Model DetailsErythrocyte hyperplasia(Spleen)

Model Name

Erythrocyte hyperplasia  (Spleen)

Strain

BALB/cStCrlfC3Hf/Nctr

Tumor Inducing Agent(s)

None (spontaneous)

Tumor Synonym

splenic erythropoietic hyperplasia

Strain Synonyms

BALB/cStCrlfC3HJ/Nctr  •  BALB/cStCrlfC3H/Nctr  •  BALB/cStcrlfC3Hf/Nctr  •  BALB/c
Organ Affected Sex Frequency Age Of Detection Additional Information Expand all Collapse all Reference
Spleen Male

5.3%

(8 of 152 mice)
21-141 days
  • Notes

    Reproductive Status: virgin

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Male

0.9%

(1 of 110 mice)
142-318 days
  • Notes

    Reproductive Status: virgin

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Male

2.1%

(5 of 236 mice)
319-500 days
  • Notes

    Reproductive Status: virgin

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Male

2.1%

(4 of 188 mice)
>500 days
  • Notes

    Reproductive Status: virgin

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Male

1.3%

(1 of 76 mice)
319-500 days
  • Notes

    Reproductive Status: retired breeder

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Male

6.8%

(4 of 59 mice)
>500 days
  • Notes

    Reproductive Status: retired breeder

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Female

1.0%

(2 of 192 mice)
21-141 days
  • Notes

    Reproductive Status: virgin

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Female

0%

(0 of 99 mice)
142-318 days
  • Notes

    Reproductive Status: virgin

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Female

0.4%

(1 of 239 mice)
319-500 days
  • Notes

    Reproductive Status: virgin

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Female

3.2%

(7 of 222 mice)
>500 days
  • Notes

    Reproductive Status: virgin

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Female

4.5%

(7 of 155 mice)
319-500 days
  • Notes

    Reproductive Status: retired breeder

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86
Spleen Female

4.0%

(5 of 126 mice)
>500 days
  • Notes

    Reproductive Status: retired breeder

Frith CH, Lab Anim Sci 1983 Jun;33(3):273-86