Title page for ETD etd-04282009-134422

Type of Document Dissertation
Author Krampis, Konstantinos
URN etd-04282009-134422
Title Systems View Of The Soybean Genetic Mechanisms Involved In The Response To Plant Pathogen Infection
Degree PhD
Department Genetics, Bioinformatics, and Computational Biology
Advisory Committee
Advisor Name Title
Maroof, M. A. Saghai Committee Chair
Hoeschele, Ina Committee Member
Murali, T. M. Committee Member
Ramakrishnan, Naren Committee Member
Tyler, Brett M. Committee Member
  • genetic mapping
  • pathogen resistance
  • pathway perturbation
  • Single Feature Polymorphism
  • gene expression
  • soybean
  • genetic markers
Date of Defense 2009-04-17
Availability restricted
This thesis involves the important crop plant soybean (Glycine max), and provides a rich information resource for breeders and geneticists working towards improving traits for pathogen resistance.Results reported here provide a systemic view at both the genetic and biochemical level, and were generated by data­-mining gene expression data from soybean cultivars inoculated with plant pathogens and also recombinant inbred line (RIL) populations.The genome variability based on Single Feature

Polymorphisms (SFPs) was measured for the first time in soybean, using a genetically diverse set of cultivated G. max lines and also a G. soja line. Additionally, a genetic map spanning all 20 soybean chromosomes groups were assembled in a large RIL population.The well studied metabolic

pathways from the model plant Arabidopsis thaliana, were reconstructed in G. max based on sequence similarity comparison between the genomes of the two species. We performed algorithmic analysis of pathways in our set of soybean lines and RILs using the gene expression data, and acquired a systemic view of the metabolic response to pathogen infection in different genetic backgrounds.Significant differences in the patterns of pathway perturbation was observed in the different lines, and also between four different chromosomal regions that have been known to contain genetic elements contributing to pathogen resistance.

  Filename       Size       Approximate Download Time (Hours:Minutes:Seconds) 
 28.8 Modem   56K Modem   ISDN (64 Kb)   ISDN (128 Kb)   Higher-speed Access 
[VT] Konstantinos_Krampis_Doctoral_Dissertation_GBCB.pdf 4.92 Mb 00:22:45 00:11:42 00:10:14 00:05:07 00:00:26
[VT] indicates that a file or directory is accessible from the Virginia Tech campus network only.

Browse All Available ETDs by ( Author | Department )

dla home
etds imagebase journals news ereserve special collections
virgnia tech home contact dla university libraries

If you have questions or technical problems, please Contact DLA.