|
|
GEO help: Mouse over screen elements for information. |
|
Status |
Public on Oct 01, 2023 |
Title |
A common graft formation pathway in Norway spruce and Arabidopsis thaliana identifies the PAT gene family as conserved regulators of tissue attachment and wound healing |
Organism |
Picea abies |
Experiment type |
Expression profiling by high throughput sequencing
|
Summary |
This SuperSeries is composed of the SubSeries listed below.
|
|
|
Overall design |
Refer to individual Series
|
Web link |
https://www.nature.com/articles/s41477-023-01568-w
|
|
|
Citation(s) |
38168607 |
|
Submission date |
May 04, 2023 |
Last update date |
Feb 03, 2024 |
Contact name |
Ai Zhang |
E-mail(s) |
ai.zhang@slu.se
|
Organization name |
SLU
|
Department |
Plant Biology
|
Lab |
Charles Melnyk
|
Street address |
Biocenter, Almas allé 5
|
City |
Uppsala |
State/province |
Uppsala |
ZIP/Postal code |
75007 |
Country |
Sweden |
|
|
Platforms (1) |
GPL29472 |
Illumina NovaSeq 6000 (Picea abies) |
|
Samples (84)
|
GSM7294956 |
Ungrafted,Day1,Intact,Rep1 |
GSM7294957 |
Ungrafted,Day1,Intact,Rep2 |
GSM7294958 |
Ungrafted,Day1,Intact,Rep3 |
GSM7294959 |
Grafted,Day1,Scion,Rep1 |
GSM7294960 |
Grafted,Day1,Scion,Rep2 |
GSM7294961 |
Grafted,Day1,Scion,Rep3 |
GSM7294962 |
Grafted,Day1,Rootstock,Rep1 |
GSM7294963 |
Grafted,Day1,Rootstock,Rep2 |
GSM7294964 |
Grafted,Day1,Rootstock,Rep3 |
GSM7294965 |
Ungrafted,Day3,Intact,Rep1 |
GSM7294966 |
Ungrafted,Day3,Intact,Rep2 |
GSM7294967 |
Ungrafted,Day3,Intact,Rep3 |
GSM7294968 |
Grafted,Day3,Scion,Rep1 |
GSM7294969 |
Grafted,Day3,Scion,Rep2 |
GSM7294970 |
Grafted,Day3,Scion,Rep3 |
GSM7294971 |
Grafted,Day3,Rootstock,Rep1 |
GSM7294972 |
Grafted,Day3,Rootstock,Rep2 |
GSM7294973 |
Grafted,Day3,Rootstock,Rep3 |
GSM7294974 |
Ungrafted,Day7,Intact,Rep1 |
GSM7294975 |
Ungrafted,Day7,Intact,Rep2 |
GSM7294976 |
Ungrafted,Day7,Intact,Rep3 |
GSM7294977 |
Grafted,Day7,Scion,Rep1 |
GSM7294978 |
Grafted,Day7,Scion,Rep2 |
GSM7294979 |
Grafted,Day7,Scion,Rep3 |
GSM7294980 |
Grafted,Day7,Rootstock,Rep1 |
GSM7294981 |
Grafted,Day7,Rootstock,Rep2 |
GSM7294982 |
Grafted,Day7,Rootstock,Rep3 |
GSM7294983 |
Ungrafted,Day14,Intact,Rep1 |
GSM7294984 |
Ungrafted,Day14,Intact,Rep2 |
GSM7294985 |
Ungrafted,Day14,Intact,Rep3 |
GSM7294986 |
Grafted,Day14,Scion,Rep1 |
GSM7294987 |
Grafted,Day14,Scion,Rep2 |
GSM7294988 |
Grafted,Day14,Scion,Rep3 |
GSM7294989 |
Grafted,Day14,Rootstock,Rep1 |
GSM7294990 |
Grafted,Day14,Rootstock,Rep2 |
GSM7294991 |
Grafted,Day14,Rootstock,Rep3 |
GSM7294992 |
Ungrafted,Day28,Intact,Rep1 |
GSM7294993 |
Ungrafted,Day28,Intact,Rep2 |
GSM7294994 |
Ungrafted,Day28,Intact,Rep3 |
GSM7294995 |
Grafted,Day28,Scion,Rep1 |
GSM7294996 |
Grafted,Day28,Scion,Rep2 |
GSM7294997 |
Grafted,Day28,Scion,Rep3 |
GSM7294998 |
Grafted,Day28,Rootstock,Rep1 |
GSM7294999 |
Grafted,Day28,Rootstock,Rep2 |
GSM7295000 |
Grafted,Day28,Rootstock,Rep3 |
GSM7295001 |
Mock,Day5,Rep1 |
GSM7295002 |
Mock,Day5,Rep2 |
GSM7295003 |
Mock,Day5,Rep3 |
GSM7295004 |
IAA,Day5,Rep1 |
GSM7295005 |
IAA,Day5,Rep2 |
GSM7295006 |
IAA,Day5,Rep3 |
GSM7295007 |
BAP,Day5,Rep1 |
GSM7295008 |
BAP,Day5,Rep2 |
GSM7295009 |
BAP,Day5,Rep3 |
GSM7295010 |
BAP+IAA,Day5,Rep1 |
GSM7295011 |
BAP+IAA,Day5,Rep2 |
GSM7295012 |
BAP+IAA,Day5,Rep3 |
GSM7295013 |
Mock,Day10,Rep1 |
GSM7295014 |
Mock,Day10,Rep2 |
GSM7295015 |
Mock,Day10,Rep3 |
GSM7295016 |
IAA,Day10,Rep1 |
GSM7295017 |
IAA,Day10,Rep2 |
GSM7295018 |
IAA,Day10,Rep3 |
GSM7295019 |
BAP,Day10,Rep1 |
GSM7295020 |
BAP,Day10,Rep2 |
GSM7295021 |
BAP,Day10,Rep3 |
GSM7295022 |
BAP+IAA,Day10,Rep1 |
GSM7295023 |
BAP+IAA,Day10,Rep2 |
GSM7295024 |
BAP+IAA,Day10,Rep3 |
GSM7295025 |
Mock,Day15,Rep1 |
GSM7295026 |
Mock,Day15,Rep2 |
GSM7295027 |
Mock,Day15,Rep3 |
GSM7295028 |
IAA,Day15,Rep1 |
GSM7295029 |
IAA,Day15,Rep2 |
GSM7295030 |
IAA,Day15,Rep3 |
GSM7295031 |
BAP,Day15,Rep1 |
GSM7295032 |
BAP,Day15,Rep2 |
GSM7295033 |
BAP,Day15,Rep3 |
GSM7295034 |
BAP+IAA,Day15,Rep1 |
GSM7295035 |
BAP+IAA,Day15,Rep2 |
GSM7295036 |
BAP+IAA,Day15,Rep3 |
|
This SuperSeries is composed of the following SubSeries: |
GSE231631 |
A common graft formation pathway in Norway spruce and Arabidopsis thaliana identifies the PAT gene family as conserved regulators of tissue attachment and wound healing [RNAseq: Grafted-samples] |
GSE231632 |
A common graft formation pathway in Norway spruce and Arabidopsis thaliana identifies the PAT gene family as conserved regulators of tissue attachment and wound healing [RNAseq: Hornome-Treatment-samples] |
|
Relations |
BioProject |
PRJNA967200 |
|
|
|
|
|