Study : Alteration In Auxin Homeostasis By Overexpression Of PINOID Kinase Causes Leaf Growth Defects In Arabidopsis thaliana

Identification

• Name: Alteration In Auxin Homeostasis By Overexpression Of PINOID Kinase Causes Leaf Growth Defects In Arabidopsis thaliana
• Identifier: dXJuOkVWQS9zdHVkeS9QUkpOQTMyMzk0Mw==
• Data link: Link to this study on EBI European Nucleotide Archive
• Description: We studied two growth phases- proliferation, and expansion in first pair of leaves in Arabidosis using two different overexpression lines of PID gene. Ectopic expression of PID lead to small rosette and leaf phenotype. Overall design: We used first pair of leaves from proliferation ( 9 DAS-days after stratification) and expansion (16 DAS) stage from wild type Col-0 ecotype, 35S::PID10, 35S::PID21. Three genotype, three biological replicates, two time points (=18 sample). Experiment repeated twice generating two reads in two lanes i.e. L001 L002 for each sample. Results calculated after combining reads from both lanes (=18x2=36 raw files; 2 for each sample)
• Data files: SRR3611482; SRR3611483; SRR3611484; SRR3611485; SRR3611486; SRR3611487; SRR3611488; SRR3611489; SRR3611490; SRR3611491; SRR3611492; SRR3611493; SRR3611494; SRR3611495; SRR3611496; SRR3611497; SRR3611498; SRR3611499; SRR3611500; SRR3611501; ERZ1161523; ERZ1161530; ERZ520412; ERZ520419; ERZ1161553; ERZ1161572; ERZ520409; ERZ520413; ERZ1161555; ERZ1161606; ERZ520410; ERZ520431; ERZ1161529; ERZ1161573; ERZ520404; ERZ520418; ERZ1161547; ERZ1161569; ERZ520407; ERZ520415