Allonemobius socius

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I5klogo4.jpg Allonemobius socius

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People with a declared interest in Allonemobius socius
Alexander E. Olvido Gainesville State College
Cedric Feschotte University of Texas at Arlington
Charles Ross Hampshire College
Daniel J. Howard University of Colorado Denver
Diana L. Huestis National Institutes of Health
Doina Caragea Kansas State University
Ellen J. Pritham University of Texas at Arlington
Esther Betran University of Texas at Arlington
Jeremy L. Marshall Kansas State University
John M. Tomich Kansas State University
Julie A Reynolds Ohio State University
Ken Fedorka University of Central Florida
Makio Takeda Kobe University
Mohamed Noor Duke University
Pawel Michalak Virgina Bioinformatics Institute
Roger Butlin University of Sheffield
Suegene Noh Kansas State University
Timothy A. Mousseau University of South Carolina
Yasuaki Hiromasa Kansas State University
Nomination is supported by 20 people
Alexander E. Olvido Gainesville State College
Cedric Feschotte University of Texas at Arlington
Charles Ross Hampshire College
Daniel J. Howard University of Colorado Denver
Diana L. Huestis National Institutes of Health
Doina Caragea Kansas State University
Ellen J. Pritham University of Texas at Arlington
Esther Betran University of Texas at Arlington
Jeremy L. Marshall Kansas State University
John M. Tomich Kansas State University
Julie A Reynolds Ohio State University
Ken Fedorka University of Central Florida
Makio Takeda Kobe University
Mohamed Noor Duke University
Pawel Michalak Virgina Bioinformatics Institute
Roger Butlin University of Sheffield
Suegene Noh Kansas State University
Timothy A. Mousseau University of South Carolina
Yasuaki Hiromasa Kansas State University
Yoonseong Park Kansas State University


Transcriptome datasets for Allonemobius socius

i5K Comments for Allonemobius socius
The Allonemobius socius complex, which includes A. socius, A. fasciatus, and A. sp. nov. Tex, has been an important and well-studied non-model insect species. An overview of the important points are below:

(1) 127 publications since 1980 (2) >3,700 citations from these publications (data from Google Scholar) (3) Used to study ... i. Evolutionary Biology (77 publications) ii. Ecology (50 publications) iii. Evolutionary Genetics (42 publications) iv. Physiology (40 publications) v. Behavior (38 publications) (4) A model for rapid evolution of new species and postmating, prezygotic isolation (5) A well-studied system for the novel nuptial feeding behavior (6) Several genomic tools already in place including ... i. RNAi has been done successfully ii. EST libraries (based on 454 sequencing) for ...a. Female reproductive tract (168,690 sequences) b. Male testis (144,416 sequences) c. Male ACG (37,521 sequences) iii. Several linkage maps have been generated

(7) Significant NSF funding since the early 1980s Lastly, we can provide suitable genetic material.
Jeremy L. Marshall


Allonemobius socius
Allonemobius socius
Southern ground cricket


Taxonomic classification
Class: Insecta
Order: Orthoptera
Family: Gryllidae
Genus: Allonemobius
NCBI taxid: 485px-US-NLM-NCBI-Logo.png 208665
EOL taxid: eol logo grey.png 598706
Resources
Information
Research interest: speciation, life-history evolution, reproductive physiology
WorkingGroup: EcoGen-PopGen
Nomination: i5K initiative
Date: 2011/07/21


I5klogo4.jpg  i5K Arthropod Sequencing Initiative
 Supported by: 20 (List of supporters)






Why sequence the Allonemobius genome?

(1) 127 publications since 1980 (a well-studied non-model insect)
(2) >3,700 citations from these publications (data from Google Scholar)
(3) Used to study ...
         i. Evolutionary Biology (77 publications)
         ii. Ecology (50 publications)
         iii. Evolutionary Genetics (42 publications)
         iv. Physiology (40 publications)
         v. Behavior (38 publications)
(4) A model for rapid evolution of new species and postmating, prezygotic  
    isolation
(5) Several genomic tools already in place including ...
         i. RNAi has been done successfully
         ii. EST libraries (based on 454 sequencing) for ...
                 a. Female reproductive tract (168,690 sequences) 
                 b. Male testis (144,416 sequences)
                 c. Male ACG (37,521 sequences)
         iii. Several linkage maps have been generated
(6) Significant NSF funding since the early 1980s

For more detail, see [www.k-state.edu/cricketlab/Marshall_Lab_Page/Research.html ][www.k-state.edu/cricketlab/Marshall_Lab_Page/Research.html]

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