Cryptotermes secundus (drywood termite): 111874764
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Entry
111874764 CDS
T07421
Name
(RefSeq) serine/arginine repetitive matrix protein 2 isoform X2
Organism
csec
Cryptotermes secundus (drywood termite)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
cwf21
SRRM_C
Motif
Other DBs
NCBI-GeneID:
111874764
NCBI-ProteinID:
XP_023726304
LinkDB
All DBs
Position
Unknown
AA seq
1277 aa
AA seq
DB search
MYNGIGLPTARGSGTNGYVQHNWAYVRKTKDKVNYKTEEELEKLEAASNRQPNRDILDHE
RKRKVEVKCIELEEILEDQGYSQTEIETKVAAYRNMLVDGDGSKPTVLPRDEFGRVSVRE
THQIAEAQQEKNAKLREAFGISEYFVEGSSLDPQRHVKEAQAKSAAEQNKKYTLVRTPSP
IAAADTDKDKDKESSDKTKKRKKRTRESSSSPEAKRDKKKKSKKHKKDRSESPKHSKKRV
SAKDKKKEKERHKRRRSSSSSADSSPSVLSDSSDSSSASVSSDDKQHHRKKDKNKQQKEK
GEIISKHKRSHQERKRVGSGSKKKPDTSHESSSDSDPEVERWHSKTQIAEKSSRRNKTRD
SSPVVNHSARSKPQTSHGGSRDQGARNSNHDNSNKVDSKERNESRSKKHIESDDEIKKEK
RVKERERESRDKGREKDKRQKEREGRRKKESLEMAQRRSISSGGVVSHSRSSSPKKSKST
VHNSQKKRHSSQSPKSKRGARLRSASPSNKNRRSSPHSTSRARSPSTKRAKGVVEAKSSH
ISASPKNRNRKSRSHSRSASVQNHRSSNKQSSRNRREVRHKSRSESRSSSVLNYSSANAR
DRKNASRVSRSPKAKRARERSVSVTESPSVKNHQSKRNSDVRSSAVHSSTSPKRKRSLYS
TSPRTGRRPHSKSRSKSPISSHRSGKNSRSASPKSAQRHSRSHSHSHNKTDKKQTSHSPA
YNRRHEQRAKSRTKSPSRNYKATRKSTPSPKHGRAQSNHKKRVKSPTPTTRRKDSEQKRG
HKSRSDSSSSANSSLSYSPTERNPERYKDIIDAKPSSSKSGTDGKTSDRSAKTKASLNKS
SRSRSRSESRNRRPTPAVIPRVRLRSTSGEEEEEEDEKDVKEKEKEDENEIQTLKLLKSG
LAEKAKETLEKKLSKVSPDLRSQEKTACKDDKLKTSDVKEEKIIKDLAVTTDGASVSDIA
LPEKEPKNKVSEKIVTEKQIVNIVLPSSPPPPQLPVPHKSPEHPPPIQPSAIPKPPGSPP
VRKNLETEKNSIDGTTEISKKDTAVLESGSITQKRPHSPGLEALRRRQQSKSSSRSRSRS
RSESRGHNKSSRKSRSSSQSSYSRSPSRRDSAKSWSSSSSGSRSHSRSASRSLSRSRTHS
GSRSVSHSRSRSRSHSHTASTNSSSGHSSHSNRSHTRSPSRSTHKSPSASPHTSHSSRSR
SPSIPRRRGSPSFLDRRRITSARKRPIPYHRPTPPTPSSLSSHRSWSSCSLSPRSSWSDA
THSPAHSVSRSPSPYSR
NT seq
3834 nt
NT seq
+upstream
nt +downstream
nt
atgtacaacggaattggtttgcccactgcaagaggttcaggaaccaatgggtatgttcaa
cataactgggcttacgtgcgaaagactaaagataaggtaaattacaagacagaagaggaa
cttgagaagttggaagctgctagcaacaggcaaccaaatcgtgacattttagaccatgaa
aggaagaggaaggttgaggtgaaatgcattgaacttgaagaaatccttgaggaccaaggt
tattcccagactgaaattgaaactaaggtagctgcataccgaaacatgctggtggatggt
gatggcagtaaacctactgtcttaccacgagatgaatttgggcgagtttctgtgcgtgaa
actcatcaaattgcagaagcacagcaggagaagaatgctaagttgagagaggcatttggc
atatcagagtactttgtggaagggagcagcttggatcctcagcggcatgtgaaagaagca
caggcaaagtcagctgctgaacagaacaagaagtacacattggtgcgcacgcccagtccc
attgctgctgctgacacagacaaggataaggacaaagaaagttctgataagacaaaaaaa
agaaagaagagaacaagagaaagttcatcaagtcctgaggccaagcgagacaagaagaaa
aagtctaagaaacacaagaaggacaggtctgaatcacctaaacattcaaagaagagggta
tctgcaaaagataaaaagaaagaaaaggagcgtcacaaacgacgaagatcctcttcctct
tcagctgactcctcaccatcagtgttaagtgacagctctgattctagcagtgcatctgtt
tccagtgacgacaaacagcaccatagaaagaaggataagaataaacaacaaaaggagaag
ggagaaattatctccaaacacaagagatctcatcaagagaggaaacgagtaggaagtggg
tccaagaaaaagccagatacatctcatgaaagttcatctgatagtgaccctgaagttgaa
agatggcattccaagactcagattgcagaaaaatcaagtcgacgtaacaaaacccgtgat
tcttcaccagtagtgaatcatagcgctaggtccaaaccacagacaagtcatggtggatct
cgtgatcagggtgcaagaaacagtaaccatgataactcgaataaagtggatagtaaggag
agaaatgaatcaagaagtaagaaacatattgagagtgatgatgaaataaagaaagaaaaa
agagtaaaggagagagaaagagaatcaagagataaaggaagggagaaggataaaaggcag
aaagaaagggaaggcagaaggaagaaggaaagtttggaaatggcacagcgtcgaagtatt
tcatctggtggtgtggtaagtcattcacgatcctcttctccaaagaaatctaagagtact
gtacataattcacagaagaaaagacactcatctcagtctcctaaaagcaagcgtggtgca
cgtttgagatctgcgtcaccttcaaacaagaatcgtagatctagtccgcatagtactagt
cgtgcccgatcaccatctactaaaagagccaaaggtgtggtagaagcaaaatcatcccat
atttcagcctctcccaagaaccggaataggaaatccaggagccattctagatctgcatct
gttcagaatcataggtccagcaataaacaatcttctagaaacagaagagaagttcgacac
aagtcaagaagtgaaagcaggtcttcctcagtgttaaattacagttctgctaatgcaaga
gatagaaaaaatgcatcacgtgtgtcacgttctccaaaagcaaaacgggcacgtgaacgg
tcagtgagcgttactgagtcaccttctgtcaagaaccaccaatcaaagagaaatagtgat
gtaaggagcagtgcagtacattcatccacttcccccaaaagaaaacgatctctttactcc
acatcccccagaacagggagaaggccacactctaaaagcagaagcaaatctcccatcagt
agccatcgttcaggaaagaattccagatctgcatcaccaaagtcagctcagcggcactca
aggagccacagtcattctcataataaaaccgacaagaagcagacatcacattctccagca
tataatcgtcgtcatgagcagagggccaaaagcaggactaaatcaccaagtagaaattac
aaagcaaccagaaagtcaactccctcaccaaaacatggacgtgcgcagtctaaccataag
aagagagttaagtcacctacacccacaaccaggagaaaagatagtgaacagaaacgagga
cataaaagcaggagtgatagcagcagcagtgcaaattcaagcttgagctattctccaaca
gagagaaaccctgaaaggtataaggatatcatagatgccaaaccttcaagcagtaagagt
ggtactgatggaaagactagtgataggtcagcaaaaacgaaagcctcactgaacaagtca
tctaggtctcgatctcgctcggaatcaagaaaccgacgtccaacaccagcagtgatccct
agggttagactccgatcaaccagtggggaagaagaagaagaggaagatgaaaaggatgtc
aaagaaaaagaaaaggaggatgaaaatgaaattcaaacactaaaactgcttaagtctgga
cttgcagagaaggccaaggaaacactggaaaaaaagctgtctaaagtatcaccagatctc
agaagtcaggaaaaaacagcatgtaaagatgacaagctgaaaacttccgatgtgaaggaa
gagaaaataataaaggaccttgcagttaccacagatggagcatctgtgtcagatattgcg
cttcctgagaaagagcctaaaaacaaagtcagtgagaaaattgtaacagaaaagcagatt
gttaatattgtattaccatcaagtcctccacctccccaattacccgtcccccacaaaagt
cctgaacatcctccacctatacaaccttcagcaattccaaaaccaccagggtcaccacca
gttagaaagaacttggaaactgagaaaaacagtattgatggtactacagaaatatcaaaa
aaagatacagctgttttagaatctgggagtattacccaaaagagacctcattctcctggc
cttgaagcattgcgacgaaggcagcagtccaagtccagtagcagatcaagatcccgatcc
agatctgagtcacgaggtcacaacaaatcatctcgaaaatcacgtagctcctcacagtca
tcctacagtcgtagtccttcaaggcgagacagtgcaaagagctggtcatctagtagcagt
ggatcccggtcacacagtcgatctgcatcacgcagcctgtcacgaagcagaacccattcg
ggttctcgttctgtgtcacactcacgatcacggagcaggtctcatagccatactgccagc
accaatagttccagtggtcatagttcacacagcaacaggtctcacacccgcagtccatca
cgttccactcacaagagccctagtgcaagccctcatactagccattcatcccgttcacgg
tcaccatctatacccagacgcagaggatcaccaagctttcttgataggaggcgcattaca
agtgctcgcaagcgtccaatcccatatcatcggccgacacctccaactccatcctcattg
agcagtcatcgtagctggagcagttgcagtctgtctccaaggagcagttggtcagatgct
acacattctcctgcccattcagtcagtcgaagtccatctccatatagccgatga
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