KEGG   Anolis carolinensis (green anole): 100551596
Entry
100551596         CDS       T01608                                 
Name
(RefSeq) uncharacterized LOC100551596
Organism
acs  Anolis carolinensis (green anole)
SSDB
Motif
Pfam: zf-H2C2_2 zf-C2H2 zf-C2H2_4 SCAN zf-C2H2_6 zf-C2H2_jaz Zn-ribbon_8 zf-C2H2_11 zf-met
Other DBs
NCBI-GeneID: 100551596
NCBI-ProteinID: XP_016846339
Position
2:complement(197613684..197686602)
AA seq 2883 aa
MTTEKKTEFSTPGLFRVIVEPERRSQIKMEVQELESERDLQRIGEGTLAVPVEMAPQRVT
AAPKQCIKWKLIQGASSQQLETQWPDFLHTPHSPMSEHSSLHQPENHLREDGNNSLPELE
GVVATRHWATAKITRLGKTMGETQRLNFMSGREGNESPRENGGGGGGDDLLSSESQRQHF
RQFDYKDAEGPWEAYCQLRRFCHQWLKPEAHTKEEILELVILEQFLSILPREMLSWIRER
DSESCFHAVALAEHFLLQQHQAEKQDQQDEQQQQVPSMIKEEDLGYSGEENGSLDVNLQQ
LYKEVKQEEEDGSVIAGDESENEKEEMLPKRENSQDLEETVSNQANPSSPQGQEMEMLKS
ESTTPELEALSDVTTQQTISKGKRPSDRLFHSLNKIQRSQTGEELYECSDCGKAFISRAG
FIMHIRIHGREKPYECLDCGKHFRRSSHLNSHSRIHAGVKPFKCTDCGKGFSRSSNLISH
QRMHTGEKPYTCSSCRKQFCDKSSLVRHERLHTGDRPYKCTECGKSFSQSHHLITHQRSH
TGEKPYKCLLCDKSFCDRSTYIRHQKNHTGEKTFKCMDCGECFSRNKHLVRHRSIHTARE
LYTCPDCGESFCRRSGLKMHQKIHTGEKPFECTDCGKKFNRSTNLISHQRIHTGERPYGC
PECGKRFNRRTHLVSHQKIHGPRKGSTEMLKVGEGLPPPELKGGYVPSSYIITTIVSREE
AVAGESVTFAKRNWYGQAWRQKVAKGPKQTGTGMEKREGETQPAEMEQSVPGRKNSNTVR
ATTIQEFLMGSDSRQIKQEPKDGLPQGWNAHWQDFLTTVKPSRSGCRSPPLPSLPQSGDG
ANEPQARSKKATGIGQWPRNERVDQRSPVDLSEGCGDPISSVKVKEEILDEDDVASVEMD
RRHFRQFYYQEAEGPREVYLKLQTLCHQWLKPESRSKEEILDLLILEQFLIILPEEMQNW
VKDCGPDTCTQAVALAEDFLLRLQEAEGLQRKVKFSLSNDPQMSKSQMHSISQYITACIT
IRLCCAIQDQCYFWILIEHFYYSVFSLVSCALSIFLCQVARPMVGLATNSPKSEQNPSQE
MNIPMSADAEEDSDGETSFLGNCQGYENGEESFPFERHADIGISGLSLARLNGKFFQVCG
LEETPGNERGQEIHRESQTEIQALIHQKRLEGSPFSEGNHKAKRKRASSNWGTVLRRSFD
FPRNQKTQKLYTCTYCGKISNNSAHMIIHERTHTGEKPYKCSECGKCFSTNCNLMKHTRV
HTGEKPYKCSDCGRSFSDKASLIVHERTHTGEKPYECPMCGKSFTSSSNLITHKRVHTGE
KPYKCNECGQSFVHRPQLVIHIRTHTGEKPYECLECGKSFNQKADLIIHGRTHTGEKPYE
CAECGKSFISSSYLRKHERLHTGKKAQAGEESHKCTYCRKSFISRSKLLIHERTHTGEKP
FECTECGKGFSTSSNLVNHRRVHTGEKPYQCLDCGQKFSTNSNLVNHRRVHTGEKPYECS
DCGQSFGHKASLRRHKRIHSRETTTCWEPIPLPAPLLLLRQAGWENGIAFGCLSSLFHAF
EIADWPRLEHKPRNLSPRINTKMEEEDLAGPKEPEERSEKEGVDHTVVHEETVAKLVTKA
TPQHVKEELEVGLQQGWEAHWSEFMNTPQSTCPKWKDISSGPAAKELPAFAQKIAEVCQW
PGKGYETKMAPGPSDKTLKAYESPDFPMEVKEEVLDDDTLDLETRRQQFRCFCYHEANGP
REAFHQLWKLCHQWLKPERCSKKQILELLVLEQFLTVLPSEIQSWVRENCPETCLEAVAL
AEDFLIRPPEVEGSQVLAPLKDASTLEQHPSEARLKRQLIADAKKRDAQEAILLGDDQMR
TKERRNLCLERSKTVELKETSLGRAKGNLFSFHSEEEVVLGKQPESKVLQNYETRKQAKR
TLPSEEISGSTASKEINQQKAKKICTECGNPCEVFELPPNQKAQTEDEFYICPCCGKTFK
NGASFVSKQGTLAVAKPYPCSECGKSFGTKASLLKHKGTHSGEKPYVCSECGKCFTTSSN
LIYHNIVHTGEKPHKCSDCGKSFHWKSSLITHERTHTGEKPYECPDCGKSFGNSSQLLRH
KRVHTGEKPYHCSECGRSFNQIASLIAHKRIHTGEKPYECSECGKGFGTRTNLMMHKRVH
TGERPYKCSYCGQSFSQRTHLIIHERTHTGEKPYTCPECGKSFNAKAPLITHRKTHTGEN
LYQCFQCGKSFSTSSNLLNHNIIHTGEKPHKCSDCGKCFNRKSSLITHQRTHTGEKPYAC
FECGKRFISSSDLTKHKKVHRGKRAVGAETFVYSPKLAEPGTIQPAEQSSCKLWDELKCP
FEKKLHNYLSSERREDRQRRKWVSVLLFFLSPSFLLPVSRFPFPGCETALYMFLRHPPSH
GGAAGALGGEMPRRRGKDDNQVRTEEKRNLCLERSKTAELKKTSLGRAKGNILSFHNEEE
IVLGKQPESKVLQNYETKKQAKRTLPSEEISGSTASKEVNQQKAKKTCTECGNTCEVFEL
PPNQKAQTEDEFYICPRCEKTFKNGASLMPKQGTVAVAKPYPCSECGKSFGTKASLLKHK
GTHSGEKPYICSECGKCFTTSSNLIYHNIIHTGEKPYKCSNCGKSFHWKSSLITHERTHT
GEKPYECPDCGKSFGISSQLLRHKRVHTGEKPYHCSECGRSFKQIASLIAHKRMHTGEKP
FECSECGRGFSTRTNLMMHKRVHTGERPYKCSYCGQSFIQRTHLIIHQRTHTGEKPYTCP
ECGKRFSAKSPLITHRKTHTGENLYQCFQCGKSFSTSSNLLNHNIIHTGEKPHKCSDCGK
CFNRKSSLITHQRTHTGEKPYACFECGKRFISSSDLTKHKKVHKEKHAVGAEPGTIQAGE
QPS
NT seq 8652 nt   +upstreamnt  +downstreamnt
atgactactgagaagaaaacagaattctcgactcctggacttttcagagtcattgtagag
ccagagagaaggtctcaaataaaaatggaggttcaggaactggaatcagaaagagatttg
cagagaattggggaaggcactctggctgtccctgtagaaatggctcctcaaagagtaaca
gcagccccaaagcaatgcataaagtggaaattaatccaaggtgcatcatcccagcagttg
gagacgcagtggccagactttctgcacacaccacattccccaatgtctgaacatagcagc
ctgcatcagccagaaaatcatctgagggaagatggaaataactccttgccagagttggaa
ggagtagtagccacacgccactgggctactgccaaaataactagacttggcaaaacaatg
ggggaaacccaaagactaaactttatgagtggaagagagggcaatgaatcaccaagagaa
aacggtggcggcggcggtggtgatgatcttctgagttcggaaagtcagcgccaacatttc
cggcagtttgactacaaagatgctgaggggccatgggaagcctactgccagctccggaga
ttttgccaccagtggctgaagccagaggcacacacgaaagaggagatactggagctggtg
atcctggaacagttcctctccatcttgccccgggaaatgctgagctggataagggagcgg
gattcagagagctgtttccacgccgtggccctcgccgagcattttctcctacagcagcat
caggctgagaagcaagatcagcaagatgaacagcagcagcaggtgccaagtatgataaaa
gaggaagatttgggttattcaggggaagagaatggttctctagatgtgaacctccagcag
ctctacaaggaagttaagcaggaggaggaagatggcagcgtgatagcaggggatgaaagt
gagaatgaaaaggaggagatgttgccaaaaagagagaattctcaagatttggaagaaaca
gtttcaaatcaagccaatcccagcagtccacaggggcaggaaatggaaatgcttaagagt
gaatccactacccctgagctggaggccctctccgatgtcacgacccagcaaacgatatcc
aaaggaaagagaccaagtgaccggctgttccacagtctcaataaaatccagaggagccag
actggagaggaactctatgagtgctccgactgtggaaaggcatttatctctagagccggc
tttatcatgcacatacgaattcatggccgagagaaaccgtacgaatgcttggactgcggg
aaacacttccggcggagctcgcacctcaacagccatagcaggatccatgccggagtgaag
ccgtttaaatgcacagactgtgggaaggggttcagccgcagctccaaccttatttcgcac
cagagaatgcatacgggggagaaaccatacacttgctcctcttgccgcaaacagttctgc
gacaaatcgagtctggttcggcatgagcggcttcacacaggggatagaccatataagtgc
actgaatgtgggaaaagcttcagccaaagccaccacctcatcacccaccagagaagccac
acgggggagaagccctataagtgtttgctctgtgataaaagcttttgcgaccggtcgact
tatatcagacaccagaaaaaccatacgggggaaaagacctttaagtgcatggactgtggt
gaatgcttcagccggaacaaacacctcgttcggcatcggagtatccacacggcgagggaa
ctgtacacatgcccagactgcggcgagagcttctgccgtcggtcgggccttaagatgcac
cagaagattcacacgggggaaaagccatttgagtgtacagattgcgggaagaagttcaac
cgcagcacgaaccttattagccatcagaggatccacactggagagagaccctatggctgc
cccgaatgtgggaagaggttcaaccggaggacccaccttgttagccaccagaaaatccat
gggccgaggaaagggtcaacagaaatgctcaaagttggagaagggcttccacctccagaa
ctcaagggtggatatgtcccctcatcttacatcatcacgacaattgtttcccgggaagaa
gcagttgctggtgagagcgtcacctttgccaaaaggaactggtatggccaggcctggagg
caaaaggtggccaaggggccaaagcaaacagggacaggaatggagaagcgagagggagaa
acccagcctgctgagatggaacagtcggtgcctggtagaaaaaactccaacacagtccga
gctacaaccatccaagaatttttgatggggtcagattcccgtcaaattaagcaggagcca
aaggacggcctgccacagggctggaatgcccactggcaggacttcttaacaactgtgaag
ccgtctcgttcaggatgtagaagtccacctcttcccagtcttccccagtctggagatgga
gccaatgaacctcaagcacgttccaagaaagctactggtatcggtcagtggcctagaaat
gagcgggtggaccagagatctccagtagaccttagcgaaggttgtggagatcctatttcc
tctgtgaaggtgaaagaggagattctagatgaggacgatgtggccagtgttgaaatggac
cgaaggcatttccgccagttctactaccaagaggccgaggggccgcgagaagtctacctc
aagctccaaaccctttgccatcagtggctgaaaccggagagccgctccaaggaggagatt
ttggacctgttgatcctggagcagttcttgattatccttccagaggaaatgcagaactgg
gtcaaagactgcgggccggatacctgcacccaggccgtggccctggcggaggatttcttg
ctgcgcctgcaagaggctgaagggttgcaaagaaaggtaaagttctcactgtctaatgat
ccacaaatgtcaaaatcacaaatgcacagtatatcacagtatatcactgcctgcataact
attagattatgctgtgccatacaggatcaatgttacttctggattttaattgaacatttc
tactattcagttttttcccttgtgtcctgtgctctatccatatttctctgtcaggttgca
cggcctatggtaggcttggctacaaattcccccaaatcggagcaaaatccatcacaggaa
atgaatatcccgatgtcggcagatgctgaggaagacagcgatggggaaaccagctttctg
ggcaactgccaaggatacgagaatggggaggagagttttccttttgaaagacacgctgat
attgggatcagtggactgtcactggcaagactcaatgggaaattcttccaagtttgtggg
ttggaagagactcccgggaatgagcggggccaagaaatccaccgggagagccagacggag
atccaggctttgattcatcagaagcgtttggaagggagccccttttcagagggaaaccac
aaagccaagcggaagagggccagctccaactgggggactgtcttgcgtcgtagctttgac
tttccacgaaaccagaagacacaaaaactgtacacctgcacctattgtgggaagatttcc
aacaacagcgcccacatgattatccatgagaggacgcacactggcgagaagccgtacaag
tgctctgagtgcggcaaatgtttcagcaccaactgcaacctcatgaagcacaccagagtc
catactggggagaagccgtacaaatgctctgactgtggccggagtttcagtgacaaagcc
tctctaattgtccatgagaggacccacactggcgagaagccctacgagtgtcccatgtgt
gggaagagcttcacctccagctccaacctcatcacccacaagcgggtccacacaggggag
aagccatacaagtgcaatgagtgtgggcagagcttcgtccatcggccacagcttgtcata
cacatccggacgcacacaggggaaaaaccctatgagtgtttggagtgcggtaagagcttc
aatcagaaagcggacttgatcatccatgggcggacccacacaggagagaagccatacgaa
tgtgccgaatgtgggaaaagctttatttccagctcttaccttcggaaacacgagcggctg
cacacggggaagaaagctcaagctggggaagaaagccacaaatgcacttactgccggaag
agttttatcagccggtccaaacttctcattcatgagcgaacccacactggagagaaacct
tttgaatgcactgaatgtggaaaaggctttagtacgagctcaaacctggtcaaccacagg
agggtccacacgggggagaagccctaccagtgcttggattgtgggcagaagttcagcacg
aactccaacttggtcaatcaccggagggtgcacacaggagaaaagccgtacgaatgctcg
gactgtgggcagagctttggtcacaaagcatccctcaggagacataagaggatccattct
cgagagacaaccacatgctgggaaccaattccccttccggcccccctccttctcctccgg
caggctggctgggaaaatggaatagcctttggatgcctttccagcctttttcatgcattt
gagattgcagattggccaaggctggagcacaagccaaggaacctgtctccaaggataaat
acaaaaatggaggaagaagacttggctggacctaaagaaccagaggagagatcagagaag
gaaggagtagaccacacggttgtccatgaagaaactgttgcaaagttggtgactaaagcc
actccgcagcatgttaaagaggaattagaagtggggctgcaacaaggctgggaagcccac
tggtcggagttcatgaacaccccgcagtccacttgtccaaaatggaaagacatatcatct
gggcctgctgctaaagaattgccagcattcgctcaaaagatagctgaggtgtgccaatgg
cctgggaaagggtatgaaaccaagatggcaccaggcccctctgataagaccctcaaggcc
tacgaaagtccagactttcctatggaagtgaaagaggaagttctggatgatgacaccctc
gatttggagacacggcgccagcagttccggtgcttctgctaccatgaagccaatggaccc
cgagaggccttccaccagctctggaagctttgccaccagtggctgaagccagagagatgc
agcaagaagcagatcttggagttactggtcctggagcagtttctgactgtcctgccctcg
gagattcagagctgggtccgagagaactgtccggagacatgtttggaagctgtggcccta
gcagaagacttcttgatcagaccaccggaggttgaaggaagccaggtgctggcacctttg
aaagatgcatccacactggaacaacatccttcggaagccaggctaaaacggcaattgatt
gctgatgccaagaaaagagatgctcaggaggctatcttactgggtgatgatcaaatgaga
acaaaagaaagaagaaatctttgtctggaaagatccaaaacagtggaactcaaggagaca
tcattgggaagagccaagggaaatctcttctcgtttcacagtgaggaagaggtagtgctt
gggaaacagccagaatccaaagtactccaaaactatgaaaccaggaagcaagctaaaagg
acattgccttctgaggaaatctctggaagcacagcaagcaaagagataaaccagcaaaaa
gccaaaaaaatatgcacagaatgtggaaacccatgtgaggtttttgagctccctccaaat
cagaaagcacaaacggaagatgagttttacatctgtccctgttgtgggaagactttcaag
aatggtgcatccttcgtgtcaaagcaagggactttagctgtggccaaaccctacccttgc
tccgaatgtggcaaaagctttggtacgaaagcgtccctcttgaaacacaaggggacccat
tcaggggagaaaccgtacgtctgctcagagtgcggaaagtgcttcaccacgagctcgaat
ctgatttatcacaacattgtccacacgggagagaagccacacaagtgctccgactgcggc
aagagcttccactggaagtcgtccctgattacccatgagcggacccacacaggggagaag
ccatatgagtgtcctgactgtggcaagagctttggcaacagctcccagcttctgcggcac
aagcgggtgcacacgggtgagaagccatatcactgttccgaatgcgggcgcagcttcaac
cagattgcttccctgatcgcgcacaagcgtatccatacaggtgagaagccatacgaatgc
tccgagtgcggaaagggttttggcaccaggacgaacctgatgatgcacaaacgagtacat
acaggagagcggccgtataaatgctcatactgtggacagagcttcagccaacggacacac
ctgatcatccatgagcggactcacacaggagagaagccctacacgtgccccgaatgtggg
aaaagtttcaatgccaaggcccccctcatcacccaccgaaagactcacacaggagagaat
ctgtatcagtgcttccagtgtggaaaaagcttcagcaccagttctaacctcctgaatcac
aacataattcacacgggggagaagccccacaaatgctcagactgcggcaaatgcttcaat
cggaaatcctccctcattacacaccagaggacccacaccggggagaagccctatgcctgc
tttgagtgcggaaagcgtttcatttctagctcagatcttacaaaacataaaaaggtgcat
agggggaaacgtgcagttggtgctgaaacctttgtttacagtccgaagctggcagagccg
ggcaccatacaacctgcagagcagtcatcttgcaaattgtgggatgagctgaaatgcccc
tttgagaaaaagctccacaattacctttcgtcagagaggagggaagacaggcaaaggcgg
aagtgggtttctgtcctcctcttcttcctttccccctctttcctacttccggtcagtcgc
tttcccttccccgggtgcgaaacggccctttatatgtttctccgccatcctccgagccat
ggaggcgccgcgggagccttaggaggggagatgcccaggcggagggggaaagatgataat
caagtgagaacagaagaaaaaagaaatctttgtctggaaagatccaaaacagcagaactt
aagaagacatcattgggaagagccaaaggaaatatcttatcgtttcacaatgaggaagag
atagtgcttgggaaacagccagaatccaaagtactccaaaactatgaaaccaagaagcaa
gctaaaaggacattgccttctgaggaaatctctggaagcacagcaagcaaagaggtaaac
cagcaaaaagccaaaaaaacatgcacagaatgtggaaacacatgtgaggtttttgagctc
cctccaaatcagaaagcacaaacagaagatgagttttacatctgcccccgttgtgagaag
actttcaagaatggtgcatccctcatgccaaagcaagggaccgtagcagtggcaaaaccc
tacccttgctccgaatgcggcaaaagctttggtacgaaagcgtccctcttgaaacacaag
gggacccattcaggggagaaaccgtacatctgctcggagtgtggaaagtgcttcaccacg
agctcaaatctgatctaccataacattatccacacgggagagaagccatacaagtgctcc
aactgtggcaagagcttccactggaagtcatccctgattactcacgagcggacccacaca
ggggaaaagccatatgagtgtcctgactgtggcaagagctttggcatcagctcccagctt
ctgcggcacaagcgggtgcacacgggcgagaagccgtaccactgttccgagtgcgggcgc
agcttcaaacagatagcttcactgattgcgcacaagcggatgcacacgggcgagaaaccg
tttgaatgctccgagtgcggaaggggtttcagcaccaggacaaacctaatgatgcacaaa
cgagtacatacaggagagcggccatataaatgctcatattgcggacagagcttcatccaa
cggacacacctgatcatccatcagcgcactcacacaggagagaagccctacacatgcccc
gaatgtgggaaacgtttcagtgccaagtcccccctcatcacccaccgaaagactcacaca
ggagagaatctataccagtgcttccagtgtggaaaaagcttcagcaccagttctaacctc
ctgaatcacaacataatccacacgggggagaagccccacaaatgctcagactgcggcaaa
tgcttcaatcggaaatcctccctcattacacaccagaggacccacaccggggagaagccc
tatgcctgctttgagtgtggaaagcgtttcatttctagctcagatcttacaaaacataaa
aaggtgcacaaggaaaaacatgcagttggtgctgagccgggcaccatacaagctggagag
cagccatcttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (113)   
   RefGene (110)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (13)   
   RefSeq(nuc) (3)   
   GenBank (5)   
   EMBL (5)   
Protein domain (9)   
   Pfam (9)   
All databases (139)   

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