BALB/c Nude Mouse
BALB/c Nude Mouse
Breeding Location
BALB/c Nude Mouse Details
Developed through crosses and back-crosses between BALB/cABom-nu and BALB/cAnNCrj-nu at Charles River Laboratories Japan (CRLJ). Pedigreed pregnant females of CAnN.Cg-Foxn1nu/Crl were received from CRLJ in 1985. This mouse is inbred, and genetic monitoring results confirm it to be a BALB/c nude. The animal lacks a thymus, is unable to produce T-cells, and is therefore immunodeficient.
Note: See our isolator page for available immunocompromised animal housing units.
Try out the BALB/c Nude mouse with our animal model evaluation program→
Coat Color
Hairless, albino background
Strain Code
194 (Homozygous), 195 (Heterozygous)
Ideal For
Tumor biology and xenograft research
LOCATION: Hollister
UNIT: H45
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LOCATION: Wilmington
UNIT: W08
Download the Report
BALB/c Nude Mouse Details
Developed through crosses and back-crosses between BALB/cABom-nu and BALB/cAnNCrj-nu at Charles River Laboratories Japan (CRLJ). Pedigreed pregnant females of CAnN.Cg-Foxn1nu/Crl were received from CRLJ in 1985. This mouse is inbred, and genetic monitoring results confirm it to be a BALB/c nude. The animal lacks a thymus, is unable to produce T-cells, and is therefore immunodeficient.
Note: See our isolator page for available immunocompromised animal housing units.
Try out the BALB/c Nude mouse with our animal model evaluation program→
Coat Color
Hairless, albino background
Strain Code
194 (Homozygous), 195 (Heterozygous)
Ideal For
Tumor biology and xenograft research
Growth Chart Not Available
UNIT: 17
Download the Report
BALB/c Nude Mouse Details
Developed through crosses and back-crosses between BALB/cABom-nu and BALB/cAnNCrj-nu at Charles River Laboratories Japan (CRLJ). Pedigreed pregnant females of CAnN.Cg-Foxn1nu/Crl were received from CRLJ in 1985. This mouse is inbred, and genetic monitoring results confirm it to be a BALB/c nude. The animal lacks a thymus, is unable to produce T-cells, and is therefore immunodeficient.
Note: See our isolator page for available immunocompromised animal housing units.
Try out the BALB/c Nude mouse with our animal model evaluation program→
Coat Color
Hairless, albino background
Strain Code
194 (Homozygous), 195 (Heterozygous)
Ideal For
Tumor biology and xenograft research
Growth Chart Not Available
UNIT: ISO
Download the Report
BALB/c Nude Mouse Details
Developed through crosses and back-crosses between BALB/cABom-nu and BALB/cAnNCrj-nu at Charles River Laboratories Japan (CRLJ). Pedigreed pregnant females of CAnN.Cg-Foxn1nu/Crl were received from CRLJ in 1985. This mouse is inbred, and genetic monitoring results confirm it to be a BALB/c nude. The animal lacks a thymus, is unable to produce T-cells, and is therefore immunodeficient.
Note: See our isolator page for available immunocompromised animal housing units.
Try out the BALB/c Nude mouse with our animal model evaluation program→
Coat Color
Hairless, albino background
Strain Code
194 (Homozygous), 195 (Heterozygous)
Ideal For
Tumor biology and xenograft research
For additional information, including pricing details, please visit the CAnN.Cg-Foxn1nu/CrlCrlj mouse page on the Charles River Japan website.
BALB/c Nude Mouse Details
Developed through crosses and back-crosses between BALB/cABom-nu and BALB/cAnNCrj-nu at Charles River Laboratories Japan (CRLJ). Pedigreed pregnant females of CAnN.Cg-Foxn1nu/Crl were received from CRLJ in 1985. This mouse is inbred, and genetic monitoring results confirm it to be a BALB/c nude. The animal lacks a thymus, is unable to produce T-cells, and is therefore immunodeficient.
Note: See our isolator page for available immunocompromised animal housing units.
Try out the BALB/c Nude mouse with our animal model evaluation program→
Coat Color
Hairless, albino background
Strain Code
194 (Homozygous), 195 (Heterozygous)
Ideal For
Tumor biology and xenograft research
Please email us at [email protected] to request a health report for this model.
For additional information, including pricing details, please visit the BALB/c Nude mouse page on the Vital River Laboratories website.