Graham SP [class:all]
[species:All Species]
[species:All Species]
-
Download all
(
all - search - WormBase : Nematode Information Resource Questions, Feedback & Help-
About
General
People
Want to know more about worm research?
-
Directory
Start here to access information about the species and data available at WormBase [Read more]
Latest updates
Need help?
-
Tools
Get Started
General Search
By Sequence
By Object
By Literature
Data Mining and Batch Queries
For Parasites
For Developers
Top 3 most used tools
Need help?
-
Downloads
Get Started
Download
Tools
Commonly requested data
Need help?
-
Community
External links
-
Support
We've created different user guides for distinct interests and experience levels [Read more]
Still have questions?
-
Citing WormBase
Please use our most recent publication to cite WormBase. Your citation is critical for ensuring the continued development of WormBase! [Read more]
-
Support WormBase
Support WormBase with a donation [Read more]
Donate
all [class:Graham SP]
[species:All Species]- Download all ()
- Too many results to download. Please use our FTP site.
WormBase is supported by grant #U24 HG002223 from the National Human Genome Research Institute
at the US National Institutes of Health, the UK Medical Research Council and the UK Biotechnology and Biological Sciences Research Council.
In 2022, WormBase was named a Core Member of the Global Biodata Coalition. -
About
- Too many results to download. Please use our FTP site.
- Classes
- Classes
- Anatomy term:
- Antibody:
- CDS:
- Clone:
- Construct:
- Expression pattern:
- Expression profile:
- Expression cluster:
- Sequence feature:
- Gene:
- Gene cluster:
- Genotype:
- GO term:
- Homology group:
- Interaction:
- Life stage:
- Microarray results:
- Operon:
- PCR Product/Oligo:
- Phenotype:
- Position matrix:
- Protein:
- Pseudogene:
- Rearrangement:
- RNAi:
- Sequence:
- Strain:
- Structure Data:
- Transcript:
- Transgene:
- Transposon:
- Variation:
- Analysis:
- Disease Ontology:
- Gene class:
- Laboratory:
- Molecule:
- Motif:
- Paper:
- Person:
- Picture:
- Reagent:
- Transposon Family:
- Process&Pathway:
- Paper types
- Paper types
- Journal article:
- Review:
- Lectures:
- Interactive tutorial:
- Retracted publication:
- Technical report:
- Directory:
- Monograph:
- Published erratum:
- Meeting abstract:
- Gazette article:
- Book chapter:
- Comment:
- Book:
- Email:
- WormBook:
- Other:
- News:
- Letter:
- Editorial:
- Congresses:
- Historical article:
- Biography:
- Interview:
- Species
800+ results (0.01 seconds)
- gene class: sptf
- paper:
- paper:
SP (Specificity Protein) Transcription Factor
[
J Helminthol,
2012] A survey of nematodes associated with native and introduced species of terrestrial slugs was conducted in the Western Cape Province of South Africa, in order to gather new data regarding diversity and distribution. A total of 521 terrestrial slugs were collected from 35 localities throughout the Western Cape. All slugs were dissected and examined for the presence of internal nematodes. Extracted nematodes were identified using a combination of molecular (18S rRNA gene sequencing) and morphological techniques. Nematodes were found parasitizing slugs at 14 of the 35 sites examined, amounting to 40% of sample sites. Of all slugs, 6% were infected with nematodes. A total of seven species of nematode were identified in the province, including Agfa flexilis, Angiostoma sp., Phasmarhabditis sp. SA1, Phasmarhabditis sp. SA2, Caenorhabditis elegans, Panagrolaimus sp. and Rhabditis sp. Of these species, four were thought to be parasitic to slugs (A. flexilis, Angiostoma sp., Phasmarhabditis sp. SA1 and Phasmarhabditis sp. SA2), as opposed to forming necromenic or phoretic associations. Three new species of slug-parasitic nematode were identified during this study (Angiostoma sp., Phasmarhabditis sp. SA1 and Phasmarhabditis sp. SA2).
[
Midwest Worm Meeting,
1996] The fem-3 gene is regulated post-transcriptionally to effect the switch from spermatogenesis to oogenesis (Barton et al., 1987; Ahringer and Kimble, 1991). The mog genes are excellent candidates for encoding trans-acting regulators of fem-3 to achieve this switch (Graham and Kimble, 1993; Graham et al., 1993; Gallegos and Kimble, unpublished). We will describe our initial efforts to clone mog-3 and to characterize it genetically.
load 10 more results