TOP TEN perturbations for 39238_at (Homo sapiens)
Organism: Homo sapiens
Gene: 39238_at
Selected probe(set): 210874_s_at
Platform: Affymetrix Human Genome U133 Plus 2.0 Array
Expression of 39238_at (210874_s_at) across 6674 perturbations tested by GENEVESTIGATOR:
male infertility study 1 (juvenile; Ad+) / normal testicular lobules tissue (mJS10)
Relative Expression (log2-ratio):-1.9932365Number of Samples:5 / 8
| Experimental | male infertility study 1 (juvenile; Ad+) |
| Human testicular lobules biopsy samples isolated from prepubescent patients with undescended testes. Testes of these children contained typical level of A-dark (Ad+) spermatogonial cells. | |
| Control | normal testicular lobules tissue (mJS10) |
| Biopsies of human testicular lobules isolated from fertile vasectomized adult men with normal spermatogenesis. Histological analysis classified samples as mJS10 (modified Johnsen score 10). |
male infertility study 1 (mJS2) / normal testicular lobules tissue (mJS10)
Relative Expression (log2-ratio):-1.9868393Number of Samples:7 / 8
| Experimental | male infertility study 1 (mJS2) |
| Human testicular lobules biopsy samples isolated from adult infertile patients whose seminiferous tubules contained almost exclusively Sertoli cells. Tissue samples were classified based on modified Johnsen score (mJS) as mJS2. | |
| Control | normal testicular lobules tissue (mJS10) |
| Biopsies of human testicular lobules isolated from fertile vasectomized adult men with normal spermatogenesis. Histological analysis classified samples as mJS10 (modified Johnsen score 10). |
male infertility study 1 (juvenile; Ad-) / normal testicular lobules tissue (mJS10)
Relative Expression (log2-ratio):-1.8348656Number of Samples:2 / 8
| Experimental | male infertility study 1 (juvenile; Ad-) |
| Human testicular lobules biopsy samples isolated from prepubescent patients with undescended testes. Testes of these children contained very low level of A-dark (Ad-) spermatogonial cells. | |
| Control | normal testicular lobules tissue (mJS10) |
| Biopsies of human testicular lobules isolated from fertile vasectomized adult men with normal spermatogenesis. Histological analysis classified samples as mJS10 (modified Johnsen score 10). |
male infertility study 1 (mJS3) / normal testicular lobules tissue (mJS10)
Relative Expression (log2-ratio):-1.7650805Number of Samples:3 / 8
| Experimental | male infertility study 1 (mJS3) |
| Human testicular lobules biopsy samples isolated from adult infertile patients whose seminiferous tubules contained Sertoli cells but rarely spermatogonia. Tissue samples were classified based on modified Johnsen score (mJS) as mJS3. | |
| Control | normal testicular lobules tissue (mJS10) |
| Biopsies of human testicular lobules isolated from fertile vasectomized adult men with normal spermatogenesis. Histological analysis classified samples as mJS10 (modified Johnsen score 10). |
male infertility study 1 (mJS5) / normal testicular lobules tissue (mJS10)
Relative Expression (log2-ratio):-1.7436104Number of Samples:8 / 8
| Experimental | male infertility study 1 (mJS5) |
| Human testicular lobules biopsy samples isolated from adult infertile patients whose seminiferous tubules contained spermatocytes but no spermatids. Tissue samples were classified based on modified Johnsen score (mJS) as mJS5. | |
| Control | normal testicular lobules tissue (mJS10) |
| Biopsies of human testicular lobules isolated from fertile vasectomized adult men with normal spermatogenesis. Histological analysis classified samples as mJS10 (modified Johnsen score 10). |
endometriosis study 6 (minimal/mild endo.; pro. MCP) / normal endometrium tissue (pro. MCP)
Relative Expression (log2-ratio):1.5339336Number of Samples:12 / 20
| Experimental | endometriosis study 6 (minimal/mild endo.; pro. MCP) |
| Endometrial tissue samples from women with minimal or mild endometriosis and pelvic pain and/or infertility collected in the proliferative menstrual cycle phase (MCP). Endometriosis was diagnosed based on the revised American Fertility Society classification system. The MCP was determined by endometrial histology, confirmed by estradiol and progesterone serum levels and corroborated by 2 independent bioinformatics methods: clustering in unsupervised whole-transcriptome principal component analysis and cycle phase assignment classifier analysis. Patients with hormonal treatment within previous 3 months and presence of malignancy or major systemic disease were excluded. | |
| Control | normal endometrium tissue (pro. MCP) |
| Normal endometrial tissue samples from women collected in the proliferative menstrual cycle phase (MCP). The MCP was determined by endometrial histology, confirmed by estradiol and progesterone serum levels and corroborated by 2 independent bioinformatics methods: clustering in unsupervised whole-transcriptome principal component analysis and cycle phase assignment classifier analysis. |
Alzheimer's disease study 6 / normal large stellate neuron (entorhinal cortex)
Relative Expression (log2-ratio):-1.376749Number of Samples:10 / 12
| Experimental | Alzheimer's disease study 6 |
| Large stellate neurons of the entorhinal cortex, collected from layer II of clinically and neuropathologically classified late-onset Alzheimer´s disease afflicted individuals. Subjects in this group had a Braak stage of V or VI with a CERAD score of moderate or frequent. | |
| Control | normal large stellate neuron (entorhinal cortex) |
| Large stellate neurons of the entorhinal cortex, collected from layer II of clinically classified as neurologically normal individuals. Subjects in this group had a Braak stage ranging from I to II with a infrequent Consortium to Establish a Registry for Alzheimer's Disease (CERAD) neuritic plaque density. |
uterine/pelvic pathology study 2 (pro. MCP) / normal endometrium tissue (pro. MCP)
Relative Expression (log2-ratio):1.250782Number of Samples:15 / 20
| Experimental | uterine/pelvic pathology study 2 (pro. MCP) |
| Endometrial tissue samples collected from women with uterine/pelvic pathology in the proliferative menstrual cycle phase (MCP). The group contained cycling women 20 – 50 years old with symptomatic uterine fibroids, pelvic organ prolapse, and adenomyosis. The MCP was determined by endometrial histology, confirmed by estradiol and progesterone serum levels and corroborated by 2 independent bioinformatics methods: clustering in unsupervised whole-transcriptome principal component analysis and cycle phase assignment classifier analysis. Patients with hormonal treatment within previous 3 months and presence of malignancy or major systemic disease were excluded. | |
| Control | normal endometrium tissue (pro. MCP) |
| Normal endometrial tissue samples from women collected in the proliferative menstrual cycle phase (MCP). The MCP was determined by endometrial histology, confirmed by estradiol and progesterone serum levels and corroborated by 2 independent bioinformatics methods: clustering in unsupervised whole-transcriptome principal component analysis and cycle phase assignment classifier analysis. |
uterine/pelvic pathology study 2 (pro. MCP) / uterine/pelvic pathology study 2 (late se MCP)
Relative Expression (log2-ratio):1.2323542Number of Samples:15 / 2
| Experimental | uterine/pelvic pathology study 2 (pro. MCP) |
| Endometrial tissue samples collected from women with uterine/pelvic pathology in the proliferative menstrual cycle phase (MCP). The group contained cycling women 20 – 50 years old with symptomatic uterine fibroids, pelvic organ prolapse, and adenomyosis. The MCP was determined by endometrial histology, confirmed by estradiol and progesterone serum levels and corroborated by 2 independent bioinformatics methods: clustering in unsupervised whole-transcriptome principal component analysis and cycle phase assignment classifier analysis. Patients with hormonal treatment within previous 3 months and presence of malignancy or major systemic disease were excluded. | |
| Control | uterine/pelvic pathology study 2 (late se MCP) |
| Endometrial tissue samples collected from women with uterine/pelvic pathology in the late secretory menstrual cycle phase (MCP). The group contained cycling women 20 – 50 years old with symptomatic uterine fibroids, pelvic organ prolapse, and adenomyosis. The MCP was determined by endometrial histology, confirmed by estradiol and progesterone serum levels and corroborated by 2 independent bioinformatics methods: clustering in unsupervised whole-transcriptome principal component analysis and cycle phase assignment classifier analysis. Patients with hormonal treatment within previous 3 months and presence of malignancy or major systemic disease were excluded. |
SKVCR2.0 / SK-OV-3
Relative Expression (log2-ratio):1.2207823Number of Samples:2 / 2
| Experimental | SKVCR2.0 |
| Human metastatic cancer cell line derived from the ascites of a patent with adenocarcinoma of the ovary. Vincristine-resistant derivative of the ovarian adenocarcinoma cell line SKOV3 capable of growing in media with 2.0 µg/ml vincristine drug. Parental cell line:: SK-OV-3 Synonyms:SKVCR 2.0; SK VCR 2 Cellosaurus code: | |
| Control | SK-OV-3 |
| Human metastatic cancer cell line derived from the ascites of a patient with ovarian serous cystadenocarcinoma. Synonyms:SKOV-3; SK.OV.3; SKOV3; SKO3 Cellosaurus code: |