Alligator mississippiensis (American alligator): 102574726
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Entry
102574726 CDS
T03087
Symbol
GPLD1
Name
(RefSeq) glycosylphosphatidylinositol specific phospholipase D1
KO
K01127
glycosylphosphatidylinositol phospholipase D [EC:
3.1.4.50
]
Organism
amj
Alligator mississippiensis (American alligator)
Pathway
amj00563
Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
amj01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
amj00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00563 Glycosylphosphatidylinositol (GPI)-anchor biosynthesis
102574726 (GPLD1)
Enzymes [BR:
amj01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.50 glycosylphosphatidylinositol phospholipase D
102574726 (GPLD1)
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Ortholog
Paralog
GFIT
Motif
Pfam:
FG-GAP
Zn_dep_PLPC
FG-GAP_3
Motif
Other DBs
NCBI-GeneID:
102574726
NCBI-ProteinID:
XP_014462198
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All DBs
Position
Un
AA seq
885 aa
AA seq
DB search
MASQIARQFILHVSDMFERRETYGNLHFKGHSTASQVFSKPQFINQHSGNMDDFRIWSVL
LITFFGLCQRCMLCGISTHIEIAHRALEFFDKHERNINYRQLLLNHQDAFQAGSVYPDAF
YPVICKNGIFHRVSEDTHWTPFLNTSIHYIRRHYPHPWEEATEKLVAFLFGIASHMVADV
NWHSLGIDQGFLQTMGAIDFHGSYSEAHQVGDFGGDVLSQFELDFSYLEADWYIPVKDLI
AIYQEFYGEKVVTEGTIIDCTYLQFLELYGEKLAVAKLFPTYAGKSPFLVEKFHEYFLGG
MDDMAFWSNNIFQLTGHMLEAGTSGCFMPENPLFIDCNRRHRQSYRIKQSKNEHQENMTS
SLAKQVDKNINYTERGVYFRQTWATNSLHFINGAFATNVQKVLAVTHQHASNHVTKPTAS
YFLKSPYARLGWAMTSADLNQDGYEDLVVGAPGYSRLGWVQIGRVYIIYSKQSGLPPVNM
NLNKKADQVLEGHQPSGRFGSAVSVLDFNEDGVPDLAVGAPSVGSQLLTYKGAVYIYFGT
EGKGFSSWPNITITCQYTYCNLGWSLLATDIDGDGRSDLVAGSPYAPGGGKQRGFVVAFY
SYFNRSNQGLLSVEDADWMVKGEKNYAWFGYSLDRHQMENMSLLLIGSPTWKHCISLDCH
VSSDSRENVGKVYAYNPPSAHSWFAVTGDGEMGKLGLSLASGFVSVAGIPRRVLLVGAPT
SDSTSRIVFIHSVLHQAGTVLMYDLTDNTKPSLLSTFSGDRKFSRFGGAVHLSDLDGDGL
DEIVVTSPLRTTDITSGIFGGEAGRVYIYNGNQTTLGDVTDHCKSWTSPCPEDWAQYVLI
SPEERSRFGSSVITVKSEAKSEVVVAAERSSVKARLGGRLFLYAL
NT seq
2658 nt
NT seq
+upstream
nt +downstream
nt
atggcatctcagatagcacgacagtttatcctccatgtcagtgacatgtttgaaagaaga
gaaacgtacggtaacctgcatttcaaaggtcacagcacagcttcccaagtgttttcaaaa
ccacaatttataaaccagcacagcggcaacatggatgatttcaggatttggtctgttttg
ctaatcacgttcttcggtttgtgccaaagatgcatgctgtgcggcatttcaacacatatt
gaaatagcacatagagctttggaattttttgacaaacatgaaaggaacattaattataga
cagttgttactaaaccaccaagatgcatttcaggctgggagtgtttatcctgatgctttt
tatcctgttatttgcaagaatggaatatttcatcgtgtatctgaagacactcactggaca
ccatttctcaacaccagcattcattacattagaaggcattatcctcacccttgggaagag
gctacggagaaactggtggctttcttgtttggaattgcctcccatatggtggcagatgtg
aattggcatagcttgggcattgatcaaggatttctacagaccatgggagcaattgatttt
catggctcatactcagaagctcatcaagttggtgattttggaggagatgtattgagccag
tttgaactggatttcagttatctggaagcagactggtatatacctgtcaaagacctaata
gccatctatcaggaattttatggtgaaaaagttgtaactgaaggcacaattattgactgc
acttacctgcagtttcttgaattatatggagaaaaacttgctgttgctaagctcttccca
acatatgctggcaaatctccgtttttggtagagaagttccatgagtatttcctcggagga
atggatgacatggcattttggtcaaataacatttttcagctaacaggacatatgttagaa
gctgggactagtggctgcttcatgcctgagaacccgctattcatagactgcaacaggagg
cacagacagagctacagaattaaacagtccaaaaatgaacaccaagagaacatgacatct
tcacttgcaaaacaagttgataagaatataaactatactgagagaggagtttatttcagg
caaacttgggcaacaaattccctccattttataaatggagcttttgcaacaaatgtccaa
aaagtgctagcagtcacacatcaacatgcctctaaccatgtcaccaaacccacagcctcc
tacttcctaaaatcaccttatgccaggcttggatgggcgatgacctcagctgatttaaac
caggatggatatgaggatctagtggttggagcaccaggatacagcagattgggctgggtg
cagataggacgggtgtacataatttacagtaaacaatcaggtttgcctccagtaaatatg
aacctgaacaagaaagcggaccaagtgctggagggtcatcagccttcaggcaggtttggt
tctgctgtatcagtgctggacttcaatgaggatggagttcccgatcttgcggtgggcgca
ccctctgtggggtcacagcttctcacttacaaaggtgccgtgtatatatattttggaact
gaaggaaaaggcttctcatcttggcccaacatcaccataacttgccagtatacctactgt
aaccttggctggtctctgctggctactgacattgatggggatggaagatctgatctggtg
gccggttctccttatgcacctggtggtgggaagcagagaggatttgtggttgcattttat
tcctacttcaacaggagcaatcaaggcctgctgtcagtagaggatgctgactggatggtg
aagggggaaaagaactatgcctggtttggatattcgcttgacagacaccaaatggagaac
atgtccttactgttgattggtagccctacctggaagcactgtattagtctagattgccac
gtctcgtctgatagcagggagaatgttgggaaggtgtatgcatacaacccgccaagcgca
cacagctggtttgctgtaactggagacggggagatgggcaaactgggtttgtcactggct
agtggctttgtgtctgtggctggaatcccaagacgtgtgttgttggttggcgcacctacc
tctgacagcacatccaggattgtgtttatacactcagtactacaccaagctgggactgtt
ctcatgtatgacttgacagacaataccaagccttctttgctcagcactttcagtggggac
aggaagttctctcgctttggaggagctgtacacttaagtgaccttgatggtgacggatta
gatgaaattgttgtgacatcccctttgagaactacagacatcacatctggaatctttggt
ggggaggctggacgtgtttacatatataatggaaaccagaccacattgggtgatgtgaca
gaccactgcaaatcatggacttctccttgtcctgaggactgggcacaatatgtattgatt
tctcctgaagaaagatcaagatttgggagctctgtcatcactgttaaatctgaagcaaag
agcgaagttgtagtagctgctgagagaagctcagtgaaagccaggcttggtggaaggctt
tttctctatgctctctaa
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