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Gene Expression Data
Assay Details
Assay
Reference: J:64334 Nadler JJ, et al., Fanconi anemia complementation group C is required for proliferation of murine primordial germ cells [letter]. Genesis. 2000 Jul;27(3):117-23
Assay type: Immunohistochemistry
MGI Accession ID: MGI:5475305
Gene symbol: Gcna
Gene name: germ cell nuclear acidic protein
Antibody: anti-GCNA (10D9G11)
Detection system: digoxigenin
Results
Specimen 2a: embryonic day 14.5; Fancctm1Mgo/Fancc+ (more )
Note: 200X magnification.
Structure Level Pattern Image Note
TS22: germ cell of ovary Present Single cells 2a

Specimen 2c: embryonic day 14.5; Fancctm1Mgo/Fancc+ (more )
Note: 400X magnification.
Structure Level Pattern Image Note
TS22: germ cell of ovary Present Single cells 2c

Specimen 2b: embryonic day 14.5; Fancctm1Mgo/Fancctm1Mgo (more )
Note: 200X magnification.
Structure Level Pattern Image Note
TS22: germ cell of ovary Present Single cells 2b The number of germ cells is significantly reduced in the mutant. As reported in Table 1, an average of 26 are seen per section, down 85% from the 187 per section seen in the heterozygote.

Specimen 2d: embryonic day 14.5; Fancctm1Mgo/Fancctm1Mgo (more )
Note: 400X magnification.
Structure Level Pattern Image Note
TS22: germ cell of ovary Present Single cells 2d The number of germ cells is significantly reduced in the mutant. As reported in Table 1, an average of 26 are seen per section, down 85% from the 187 per section seen in the heterozygote.

Specimen 2e: embryonic day 14.5; Fancctm1Mgo/Fancc+ (more )
Note: 200X magnification.
Structure Level Pattern Image Note
TS22: germ cell of testis Present Single cells 2e

Specimen 2g: embryonic day 14.5; Fancctm1Mgo/Fancc+ (more )
Note: 400X magnification.
Structure Level Pattern Image Note
TS22: germ cell of testis Present Single cells 2g

Specimen 2f: embryonic day 14.5; Fancctm1Mgo/Fancctm1Mgo (more )
Note: 200X magnification.
Structure Level Pattern Image Note
TS22: germ cell of testis Present Single cells 2f The number of germ cells is significantly reduced in the mutant. As reported in Table 1, an average of 57 are seen per section, down 85% from the 466 per section seen in the heterozygote.

Specimen 2h: embryonic day 14.5; Fancctm1Mgo/Fancctm1Mgo (more )
Note: 400X magnification.
Structure Level Pattern Image Note
TS22: germ cell of testis Present Single cells 2h The number of germ cells is significantly reduced in the mutant. As reported in Table 1, an average of 57 are seen per section, down 85% from the 466 per section seen in the heterozygote.

Specimen 3c: embryonic day 12.5; Fancctm1Mgo/Fancc+ (more )
Note: 100X magnification.
Structure Level Pattern Image Note
TS20: germ cell of ovary Present Single cells 3c

Specimen 3e: embryonic day 12.5; Fancctm1Mgo/Fancc+ (more )
Note: 400X magnification.
Structure Level Pattern Image Note
TS20: germ cell of ovary Present Single cells 3e

Specimen 3d: embryonic day 12.5; Fancctm1Mgo/Fancctm1Mgo (more )
Note: 100X magnification.
Structure Level Pattern Image Note
TS20: germ cell of ovary Present Single cells 3d The number of germ cells is significantly reduced in the mutant. As reported in Table 1, an average of 24 are seen per section, down four-fold from the 82 per section seen in the heterozygote.

Specimen 3f: embryonic day 12.5; Fancctm1Mgo/Fancctm1Mgo (more )
Note: 400X magnification.
Structure Level Pattern Image Note
TS20: germ cell of ovary Present Single cells 3f The number of germ cells is significantly reduced in the mutant. As reported in Table 1, an average of 24 are seen per section, down four-fold from the 82 per section seen in the heterozygote.

Specimen 4c: embryonic day 12.5; Fancctm1Mgo/Fancc+ (more )
Note: 100X magnification.
Structure Level Pattern Image Note
TS20: germ cell of testis Present Single cells 4c

Specimen 4e: embryonic day 12.5; Fancctm1Mgo/Fancc+ (more )
Note: 400X magnification.
Structure Level Pattern Image Note
TS20: germ cell of testis Present Single cells 4e

Specimen 4d: embryonic day 12.5; Fancctm1Mgo/Fancctm1Mgo (more )
Note: 100X magnification.
Structure Level Pattern Image Note
TS20: germ cell of testis Present Single cells 4d The number of germ cells is significantly reduced in the mutant. As reported in Table 1, an average of 25 are seen per section, down four-fold from the 93 per section seen in the heterozygote.

Specimen 4f: embryonic day 12.5; Fancctm1Mgo/Fancctm1Mgo (more )
Note: 400X magnification.
Structure Level Pattern Image Note
TS20: germ cell of testis Present Single cells 4f The number of germ cells is significantly reduced in the mutant. As reported in Table 1, an average of 25 are seen per section, down four-fold from the 93 per section seen in the heterozygote.

Specimen Table 1: embryonic day 16.5; Fancctm1Mgo/Fancc+ (more )
Structure Level Pattern Image Note
TS24: germ cell of ovary Present Single cells

Specimen Table 1: embryonic day 16.5; Fancctm1Mgo/Fancctm1Mgo (more )
Structure Level Pattern Image Note
TS24: germ cell of ovary Present Single cells The number of germ cells is significantly reduced in the mutant; an average of 16 are seen per section, down 89% from the 141 per section seen in the heterozygote.

Specimen Table 1: embryonic day 16.5; Fancctm1Mgo/Fancc+ (more )
Structure Level Pattern Image Note
TS24: germ cell of testis Present Single cells

Specimen Table 1: embryonic day 16.5; Fancctm1Mgo/Fancctm1Mgo (more )
Structure Level Pattern Image Note
TS24: germ cell of testis Present Single cells The number of germ cells is significantly reduced in the mutant; an average of 126 are seen per section, down 67% from the 387 per section seen in the heterozygote.

Specimen not shown: embryonic day 10.5; Fancctm1Mgo/Fancc+ (more )
Structure Level Pattern Image Note
TS17: primordial germ cell Present Single cells

Specimen not shown: embryonic day 10.5; Fancctm1Mgo/Fancctm1Mgo (more )
Structure Level Pattern Image Note
TS17: primordial germ cell Present Single cells


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Mouse Genome Database (MGD), Gene Expression Database (GXD), Mouse Models of Human Cancer database (MMHCdb) (formerly Mouse Tumor Biology (MTB)), Gene Ontology (GO)
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last database update
12/30/2025
MGI 6.24
The Jackson Laboratory