大鼠

Stx18 - syntaxin 18

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Basic Information
Sequence Homology
Transcripts & Proteins
Gene Expression
Interactions
Related Mouse Models
References Literature
预测能够实现蛋白质结构域特异性的结合活性。预测涉及几个过程,包括内质网膜组织;正调控ER到高尔基囊泡介导的运输;以及调控细胞器组织。预测位于高尔基膜和内质网膜上。预测是膜的整合成分。预测是SNARE复合物的一部分。预测在内质网中活性。与人类的STX18(SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX18,SNX1

Basic Information

NCBI
Transcripts
Exons
Length
MW (kDa)
Related Mouse Models
Reference
2
11
90741 bp
38.51
3
1

Stx18 Genetics information (-)

mRatBN7.2

Sequence Homology

Transcripts & Proteins

Table View
Tile View
#
Transcript
Length(nt)
Exon Count
CDS(bp)
Protein
Length(aa)
No data available
* This data comes from NCBI.

Gene Expression

Tissue-specific RNA expression

Organ
Abundance
Alphabetical

Cell-specific RNA expression

Organ
Abundance
Alphabetical

Interactions

Acting
Regulation
Detail
Mechanism
Target
Residues
Reference
Score
No data available

Related Mouse Models

Type
Name
MGI
Strain of Origin
Publications
Mutations
No data available

References Literature

Title
PMID
Journal
Year
IF
No Data Found!
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Sequence
Comparison
Al agent
Tutorials
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