Node

NCBI Gene

Symbol snai1 Gene ID 6615
IF 7.9% Link Number 7
Full Name snail family zinc finger 1
Aliases SLUGH2,SNA,SNAH,SNAIL,SNAIL1,dJ710H13.1
Summary

The Drosophila embryonic protein snail is a zinc finger transcriptional repressor which downregulates the expression of ectodermal genes within the mesoderm. The nuclear protein encoded by this gene is structurally similar to the Drosophila snail protein, and is also thought to be critical for mesoderm formation in the developing embryo. At least two variants of a similar processed pseudogene have been found on chromosome 2. [provided by RefSeq, Jul 2008]

Node Summary

PMID: 23689589

Chromatin immunoprecipitation assay and luciferase assay showed that Snail inhibits the transcriptional activity of the PPARγ gene by directly binding to the E-box motifs in the PPARγ promoter. LiCl (a GSK3β inhibitor)-treated cells also showed increased expression of Snail, with a reduced adipogenic potential. Snail-overexpressing 3T3-F442A cells did not differentiate into mature adipocytes in immunodeficient nude mice.

PMID: 26322327

The transcription factor (TF) Snail1 is a major inducer of the epithelial-mesenchymal transition (EMT) during embryonic development and cancer progression. Ectopic expression of Snail in murine mesenchymal stem cells (mMSC) abrogated their differentiation to osteoblasts or adipocytes.

PMID: 25505127

Knock-down experiments in 3T3-L1 cells demonstrated that only Nr2f6 (and Trip4 at minor extent) was required for adipocyte differentiation. Ectopic expression of Nr2f6 reversed the effects of Snail1 and promoted adipogenesis. Because Nr2f6 inhibits the expression of IL-17, we tested the effect of Snail on IL-17 expression. IL-17 and TNFα were among the most up-regulated pro-inflammatory cytokines in Snail-transfected 3T3-L1 and mMSC cells. Furthermore, the blocking of IL-17 activity in Snail-transfected cells promoted adipocyte differentiation, reverting Snail inhibition. In summary, Snail inhibits adipogenesis through a down-regulation of Nr2f6, which in turn facilitates the expression of IL-17, an anti-adipogenic cytokine.

Node Expression

# PMID Condition Expression Material  
1 27044590 group(MSC AD14day) (0 -1.59408114533208) hMSC
2 15033539 dif(0 2 8 16 24 48 96)h dif(1 8 16 14 10 8 4)fold 3T3-L1

Relation Chart

Chart Legend

Relation Table (7 records)

Prediction Chart

Chart Legend

Prediction Table (35 records)

# Source IF(%) Target IF(%) Species Agreement Computational Predictions / PMID
1 creb1 23.9 snai1 7.9 Human 100.00 15955695
2 creb1 23.9 snai1 7.9 Human 100.00 15955695
3 esrra 3.7 snai1 7.9 Human 100.00 15955695
4 esrra 3.7 snai1 7.9 Human 100.00 15955695
5 ets1 11.9 snai1 7.9 Human 100.00 15592518
6 ets1 11.9 snai1 7.9 Human 100.00 15592518
7 hmga2 14 snai1 7.9 Human 100.00 18832382
8 hmga2 14 snai1 7.9 Human 100.00 18832382
9 hoxa10 2.9 snai1 7.9 Human 100.00 16424022
10 id2 7.4 snai1 7.9 Human 100.00 22551584
11 id2 7.4 snai1 7.9 Human 100.00 22551584
12 mirn125b 15.7 snai1 7.9 Mouse 100.00 1
13 mirn204 9 snai1 7.9 Human 100.00 1
14 mirn30a 17.6 snai1 7.9 Human 100.00 1
15 mirn30a 17.6 snai1 7.9 Mouse 100.00 2
16 mirn30c 14.4 snai1 7.9 Mouse 100.00 1
17 mirn34a 19.1 snai1 7.9 Mouse 100.00 1
18 mirn34a 19.1 snai1 7.9 Human 100.00 1
19 mirn34b 12.9 snai1 7.9 Mouse 100.00 1
20 mirn34c 9.8 snai1 7.9 Mouse 100.00 1
21 mirn34c 9.8 snai1 7.9 Human 100.00 1
22 mta1 4.1 snai1 7.9 Human 100.00 18719363
23 nfkb1 41.4 snai1 7.9 Human 100.00 17665043
24 parp1 5.5 snai1 7.9 Human 100.00 21577210
25 rela 34.9 snai1 7.9 Human 100.00 17665043
26 rela 34.9 snai1 7.9 Human 100.00 17665043
27 snai1 7.9 snai1 7.9 Human 100.00 16617148
28 snai1 7.9 cdh1 8.4 Human 100.00 15311212
29 snai1 7.9 cdh2 6.9 Human 100.00 21796367
30 snai1 7.9 fn1 18 Human 100.00 22223884
31 snai1 7.9 hbegf 3.6 Human 100.00 22641673
32 snai1 7.9 pebp1 2.6 Human 100.00 18477483
33 snai1 7.9 snai1 7.9 Human 100.00 16617148
34 snai1 7.9 thbs1 11.5 Human 100.00 19874710
35 snai1 7.9 vdr 19.5 Human 100.00 15322538