Panthera tigris altaica (Amur tiger): 102968765
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Entry
102968765 CDS
T02988
Symbol
PSMD1
Name
(RefSeq) proteasome 26S subunit, non-ATPase 1
KO
K03032
26S proteasome regulatory subunit N2
Organism
ptg
Panthera tigris altaica (Amur tiger)
Pathway
ptg03050
Proteasome
ptg05010
Alzheimer disease
ptg05012
Parkinson disease
ptg05014
Amyotrophic lateral sclerosis
ptg05016
Huntington disease
ptg05017
Spinocerebellar ataxia
ptg05020
Prion disease
ptg05022
Pathways of neurodegeneration - multiple diseases
ptg05169
Epstein-Barr virus infection
Brite
KEGG Orthology (KO) [BR:
ptg00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
03050 Proteasome
102968765 (PSMD1)
09160 Human Diseases
09172 Infectious disease: viral
05169 Epstein-Barr virus infection
102968765 (PSMD1)
09164 Neurodegenerative disease
05010 Alzheimer disease
102968765 (PSMD1)
05012 Parkinson disease
102968765 (PSMD1)
05014 Amyotrophic lateral sclerosis
102968765 (PSMD1)
05016 Huntington disease
102968765 (PSMD1)
05017 Spinocerebellar ataxia
102968765 (PSMD1)
05020 Prion disease
102968765 (PSMD1)
05022 Pathways of neurodegeneration - multiple diseases
102968765 (PSMD1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03051 Proteasome [BR:
ptg03051
]
102968765 (PSMD1)
Proteasome [BR:
ptg03051
]
Eukaryotic proteasome
Regulatory particles
PA700 (19S proteasome)
non-ATPase subunits
102968765 (PSMD1)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
RPN2_N
RPN2_C
PC_rep
HEAT_2
HEAT
HEAT_EZ
Tim54
Motif
Other DBs
NCBI-GeneID:
102968765
NCBI-ProteinID:
XP_015393308
LinkDB
All DBs
Position
Un
AA seq
1021 aa
AA seq
DB search
MAGDGGVLFLGVAILKPDRRCAVVSAPQRERRTSRRVEENMELSCTLQRGPGRRSGRREP
QAGGEFAPSSRRGAGIISLLDEEEPQLKEFALHKLNAVVNDFWAEISESVDKIEVLYEDE
GFRSRQFAALVASKVFYHLGAFEESLNYALGAGDLFNVNDNSEYVETIIAKCIDHYTKQC
VENADLPEGEKKPIDQRLEGIVNKMFQRCLDDHKYKQAIGIALETRRLDVFEKTILESND
VPGMLAYSLKLCMSLMQNKQFRNKVLRVLVKIYMNLEKPDFINVCQCLIFLDDPQAVSDI
LEKLVKEDNLLMAYQICFDLYESASQQFLSSVIQNLRTVGTPIASVPGSTNTGTVPGSEK
DSDSMETEEKPGSVLVGKTPEVSPEPKDQTLKMIKILSGEMAIELHLQFLIRNNNTDLMI
LKNTKDAVRNSVCHTATVIANSFMHCGTTSDQFLRDNLEWLARATNWAKFTATASLGVIH
KGHEKEALQLMATYLPKDTSPGSAYQEGGGLYALGLIHANHGGDIIDYLLNQLKNASNDI
VRHGGSLGLGLAAMGTARQDVYDLLKTNLYQDDAVTGEAAGLALGLVMLGSKNAQAIEDM
VGYAQETQHEKILRGLAVGIALVMYGRMEEADALIESLCRDKDPILRRSGMYTVAMAYCG
SGNNKAIRRLLHVAVSDVNDDVRRAAVESLGFILFRTPEQCPSVVSLLSESYNPHVRYGA
AMALGICCAGTGNKEAINLLEPMTNDPVNYVRQGALIASALIMIQQTEITCPKVNQFRQL
YSKVINDKHDDVMAKFGAILAQGILDAGGHNVTISLQSRTGHTHMPSVVGVLVFTQFWFW
FPLSHFLSLAYTPTCVIGLNKDLKMPKVQYKSNCKPSTFAYPAPLEVPKEKEKEKVSTAV
LSITAKAKKKEKEKEKKEEEKMEVDEAEKKEEKEKKKEPEPNFQLLDNPARVMPAQLKVL
TMPETCRYQPFKPLSIGGIIILKDTSEDTEELVEPVAAHGPKIEEEEQEPEPPEPFEYID
D
NT seq
3066 nt
NT seq
+upstream
nt +downstream
nt
atggcgggtgatggtggggtcctctttctgggggtggccattctgaagcctgatcgcagg
tgcgcagtggtgtccgcgccccagcgggagcgccgaacctcgaggagggttgaagaaaac
atggagctctcctgcacccttcagcgagggccagggcggcggtcggggcgcagagaaccg
caggccgggggagaattcgcgccgagcagcaggcggggagctggaattatttctcttctg
gatgaggaagaaccacagcttaaggaatttgcactacacaaattgaatgcagttgtcaat
gatttctgggcagaaatttctgagtctgtagataaaatagaagttttgtatgaagatgaa
ggtttccggagtcggcagtttgcagccttagtggcatctaaagtattttatcaccttggg
gcttttgaggaatctctgaattatgcacttggagccggtgacctcttcaatgtcaatgat
aactctgaatacgtggagactattatagcaaaatgcattgatcactacaccaaacaatgt
gtggaaaatgcagatttgcccgaaggagaaaaaaaaccaattgaccagagattagaagga
attgtaaataaaatgttccagcgatgtctagatgatcacaagtataagcaagctattggc
attgctctggagacacgaagactggacgtctttgagaagactatactggagtcgaatgat
gtcccaggaatgctagcctatagcctcaagctctgcatgtctttaatgcagaataaacag
tttcggaataaggtactaagagttctagtgaaaatctacatgaatttggagaaacccgat
ttcatcaatgtttgtcagtgcttaattttcttagatgatcctcaggccgtgagtgatatc
ttagaaaaactggtcaaggaagacaacctcctgatggcttatcagatttgttttgatttg
tatgaaagtgctagccagcagtttttgtcatctgtaatccagaatcttcgaactgttggc
acccctattgcttctgtgcctggatctaccaatacgggtactgtcccaggatcagagaaa
gacagtgactcaatggaaacagaagaaaagccaggtagtgtgcttgtaggaaagacacca
gaagtgagtccagagcccaaggaccagactttgaaaatgattaaaattttaagcggtgaa
atggctattgagttacatctacagtttttaatacgaaataataacacagatctcatgatt
ctaaaaaacacaaaggatgcagtacggaattctgtatgtcacacagcaaccgttatagca
aattcttttatgcactgtgggactaccagtgaccagtttcttagagataacttggaatgg
ttggccagagccactaactgggcgaaatttacagctacagccagtttgggtgtaattcat
aagggtcatgagaaggaggcattacagttaatggcaacatatcttcccaaggacacttct
ccaggatctgcctatcaggaaggtggaggtctctatgcattaggtcttattcatgccaat
catggtggtgatataattgactatctgcttaaccagcttaagaatgccagcaatgatatc
gttcgacatgggggcagcctgggcctgggtttggctgccatggggactgcacgccaggat
gtatatgacttgctaaaaacgaacctttatcaggatgatgctgtgacaggggaagcagct
ggcctggccctaggtttggttatgttgggctctaaaaatgcccaggctattgaggacatg
gtcggctatgcacaggaaactcaacatgagaagatcctgcgtggtcttgcagttggcatt
gcattagtgatgtatgggaggatggaggaggctgatgctctcattgaatctctctgccgt
gataaggacccaattcttcgacgatctggaatgtacactgtagccatggcttattgtggc
tcgggtaacaacaaagctatccggcgcctgctacatgttgctgtaagtgacgttaatgat
gatgtcaggagggcagcagtagaatcacttgggttcattcttttcaggacccctgaacag
tgccccagcgttgtttcattgttgtcagagagttacaatcctcacgtgcgttatggagct
gctatggccctaggcatctgctgtgctggtaccggaaacaaggaggcaattaatttgcta
gaaccgatgacaaatgatcctgtgaactatgtgaggcaaggagctcttatagcttcagct
ctcatcatgatccagcagacggaaatcacttgtccaaaggtgaatcagttcagacagctg
tattccaaagttatcaatgataaacatgatgatgtcatggccaagtttggcgctattttg
gcccagggcatactggatgcaggtggtcataatgtcacaatctccttgcagtccaggact
gggcacacccatatgccttctgtagttggcgtccttgtctttacccagttctggttctgg
tttcctctttcacacttcctgtcattggcttatacccctacctgtgtcattggccttaac
aaggacttaaagatgccgaaagttcagtataaatcaaactgtaaaccatccacatttgca
tatcctgcccctctggaagtaccaaaagaaaaagaaaaggaaaaggtttccactgctgtg
ttatctattactgccaaggctaaaaaaaaggaaaaagaaaaagaaaaaaaagaggaggag
aaaatggaagttgacgaagcagaaaaaaaggaagaaaaagagaagaaaaaagaacctgag
ccaaacttccagttattggataacccagcccgagttatgcctgcccagcttaaggtcctg
accatgccagagacctgtagataccagcctttcaaaccactctccattggaggcatcata
atcctgaaggataccagtgaagacactgaagagctggtagaacctgtggcagcccatggc
ccaaaaattgaggaagaagaacaagagccagaacccccagagccattcgagtatatcgat
gattaa
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