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AP000812.3
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  • AP000812.3
METABOLIC ISOLATED Show tissue menu
ESTROGEN METABOLISM ISOLATED PHENYLALANINE, TYROSINE AND TRYPTOPHAN BIOSYNTHESIS SEROTONIN AND MELATONIN BIOSYNTHESIS
Human metabolism
GENERAL INFORMATIONi

General description of the gene and the encoded protein(s) using information from HGNC and Ensembl, as well as predictions made by the Human Protein Atlas project.

Gene namei

Official gene symbol, which is typically a short form of the gene name, according to HGNC.

AP000812.3
Gene descriptioni

Full gene name according to HGNC.

Novel protein, ortholog of mouse Tomt
Protein classi

Assigned HPA protein class(es) for the encoded protein(s).

Read more
Metabolic proteins
Predicted locationi

All transcripts of all genes have been analyzed regarding the location(s) of corresponding protein based on prediction methods for signal peptides and transmembrane regions.

  • Genes with at least one transcript predicted to encode a secreted protein, according to prediction methods or to UniProt location data, have been further annotated and classified with the aim to determine if the corresponding protein(s) are secreted or actually retained in intracellular locations or membrane-attached.

  • Remaining genes, with no transcript predicted to encode a secreted protein, will be assigned the prediction-based location(s).

The annotated location overrules the predicted location, so that a gene encoding a predicted secreted protein that has been annotated as intracellular will have intracellular as the final location.

Read more
Intracellular
Number of transcriptsi

Number of protein-coding transcripts from the gene as defined by Ensembl.

1
HUMAN PROTEIN ATLAS INFORMATIONi

Summary of data presented in the Tissue section, with a representative image of protein expression (left) and an interactive chart showing the tissue-specific mRNA expression (right). The image and the chart are clickable and will redirect to more Tissue data.
This section contains information regarding the expression profiles of protein-coding genes in normal human tissue, both on the mRNA and protein level. The protein expression data is derived from antibody-based protein profiling using immunohistochemistry.

Read more
RNA tissue specificityi

The RNA specificity category is based on mRNA expression levels in the consensus dataset which is calculated from the RNA expression levels in samples from HPA and GTEX. The categories include: tissue enriched, group enriched, tissue enhanced, low tissue specificity and not detected.

Read more
Not detected
RNA tissue distributioni

The RNA distribution category is based on mRNA expression levels in the analyzed samples based on a combination of data from HPA and GTEX. The categories include: detected in all, detected in many, detected in some, detected in single and not detected.

Read more
Not detected
Protein evidencei

Evidence score for genes based on UniProt protein existence (UniProt evidence); a Human Protein Atlas antibody- or RNA based score (HPA evidence); and evidence based on PeptideAtlas (MS evidence). The avaliable scores are evidence at protein level, evidence at transcript level, no evidence, or not avaliable.

Read more
No human protein/transcript evidence
METABOLIC SUMMARYi

For selected proteins extended tissue profiling is performed in addition to standard tissue microarrays. The section below contains results from the extended profiling.

Gene AP000812.3 is associated with 21 reactions in 4 different subsystems, and present in the compartments: Cytosol, Endoplasmic reticulum. Provided by metabolicatlas.org
Pathway / Subsystem Subsystem-associated compartments # proteins # metabolites # reactions for
this protein
Serotonin and melatonin biosynthesis Cytosol 56 40 1
Estrogen metabolism Cytosol, Endoplasmic reticulum, Mitochondria, Peroxisome, Lysosome 71 48 7
Phenylalanine, tyrosine and tryptophan biosynthesis Cytosol, Endoplasmic reticulum, Mitochondria 213 186 12
Isolated Cytosol, Mitochondria, Peroxisome, Endoplasmic reticulum, Nucleus, Extracellular 552 309 1
METABOLICS - ISOLATEDi

For selected proteins extended tissue profiling is performed in addition to standard tissue microarrays. The section below contains results from the extended profiling.

Provided by metabolicatlas.org
Gene Go to
Adipose tissue
Adrenal gland
Bone marrow
Brain
Breast
Cervix
Choroid plexus
Endometrium
Epididymis
Esophagus
Fallopian tube
Gallbladder
Heart muscle
Intestine
Kidney
Liver
Lung
Lymphoid tissue
Ovary
Pancreas
Parathyroid gland
Pituitary gland
Placenta
Prostate
Retina
Salivary gland
Seminal vesicle
Skeletal muscle
Skin
Smooth muscle
Stomach
Testis
Thyroid gland
Tongue
Urinary bladder
Vagina
AOC1 ≪ ≫
HECW1 ≪ ≫
FKBP4 ≪ ≫
PDK4 ≪ ≫
CREBBP ≪ ≫
MYCBP2 ≪ ≫
PDK2 ≪ ≫
GDE1 ≪ ≫
FMO3 ≪ ≫
MYLIP ≪ ≫
PGLYRP1 ≪ ≫
UBE3C ≪ ≫
FMO1 ≪ ≫
RNF216 ≪ ≫
UBR7 ≪ ≫
RNF14 ≪ ≫
UBR2 ≪ ≫
UBA6 ≪ ≫
RNF19A ≪ ≫
USP2 ≪ ≫
METTL1 ≪ ≫
AGA ≪ ≫
PNKP ≪ ≫
PARP3 ≪ ≫
TRIT1 ≪ ≫
PHKA2 ≪ ≫
USP28 ≪ ≫
NEDD4L ≪ ≫
USP36 ≪ ≫
USP13 ≪ ≫
PARP12 ≪ ≫
ALDH18A1 ≪ ≫
PDIA5 ≪ ≫
MYLK ≪ ≫
TRMT11 ≪ ≫
PHKA1 ≪ ≫
PDK3 ≪ ≫
OTUD5 ≪ ≫
RORA ≪ ≫
NEDD4 ≪ ≫
RNF126 ≪ ≫
RAD18 ≪ ≫
HLTF ≪ ≫
ALDH3A2 ≪ ≫
UBE2D1 ≪ ≫
CHFR ≪ ≫
TRHDE ≪ ≫
MKRN2 ≪ ≫
FMO4 ≪ ≫
UBE2T ≪ ≫
USP33 ≪ ≫
UBE2A ≪ ≫
FKBP6 ≪ ≫
UBE2K ≪ ≫
ITCH ≪ ≫
UBE2D4 ≪ ≫
FKBP7 ≪ ≫
CNOT4 ≪ ≫
SMARCD3 ≪ ≫
RNF13 ≪ ≫
KAT6A ≪ ≫
PLOD1 ≪ ≫
CYLD ≪ ≫
PPIE ≪ ≫
NCOA1 ≪ ≫
PREP ≪ ≫
HACE1 ≪ ≫
USP40 ≪ ≫
HUWE1 ≪ ≫
FKBP1A ≪ ≫
BRAP ≪ ≫
SI ≪ ≫
MUL1 ≪ ≫
USP48 ≪ ≫
CPA1 ≪ ≫
CMA1 ≪ ≫
RNF31 ≪ ≫
HECTD1 ≪ ≫
TGM1 ≪ ≫
COMT ≪ ≫
FMO2 ≪ ≫
TPSD1 ≪ ≫
FKBP5 ≪ ≫
MARCHF2 ≪ ≫
CDC34 ≪ ≫
GGT5 ≪ ≫
PPIL2 ≪ ≫
GGT1 ≪ ≫
GRK3 ≪ ≫
GGTLC2 ≪ ≫
EP300 ≪ ≫
TRMU ≪ ≫
FKBP3 ≪ ≫
CCNB1IP1 ≪ ≫
MYLK2 ≪ ≫
USP14 ≪ ≫
RNMT ≪ ≫
RNF125 ≪ ≫
MIB1 ≪ ≫
TBL1X ≪ ≫
MID1 ≪ ≫
USP11 ≪ ≫
PCYT1B ≪ ≫
PIN4 ≪ ≫
PARP4 ≪ ≫
MGRN1 ≪ ≫
PHKB ≪ ≫
NAGPA ≪ ≫
USP10 ≪ ≫
STUB1 ≪ ≫
UBE2I ≪ ≫
USP31 ≪ ≫
BCKDK ≪ ≫
KAT8 ≪ ≫
RNF40 ≪ ≫
HERC1 ≪ ≫
TGM5 ≪ ≫
UBE2W ≪ ≫
UBR5 ≪ ≫
ECH1 ≪ ≫
TRMT1 ≪ ≫
FKBP8 ≪ ≫
CBLL1 ≪ ≫
ZC3HAV1 ≪ ≫
FKBP14 ≪ ≫
USP42 ≪ ≫
PLOD3 ≪ ≫
NRF1 ≪ ≫
UBE2R2 ≪ ≫
ATE1 ≪ ≫
TNKS2 ≪ ≫
NEURL1 ≪ ≫
UBE2S ≪ ≫
PPIF ≪ ≫
RNF167 ≪ ≫
KAT2A ≪ ≫
SMURF2 ≪ ≫
UGT2B10 ≪ ≫
USP46 ≪ ≫
UBE2D3 ≪ ≫
SIAE ≪ ≫
UBE4A ≪ ≫
CBL ≪ ≫
PARP11 ≪ ≫
MANSC1 ≪ ≫
ALDH2 ≪ ≫
USP5 ≪ ≫
GNPTAB ≪ ≫
RNGTT ≪ ≫
RNF8 ≪ ≫
LOX ≪ ≫
RNF130 ≪ ≫
PPWD1 ≪ ≫
EHHADH ≪ ≫
UBE3A ≪ ≫
GRK7 ≪ ≫
KAT2B ≪ ≫
USP4 ≪ ≫
USP9Y ≪ ≫
CBLB ≪ ≫
AADAC ≪ ≫
NKTR ≪ ≫
KANSL3 ≪ ≫
TTL ≪ ≫
FANCL ≪ ≫
USP34 ≪ ≫
FHL2 ≪ ≫
BIRC6 ≪ ≫
QPCT ≪ ≫
LCT ≪ ≫
FAM20B ≪ ≫
RNF19B ≪ ≫
MTR ≪ ≫
DPH5 ≪ ≫
USP35 ≪ ≫
RNF146 ≪ ≫
UBE2B ≪ ≫
TRIM32 ≪ ≫
FKBP1B ≪ ≫
RCL1 ≪ ≫
PCMT1 ≪ ≫
RNF2 ≪ ≫
TRMT1L ≪ ≫
RBBP6 ≪ ≫
FKBP9 ≪ ≫
NUDT10 ≪ ≫
WWP1 ≪ ≫
NLN ≪ ≫
USP45 ≪ ≫
OBSL1 ≪ ≫
NCOA3 ≪ ≫
MTRR ≪ ≫
STAMBP ≪ ≫
USP22 ≪ ≫
USP9X ≪ ≫
F13A1 ≪ ≫
NQO2 ≪ ≫
GTF3C4 ≪ ≫
MED1 ≪ ≫
TGM3 ≪ ≫
HECTD3 ≪ ≫
UBA2 ≪ ≫
NR1D1 ≪ ≫
PIN1 ≪ ≫
UBR4 ≪ ≫
SIN3B ≪ ≫
POR ≪ ≫
HAT1 ≪ ≫
HERC2 ≪ ≫
USP6 ≪ ≫
PARP2 ≪ ≫
CDY2B ≪ ≫
GDPD2 ≪ ≫
ACE2 ≪ ≫
HELZ2 ≪ ≫
UBE2M ≪ ≫
UBE4B ≪ ≫
UBA1 ≪ ≫
PPIL4 ≪ ≫
GGT7 ≪ ≫
PPT1 ≪ ≫
AOC3 ≪ ≫
AOC2 ≪ ≫
UBE2D2 ≪ ≫
TRAF7 ≪ ≫
FMO5 ≪ ≫
USP29 ≪ ≫
TRIM5 ≪ ≫
SCLY ≪ ≫
UBE2G1 ≪ ≫
CHI3L1 ≪ ≫
CHIT1 ≪ ≫
RNF128 ≪ ≫
CNDP2 ≪ ≫
GGT2 ≪ ≫
MKRN1 ≪ ≫
LOXL2 ≪ ≫
ELP3 ≪ ≫
CHIA ≪ ≫
FKBP11 ≪ ≫
GRHL1 ≪ ≫
USP26 ≪ ≫
RNF138 ≪ ≫
CLOCK ≪ ≫
USP30 ≪ ≫
UGT2A3 ≪ ≫
UGT2B28 ≪ ≫
PAN2 ≪ ≫
USP15 ≪ ≫
MDM2 ≪ ≫
USP37 ≪ ≫
USP44 ≪ ≫
AOAH ≪ ≫
NMT1 ≪ ≫
KAT7 ≪ ≫
MARCHF7 ≪ ≫
SAP130 ≪ ≫
USP20 ≪ ≫
ALDH1B1 ≪ ≫
PPIL1 ≪ ≫
CMTR1 ≪ ≫
TPMT ≪ ≫
CLPS ≪ ≫
RNF144B ≪ ≫
TGS1 ≪ ≫
PARP6 ≪ ≫
RTCA ≪ ≫
STAMBPL1 ≪ ≫
BARD1 ≪ ≫
PPIG ≪ ≫
HECW2 ≪ ≫
PARP9 ≪ ≫
USP8 ≪ ≫
PARP16 ≪ ≫
HERC3 ≪ ≫
ANXA3 ≪ ≫
RNF185 ≪ ≫
MARCHF9 ≪ ≫
SORD ≪ ≫
UBE2Q2 ≪ ≫
NCOA2 ≪ ≫
USP3 ≪ ≫
MYLK3 ≪ ≫
NCOR1 ≪ ≫
PTRH2 ≪ ≫
FN3KRP ≪ ≫
FKBP10 ≪ ≫
SAE1 ≪ ≫
CBLC ≪ ≫
CARM1 ≪ ≫
ALDH9A1 ≪ ≫
COP1 ≪ ≫
USP21 ≪ ≫
F13B ≪ ≫
PARP1 ≪ ≫
PDIA6 ≪ ≫
CALM2 ≪ ≫
UBR3 ≪ ≫
MARCHF4 ≪ ≫
UBA3 ≪ ≫
MARCHF1 ≪ ≫
MARCHF6 ≪ ≫
UGT3A1 ≪ ≫
PAM ≪ ≫
MYLK4 ≪ ≫
RNF217 ≪ ≫
SHPRH ≪ ≫
UHRF2 ≪ ≫
AUH ≪ ≫
LRSAM1 ≪ ≫
HERC4 ≪ ≫
ANKRD1 ≪ ≫
CNDP1 ≪ ≫
NGLY1 ≪ ≫
UBE3B ≪ ≫
QTRT2 ≪ ≫
RNF144A ≪ ≫
PARP8 ≪ ≫
PDK1 ≪ ≫
NMT2 ≪ ≫
USP12 ≪ ≫
PLOD2 ≪ ≫
CWC27 ≪ ≫
TRIP12 ≪ ≫
DDAH1 ≪ ≫
TRIM11 ≪ ≫
SH3RF1 ≪ ≫
USP43 ≪ ≫
USP25 ≪ ≫
PDIA4 ≪ ≫
RNF20 ≪ ≫
NAT2 ≪ ≫
UGT2B4 ≪ ≫
USP16 ≪ ≫
SH3RF2 ≪ ≫
UBE2L6 ≪ ≫
KAT6B ≪ ≫
PHKG2 ≪ ≫
BRPF1 ≪ ≫
TRIM63 ≪ ≫
CPA2 ≪ ≫
CPA5 ≪ ≫
UBE2Z ≪ ≫
CES5A ≪ ≫
UBR1 ≪ ≫
AMFR ≪ ≫
TGM7 ≪ ≫
PGLYRP3 ≪ ≫
ACE ≪ ≫
CALM3 ≪ ≫
UBE2J2 ≪ ≫
UBE2Q1 ≪ ≫
PGLYRP2 ≪ ≫
USP41 ≪ ≫
PCYT1A ≪ ≫
SYVN1 ≪ ≫
USP24 ≪ ≫
NOL9 ≪ ≫
TTLL10 ≪ ≫
USP1 ≪ ≫
ZSWIM2 ≪ ≫
RNF149 ≪ ≫
PGLYRP4 ≪ ≫
RNF25 ≪ ≫
GLB1L ≪ ≫
FABP1 ≪ ≫
TIPARP ≪ ≫
RCHY1 ≪ ≫
CPA3 ≪ ≫
TGM4 ≪ ≫
RNF123 ≪ ≫
RNF180 ≪ ≫
USP49 ≪ ≫
PHKG1 ≪ ≫
ALDH7A1 ≪ ≫
PDP1 ≪ ≫
NUDT2 ≪ ≫
CPA6 ≪ ≫
HECTD2 ≪ ≫
MARCHF8 ≪ ≫
FAAH2 ≪ ≫
METTL3 ≪ ≫
HIF1AN ≪ ≫
TPP1 ≪ ≫
RAG1 ≪ ≫
TMX3 ≪ ≫
PPIB ≪ ≫
TGM6 ≪ ≫
PDIA3 ≪ ≫
UGT1A6 ≪ ≫
FN3K ≪ ≫
PRRT2 ≪ ≫
VKORC1 ≪ ≫
GGT6 ≪ ≫
KLK1 ≪ ≫
KLK2 ≪ ≫
MRPL58 ≪ ≫
SETD5 ≪ ≫
RNF187 ≪ ≫
RFWD3 ≪ ≫
UGT3A2 ≪ ≫
PPIC ≪ ≫
SIN3A ≪ ≫
UBE2E3 ≪ ≫
UBE2E1 ≪ ≫
USP38 ≪ ≫
USP47 ≪ ≫
GLB1 ≪ ≫
MGMT ≪ ≫
USP32 ≪ ≫
RNF139 ≪ ≫
UGT2B7 ≪ ≫
NAT1 ≪ ≫
PPID ≪ ≫
HDAC3 ≪ ≫
PPIH ≪ ≫
THOP1 ≪ ≫
USP19 ≪ ≫
TPSAB1 ≪ ≫
CDY1 ≪ ≫
CDY1B ≪ ≫
FGGY ≪ ≫
CES3 ≪ ≫
CES2 ≪ ≫
PDP2 ≪ ≫
KAT5 ≪ ≫
SH3RF3 ≪ ≫
GRK2 ≪ ≫
PARP14 ≪ ≫
PARP15 ≪ ≫
TNKS ≪ ≫
FKBP2 ≪ ≫
NUDT4 ≪ ≫
UGT2A1 ≪ ≫
CNP ≪ ≫
MARCHF10 ≪ ≫
MARCHF3 ≪ ≫
UBE2C ≪ ≫
PHYKPL ≪ ≫
MSRA ≪ ≫
CBLL2 ≪ ≫
UBE2O ≪ ≫
RNF152 ≪ ≫
PUS1 ≪ ≫
CHD9 ≪ ≫
UBE2U ≪ ≫
TBL1XR1 ≪ ≫
UBE2N ≪ ≫
PARP10 ≪ ≫
MKRN3 ≪ ≫
ZNRF2 ≪ ≫
RNF182 ≪ ≫
NQO1 ≪ ≫
PJA1 ≪ ≫
SIAH2 ≪ ≫
RNF41 ≪ ≫
UBA7 ≪ ≫
UBE2E2 ≪ ≫
CDY2A ≪ ≫
TTC3 ≪ ≫
MARCHF11 ≪ ≫
LRTOMT ≪ ≫
UBE2F ≪ ≫
PGP ≪ ≫
UBE2G2 ≪ ≫
USP18 ≪ ≫
PPIL6 ≪ ≫
PRKN ≪ ≫
PDIA2 ≪ ≫
P4HB ≪ ≫
UBE2L3 ≪ ≫
PCYT2 ≪ ≫
GRK1 ≪ ≫
ZNRF1 ≪ ≫
RXRA ≪ ≫
UBE2H ≪ ≫
PPARA ≪ ≫
PTRH1 ≪ ≫
USP7 ≪ ≫
NHLRC1 ≪ ≫
RNF133 ≪ ≫
TMPPE ≪ ≫
HYKK ≪ ≫
FHIT ≪ ≫
PPIA ≪ ≫
NUDT11 ≪ ≫
SIAH1 ≪ ≫
NCOR2 ≪ ≫
UGT2B15 ≪ ≫
TPSB2 ≪ ≫
TRIM33 ≪ ≫
MIB2 ≪ ≫
TOPORS ≪ ≫
UGT2B17 ≪ ≫
MARCHF5 ≪ ≫
ASPH ≪ ≫
WWP2 ≪ ≫
OGA ≪ ≫
NCOA6 ≪ ≫
CALM1 ≪ ≫
SMURF1 ≪ ≫
UBE2J1 ≪ ≫
CES1 ≪ ≫
DZIP3 ≪ ≫
TGM2 ≪ ≫
PJA2 ≪ ≫
RING1 ≪ ≫
RNF5 ≪ ≫
QTRT1 ≪ ≫
DDAH2 ≪ ≫
UGT2B11 ≪ ≫
NEURL1B ≪ ≫
AS3MT ≪ ≫
UBE2QL1 ≪ ≫
PPT2 ≪ ≫
USP17L2 ≪ ≫
USP17L5 ≪ ≫
USP17L30 ≪ ≫
USP17L26 ≪ ≫
USP17L25 ≪ ≫
USP17L28 ≪ ≫
USP17L29 ≪ ≫
USP17L24 ≪ ≫
USP17L27 ≪ ≫
PPIAL4G ≪ ≫
RNF103 ≪ ≫
PPIL3 ≪ ≫
UGT1A9 ≪ ≫
EGFL8 ≪ ≫
UGT1A1 ≪ ≫
UGT1A8 ≪ ≫
UGT1A10 ≪ ≫
EIF4EBP3 ≪ ≫
UGT1A7 ≪ ≫
UGT1A4 ≪ ≫
USP51 ≪ ≫
USP17L22 ≪ ≫
MGAM ≪ ≫
PDF ≪ ≫
PPIAL4A ≪ ≫
PPIAL4C ≪ ≫
RNF115 ≪ ≫
PPIAL4E ≪ ≫
NUDT3 ≪ ≫
USP27X ≪ ≫
GGTLC3 ≪ ≫
UHRF1 ≪ ≫
AP000812.3 ≪ ≫

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The Human Protein Atlas project is funded
by the Knut & Alice Wallenberg Foundation.