vSeed


The Virtual Seed Web Resource
vseed.nottingham.ac.uk
 
 
 
 

This site contains web-based tools for analysis of gene expression occurring during seed maturation, dormancy and germination.

 
 

Related Resources:

The Seed Biology Place

tair

BAR

GeneMANIA

Infobiotics



Online Network Query Tools:

 
 

SeedNet

SeedNet - Genome-wide transcription network in seeds (original reference: Bassel et al PNAS (USA) 2011):
A queryable interface for SeedNet, a genome-wide network model describing transcriptional interactions in dormant and germinating Arabidopsis seeds.

 
 

SCoPNetSeed Co-Predicition Network - SCoPNet for seed dormancy and germination (original reference: Bassel et al The Plant Cell, 2011 doi: 10.1105/tpc.111.088153.):
A queryable interface for SCoPNet, a genome-wide network model describing transcriptional interactions in germinating and dormant Arabidopsis seeds, generated through machine learning.

 
 

Micropylar Endosperm-(ME)Net (original reference: vSEED consortium, Unpublished):
A queryable interface for MENet, a genome-wide network model describing transcriptional interactions in the micropylar endosperm of germinating Arabidopsis seeds.
>>Coming soon.

 
 

People:

Mike
                  Holdsworth

Natalio Krasnogor

Alex Marshall

Enrico Glaab

George Bassel


Axis-(AXIS)Net (original reference: vSEED consortium, Unpublished):
A queryable interface for AXIS-Net, a genome-wide network model describing transcriptional interactions in the lower axis of germinating Arabidopsis seeds.
>>Coming soon.

 


Wheat-NetWheat-Net (original reference: vSEED consortium, Unpublished and Wan et. al.; BMC Genomics 2008 9: 121):
A queryable interface for Wheat-Net, a genome-wide network model describing transcriptional interactions during wheat seed development and in response to abiotic stress.
>>Coming soon.







 

Gene expression visualisations
(eFP browsers):

 
 

eFPLepidiumHigh resolution time-course course of germination in Arabidopsis and Lepidium: An eFP Browser of seed germination, analysing expression in separated radicle, cotyledon, lateral and micropylar endosperm.
>>Coming soon.

 




 

Other resources:

 
 

TAGGITTAGGIT analysis of seed transcriptome datasets (original reference: Carrera et al Plant Physiology 2007): TAGGIT uses a seed germination/dormancy ontology to annotate 'omics datasets, thus allowing more biologically informed analysis. A guide and most up-to-date version (although not updated since 2009, you can also use your own gene lists) of the TAGGIT workflow.

 
   

vSEED


vSEED Web Portal:
Web portal for the ERANET-PG funded vSEED project.

 
 
 
 

The vSEED Web Resource is associated with:

The ERANET-PG vSEED project, the Centre for Plant Integrative Biology and Infobiotics (University of Nottingham) and The Bio-Array Resource for Plant Functional Genomics (University of Toronto).

This project is a collaboration between Professor Michael Holdsworth and Dr George Bassel, School of Biosciences and CPIB, MyCIB (Multidisciplinary Centre for Integrative Biology especially Dr. Alex Marshall), Professor Nat Krasnogor and Dr. Enrico Glaab, School of Computer Science; University of Nottingham, and Professor Nicholas J. Provart, Arabidopsis Research Group at the Department of Cell and Systems Biology, University of Toronto.

Funding for this project is from ERANET-PG (BB/G02488X/1), BBSRC, EU Marie Curie Fellowship scheme.

Site managed by Professor Michael Holdsworth with a great deal of help from Dr Alex Marshall and John Veasey (MyCIB).
Last update 7 September 2011.