Mouse Strain information
APB ID 9192
Added 01/06/2021
Last Edited 09/05/2022
Strain nomenclature: C57BL/6- Wdr1tm1Wehi/ApbAnu
Nickname: Wdr1rd/rd
Genetics
Strain Types Mutant strain
Genetic Details Chemically induced
Mode of Inheritance Semi-dominant
1.  Affected Gene Name: WD repeat domain 1  
Chromosome 5
Affected Gene Symbol Wdr1
Genetic alteration of gene: The rd was mapped by a standard positional cloning approach to a candidate interval of 1.7 Mb on the proximal end of mouse chromosome 5. Sequencing the coding region and intron/exon boundaries of candidate genes revealed a mutation in the gene encoding the WD40 repeat protein Wdr1. The mutation in Wdr1 is a TA transversion in the second dinucleotide of the intron 9 splice donor. The effect of this mutation is to reduce normal splicing to 20% to 30% of that seen in wild-type cells, in favor of cryptic splicing from an upstream donor
Location on chromosome (bp): 38684149-38720265 bp
MGI Gene Accession ID

Please also use this link to determine if other mutants have been registered with MGI (Mouse Genome Informatics)

MGI:1337100
Synonyms Aip1, D5Wsu185e, rede
Allele Name Wdr1tm1Wehi
Allele Symbol Wdr1 rd/rd
Point mutation sequence:
Insertion/Tagging details:
Guide(s) RNA sequence:
Mutant Construction Technique None
Phenotype
Phenotype Homozygous State Homozygous mice begin to develop inflamed ears after ~100 days of age. The inflammation at the ears emerge in ‘pockets’ at the tip of the ears and as the mice age, the ears will have redness and oedema with immune infiltration. The inflammation at the tail would also emerge in pockets throughout the tail, though most prominently at the tip of the tail. As the mice age, the tail will become hardened and inflamed.
Phenotype Heterozygous State unknown
Genetic Background Currently Maintained C57BL/6 “The rd mutation was induced on an inbred C57BL/6 background, isolated on a mixed C57BL/6J: 129S6/SvEv:C3HeB/FeJ background,38 and back-crossed 10 generations to C57BL/6.” (Kile et al., 2007, Blood, PMID: 17515402)
Strain Images

Strain identification
Fertility and Strain maintenance
Fertility and Strain maintenance
Relevant bibliographic / database references
Strain Specific References
Other Related References
General information
Associated IP rights? Unknown
Does it Model a Human Condition? Unknown
Applicable Research Areas Haematology
Bone
Cell biology
Keywords
  • platelets
  • neutrophils
  • Megakaryocyte
Is the strain available in any form to other researchers Possibly
APB stock stored as: Cryopreserved sperm (from 5 mice)

APB stock genotyped verified by: Unverified
Are live mice available? Unknown
MTA needs to be signed? No


     

 


Build: 2025.07.17 Non-profit supported by the Australian government  |  © Copyright 2025 Australian Phenomics Facility Last updated: 17/07/2025