OMIX766

1Summary
Title H72-Characterization of Physiological, Histological, and Transcriptomic Analysis during Etiolation-induced Adventitious Root formation in Tetraploid Robinia pseudoacacia L. Micro-cuttings
Description Tetraploid Robinia pseudoacacia is a hard rooting tree species widely cultivated in the most regions of China and propagated through stem cuttings. In the present study, the morpho-histological, physiological, and transcriptome approaches were used to analyze the etiolation in the micro-cuttings. The micro-cuttings under subsequent light treatment were significantly promoted root primordia with a series of founder cells division and elongation of the interfascicular cambium adjacent to vascular tissues.
Organism Robinia pseudoacacia
Data Type Phenotype
Data Accessibility Open-access
BioProject PRJCA007314
Release Date 2026-05-01
Submitter yun li (yunli@bjfu.edu.cn)
Organization Beijing Forestry University
Submission Date 2021-11-25
2Files & Download

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File ID File Title Number/Samples File Type File Size File Suffix Download
OMIX766-20-01 HAE72-1.quality.png 1 Phenotype 9.98 KB png
OMIX766-20-02 HAE72-1.quality.pdf 1 Phenotype 6.42 KB pdf
OMIX766-20-03 HAE72-1.base.png 1 Phenotype 34.17 KB png
OMIX766-20-04 HAE72-1_2.fq.gz 1 Phenotype 2.23 GB fastq
OMIX766-20-05 HAE72-1.base.pdf 1 Phenotype 21.33 KB pdf
OMIX766-20-06 HAE72-1_1.fq.gz 1 Phenotype 2.1 GB fastq
OMIX766-20-07 HAE72-2_2.fq.gz 1 Phenotype 2.29 GB fastq
OMIX766-20-08 HAE72-2.base.png 1 Phenotype 34.46 KB png
OMIX766-20-09 HAE72-2.base.pdf 1 Phenotype 21.34 KB pdf
OMIX766-20-10 HAE72-2.quality.png 1 Phenotype 10.01 KB png
OMIX766-20-11 HAE72-2.quality.pdf 1 Phenotype 6.43 KB pdf
OMIX766-20-12 HAE72-2_1.fq.gz 1 Phenotype 2.17 GB fastq
OMIX766-20-13 HAE72-3.quality.pdf 1 Phenotype 6.43 KB pdf
OMIX766-20-14 HAE72-3_1.fq.gz 1 Phenotype 2.13 GB fastq
OMIX766-20-15 HAE72-3.quality.png 1 Phenotype 10.03 KB png
OMIX766-20-16 HAE72-3.base.png 1 Phenotype 35.01 KB png
OMIX766-20-17 HAE72-3_2.fq.gz 1 Phenotype 2.25 GB fastq
OMIX766-20-18 HAE72-3.base.pdf 1 Phenotype 21.42 KB pdf
3Relevant Publications
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