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FVB Mouse

Model characteristics

Type:

Inbred mouse

Strain name:

FVB/NRj


Origin:

National Institutes of Health (USA) - 1996

Colour and related genotype:

lbino mouse, Tyrc/Tyrc, A/A - MHC: Haplotype H2q

Breeding:

Good breeder, aggressive male, moderate growth


Cryo
In vivo
In vitro

Description of our model and application areas

In 1966, 2 strains of NIH SWISS mice, HSFR/N and HSFS/N, were selected based on their resistance or sensitivity, respectively, to histamine following pertussis (whooping cough) vaccination.

At the 8th generation (in 1970), the presence of the Fv1b allele, which induces sensitivity to the B strain of the Friend murine leukemia virus, was highlighted in the HSFS/N strain. Mice homozygous for this allele were inbred thus creating the FVB/N strain. The presence of large pronuclei in the embryos, which helps micro-injection and their large litters contribute to the suitability of the FVB/N strain for transgenesis. When compared to other inbred strains, FVB/N‘s respiratory system is sensitive to asthma with an important production of antigen-specific IgE antibodies. Its H2q MHC haplotype non-withstanding,
FVB/N mice are resistant to the induction of arthritis by collagen injection.

FVB/N mice are very active and develop a mild hyperthermia under stress. The FVB/N strain does not develop spontaneous tumours and shows a certain resistance to the chemical induction of papillomas, which, when they do appear, most of the time progress to carcinomas. This strain is homozygous for the Pde6brd1 allele which leads to retinal degeneration.

Main application and research fields

Immunology Oncology Transgenesis

Useful documents

Download the technical sheet

picto télécharger

Health monitoring report

Growth curve

The growth curve represents an average which reflects the weight variation of the strain measured between 21 and 84 days for males and females.

Biochemical and hematological parameters

of 10-week oldFVB/NRj mice

Reproductive data

Bigamous mating

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