medicago.wisc.edu
Medicago truncatula @ UW-Madison
http://medicago.wisc.edu/links.html
SR Noble Foundation: Center for Medicago. NCGR - MGI: NCGR Medicago. European Union M. truncatula. Whole Genome Shotgun Sequencing of Medicago truncatula. Functional genomics and bioinformatics.
medicago.wisc.edu
Medicago truncatula @ UW-Madison
http://medicago.wisc.edu/meetings.html
Wisconsin Medicago Group meetings schedule (2013). These meetings are held every other Thursday in room 3130 Wisconsin Institutes for Discovery (WID) at 3:00 pm. January 10, 2013. January 24, 2013. February 7, 2013. February 21, 2013. March 7, 2013. March 21, 2013. April 4, 2013. April 18, 2013. May 2, 2013. May 16, 2013. May 30, 2013. June 13, 2013. June 27, 2013. July 11, 2013. July 25, 2013. August 8, 2013. August 22, 2013. September 5, 2013. September 19, 2013. October 3, 2013. October 17, 2013.
medicago.wisc.edu
Medicago truncatula @ UW-Madison
http://medicago.wisc.edu/publications.html
Wang B, Yeun LH, Xue J , Liu Y, Ané JM, Qiu YL. Molecular Evidence for an Essential Role of Plant-Mycorrhizal Fungus Symbiosis in the Colonization of Land by Plants, New Phytologist,. Grimsrud PA, den Os D, Wenger CD, Schwartz D, Sussman MR, Ané JM, Coon J. Large-scale analysis of protein phosphorylation in Medicago truncatula. Mukherjee, A, Ané JM. Plant hormones and initiation of legume nodulation and arbuscular mycorrhization. In: Environmental Aspects of Plant Nitrogen Metabolism. 4(6): e5812, 2009.
medicago.wisc.edu
Medicago truncatula @ UW-Madison
http://medicago.wisc.edu/protocols.html
Protocols from the Medicago truncatula. Handbook at the Noble Foundation - Click here. Protocols from the Medicago truncatula. EMBO course (Gif-sur-Yvette, 2000). 2 Regeneration and transformation methods. 4 FISH on Medicago truncatula. Chromosomes and extended DNA fibers. Protocols from Doug Cook's lab. BAC Filter Hyb[I] Protocol.
medicago.wisc.edu
Medicago truncatula @ UW-Madison
http://medicago.wisc.edu/index.html
Is the pre-eminent model plant for studying symbiotic relationships between plants and their symbiotic microbes (i.e. rhizobial bacteria and mycorrhizal fungi). Attributes of. That make it desirable as an experimental system include itsannual habit, diploid and self fertile nature, abundant natural variation, and close phylogenetic relationship to many crop legume species. At the transcript , protein, and whole genome sequence levels.
medicago.wisc.edu
Medicago truncatula @ UW-Madison
http://medicago.wisc.edu/pictures.html
Pictures of our favorite model plant.
medicago.wisc.edu
Medicago truncatula @ UW-Madison
http://medicago.wisc.edu/people.html
MICHAEL R. SUSSMAN. ACAD PROGRAM DIRECTOR, PROFESSOR. BIOTECHNOLOGY CENTER, BIOCHEMISTRY. 608) 262-8608 (608) 262-8606. Http:/ www.biochem.wisc.edu/sussman/. 1132b Genetics-Biotechnology Center Building. Madison, WI 53706. JOSHUA J. COON. CHEMISTRY, BIOMOLECULAR CHEMISTRY. Http:/ www.chem.wisc.edu/people/profiles/Coon.php. 309 Chemistry Bldg, F Daniels and J H Mathews. Madison, WI 53706. Http:/ www.math.wisc.edu/ craciun/. 405 Van Vleck Hall, E B. Madison, WI 53706. JEAN-MICHEL M. ANE. Madison, WI 53706.
dbppt.biocuckoo.org
dbPPT: Database of Phospho-sites in Plants
http://www.dbppt.biocuckoo.org/links.php
Last update: July 2th, 2014. Computational resources of plant protein phosphorylation. Last updated: July 2th, 2014. We apologized that the computational studies without any web links of databases or tools will not be included in this compendium, since it's not easy for experimentalists to use studies directly. We are grateful for user feedback. Please inform Han Cheng. Or Dr Yu Xue. To add, remove or update one or multiple web links below. 1 Plant Phosphorylation Databases. 5 PhosPhAt 4.0. 2 Prediction ...