Global gene transcript changes caused by ethylene.

<p><i>A. brasilense</i> cells were grown in liquid culture as detailed in the materials and methods for 4 h in the presence or absence of 100 ppb ethylene. Samples were prepared as detailed in the materials and methods and RNA-seq analysis and bioinformatics analyses was carried ou...

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Bibliographic Details
Main Author:	T. Scott Carlew (20691639) (author)
Other Authors:	Eric Brenya (20691642) (author), Mahbuba Ferdous (20691645) (author), Ishita Banerjee (11242800) (author), Lauren Donnelly (11639369) (author), Eric Heinze (20691648) (author), Josie King (20691651) (author), Briana Sexton (20691654) (author), Randy F. Lacey (3912658) (author), Arkadipta Bakshi (20691657) (author), Gladys Alexandre (190785) (author), Brad M. Binder (7056215) (author)
Published:	2025
Subjects:	Biochemistry Microbiology Molecular Biology Biotechnology Ecology Cancer Plant Biology Virology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified untargeted metabolomics showed spread metabolic changes modulate biofilm formation plant hormone involved ethylene causes wide host plants alters div >< p azospirillum brasilense </ regulate beneficial plant plant root surfaces functional ethylene receptor brasilense </ beneficial plant ethylene receptor plant growth ethylene signals treating cells small number root colonization rna sequencing one result nomenclature used microbe interactions many aspects high affinity data suggests bacterium implements affect carbon
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Global gene transcript changes caused by ethylene.

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