopsis  thalianaresponses  to  microbial  root commensals  and  light  are  interconnected  along a  microbiota-root-shoot  axis.  Microbiota  and  light  manipulation experiments in a gnotobiotic system revealed that low photosynthetically active radiations (LP) perceived by leaves induce host-dependent and long-distance modulation of root bacterial, but not fungal or oomycetal communities.
Bidirectional  communication  mechanisms  between  root  and  shoot  organs  are  likely  key  to  orchestrate  stress responses  and  ensure  plant  survival.  Here  we  show  that Arabidopsis  thalianaresponses  to  microbial  root commensals  and  light  are  interconnected  along a  microbiota-root-shoot  axis.  Microbiota  and  light  manipulation experiments in a gnotobiotic system revealed that low photosynthetically active radiations (LP) perceived by leaves induce host-dependent and long-distance modulation of root bacterial, but not fungal or oomycetal communities.