truncated form ADRA1A1, ADRA12b, ADRA12c, ADRA13c, ADRA1A5, ADRA1A6, lacking the seventh TM segment (PMID: 10493934)
identification
nb exons
type
bp
product
Protein
kDa
AA
specific expression
Year
Pubmed
2
-
2281
51.5
466
in smooth muscle cells and epithelial cells of rhesus efferent ductules, epididymis and seminal vesicle, is the predominant variant in human prostate and other non-reproductive tissues such as heart, liver and pituitary
2008
18204069
also called ALPHA1C-1/ALPHA1A-1 or variant 1
encoding a 33 aa shorter isoform than variant 2
the N-terminal 423 aa of this isoform are identical to those of ALPHA1C-3/ALPH1A-3, ALPH1A-4, and variant 2
3
splicing
2001
50.8
455
-
2008
18204069
also called ALPHA1A-4/ADRA1A2a or variant 4
encoding a 44 aa shorter isoform than variant 2
the N-terminal 423 aa of this isoform are identical to those of ALPHA1C-1/ALPHA1A, ALPHA1C-3/ALPH1A-3, and variant 2
3
splicing
2089
47.5
429
-
2008
18204069
also called ALPHA1C-3/ALPHA1A-3/ADRA1A3a or variant 3
Its N-terminal 423 aa are identical to those of ALPH1A-4, ALPHA1C-1/ALPHA1A, and variant 2
-
splicing
-
-
499
most abundant in prostate
2008
18204069
also called ADRA1A4/ALPHA1C-2/ALPHA1A-2
3
splicing
2304
52
475
-
2008
18204069
also called variant 2
Its N-terminal 423 aa are identical to those of ALPHA1C-3/ALPH1A-3, ALPH1A-4, and ALPHA1C-1/ALPHA1A
-
-
3030
-
297
-
2008
18204069
-
-
1740
37
342
-
2008
18204069
-
-
2094
35
324
-
2008
18204069
-
-
1919
40
370
-
2008
18204069
-
-
1703
40
372
-
2008
18204069
-
-
1878
35
324
-
2008
18204069
EXPRESSION
Type
restricted
expressed in
(based on citations)
organ(s)
System
Organ level 1
Organ level 2
Organ level 3
Organ level 4
Level
Pubmed
Species
Stage
Rna symbol
Cardiovascular
heart
moderately
Digestive
liver
highly
Reproductive
male system
prostate
Homo sapiens
male system
male genital tract
epididymis
Homo sapiens
male system
seminal vesicles
Homo sapiens
male system
testis
Homo sapiens
Respiratory
respiratory tract
larynx
predominantly
Urinary
ureter
Homo sapiens
cell lineage
cell lines
fluid/secretion
at STAGE
PROTEIN
PHYSICAL PROPERTIES
STRUCTURE
motifs/domains
seven transmembrane segments (7TM)
carboxyl-terminal Ser or Thr residues may be phosphorylated
three N-linked glycosylation sites in its N terminus