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M. hapla Resources
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Mega BLAST
M. hapla Assembly (Contig Fastas & Super-Contig information)
Browse Assembly (GBrowse)
Genome Paper (PNAS 2008 105:14802-14807)
NCBI Genome Entry
Proteome @ Superfamily
EST Data (nematode.net)
N. tabacum Data
N. tabacum Data

In the news:

M. hapla genome cited in NY Times

Dr. Olivia Judson notes the genome as an example to explain fundamental questions of evolution.

"The plant-parasitic nematode Meloidogyne hapla is a case in point: it has about 5,500 fewer genes than the free-living nematode Caenorhabditis elegans. Similarly, parasitic bacteria tend to have smaller genomes than free-living bacteria. Why does this happen? Because parasites can piggy-back on their hosts for many tasks, such as getting nutrients. They lose the genes because they don’t need them anymore."

Read the entire article: "The Fantasy Genome Project"

 
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Welcome to the PNGG

The Plant Nematode Genomics Group integrates knowledge and research of free-living and parasitic nematodes and exploits opportunities in post-genomic biology to make strides in understanding the basic mechanisms of parasitism. 

The PNGG is committed to:

  • Being the leading genomics center for plant nematology worldwide;

  • Serving as a bridge between animal-parasitic, free-living (C. elegans) and plant-parasitic nematodes and their ecology;

  • Developing and providing “big science” resources to plant nematologists around the world;

  • Opening new areas/models for nematode research; and

  • Providing a unique, diverse and integrated training environment not covered by any traditional academic programs.

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Plant Nematode Genomics Group | North Carolina State University
Charles H. Opperman & David McK. Bird, Directors