Gene
KWMTBOMO15204
Pre Gene Modal
BGIBMGA004949
Annotation
PREDICTED:_probable_ATP-dependent_RNA_helicase_spindle-E_[Bombyx_mori]
Full name
Probable ATP-dependent RNA helicase spindle-E
Alternative Name
Homeless
Location in the cell
Nuclear Reliability : 2.501
Sequence
CDS
ATGGATGAATTAAAAGCATTCTTCAATTCCCCATGTCCATCGAGTAATCAAGTTACAAAATTGCGCGGTCCCCTAACAGGTGGTTTTCGTATTCCCAAAGAAGATACAATGAACGATATGAATAGAAAAGAGGCACATCGGCATATGGTGGTGCCTAGTGGTACGGATTACGCTCGAGAAGTGAAAGATCGAGAAACAGAACTGTATTTAAAGAATGAAATTGAGCGGAAACAATATGAAAGCATGTCGGCCGGCTTGGAGTCTTTGGAGCAACTCTCATTAATTGGTGCGTCGGTACAGAACATTGGGGAGCTCAATGATGAAGCAATGACAGAAGTGTATAGTAAATATTCTTTCCAAAAGAAAGAAGATGCTAATAATCTAGCAATCAATTCATATAAACAACAGATATTAGATCGAATTAGAGGCTTCCCAGTTGTCATCATTGAAGGTCCAACAGGTTGCGGCAAAACAACTCAGGTCCCACAATGGTTATTAGATGATTGTTACCATAACCGAAGACCGTGTAAAATTATTGTGACACAGCCAAGGAGGATTGCAGCTATATCTATAACAAGGCGAGTTGCTCAGGAGAGGGGCTGGGATGTTGGGGGATTAGTTGGATATCAGGTCGGCCTAGACAATCGGACATCAACAGACACTCGTATACATTATGTTACCACAGGAGTTCTGCTTCAGAAACTAGTTTCTGCCAAAACAATGAATGAATACACCCATGTTATTCTTGATGAAGTTCACGAAAGAGGACAAGAGATGGATTTTCTACTCTTAGTTGTGAAAAAACTTTTATACACCATGTCCCCAGCTGTAAAAGTTGTCCTGATGTCAGCTACATTTAATAGTAAAGCTTTTGCTGATTATTTCATGATACCAACGCCTCGTGGACTGCAGATGTCAACTTGCATCAAAGTCGAGAAGAGGGAACATATGTTCACTGTCAAAACATTTTATCTGAATCATTTAAATAAGTTTGGTTCGGTTCTTCAAAACTCAATGCCAAAAAATGGAGAACCCGGAATAAATCCAGAAATGCATCACCTAGTCATCAAACTGTTGAACGCATTTGAGCAAATTGACAAGCAAGAAGACAATTATATGGACAGATCAGAAGCTGACTTGCCGTCTGTGTTAATATTTTTGCCCGGTATCAATGAGATTGAAGATTTGTATTCCAGTCTTACTGATCATGATTTAAGGACAAAAGTAGCAGATTTGGAATGCGCAAACTACAAATGGTGGGTGCTTCCTCTGCACTCTACCATCACAGCTGATGAACAAGTACGTGTGTTCCAACGCGCGCCGCTCGGGCACCGCAAGATCATTCTTTCCACTAACATCGCCGAAAGCTCCATCACTGTACCCGACATCAAATATGTGGTGGACTTCTGTCTAATGAAAGTATTAGAAGCAGACGCGATCACAAACTTCACATCACTGAAGTTATGTTGGGCCTCGAAGACAAACTGCGAGCAGCGGGCCGGTCGCGCGGGCCGCGTGCGTGACGGACGCGTATATCGCTTAGTCACAGATAAGTTTTACGATAGCCTGAGAGATGAATGTCCTCCTGAGATAGTGCGGTGTCCACTAGAAAGGCTAGCATTACTTGCTAAGATGCTGGATATGGGTCCGCCCAGTGATATCCTGGCGTTGGCCATGGACCCACCTGATATGTCTAACATACATCGAACTGTACTTGTATTAAAAGAAATTGGAGCTTTAAAAAAGACTTTAGACAACGAGTGGAGTTCCTCGGATGGTGACCTCACTTATATGGGGCGTATTATGGCAAAATTGCCCATTGATGTACGAGCATCTAAGCTGATAGTGCTCGGCTATGTCTACGGATGTCTGGACGAGTGTGTCATAATGGCCGCTGCAATGTCTGTGAAAAACGTGTTCAACAGTCCGTTCCGTGAGCGTCTAAATGCGTACAACTCTAAGTTGACTTGGGCGGACGGCTCAACCAGTGACTGTATTGCTCTACTCAATGTCTATAAGGTGTGGAACCACTTGAGACAGCAGCAGCAGTTCAAGCAGCAAGGCAGCGAGGTGCAGTGGTCGCGCCGGTTCTTCGTGCAGGTCCGAGCGCTGCGGGAGCTCGACGACATGGTCCGCGAGCTGCGGCTGCGGCTGTCCCGAGAGGGATTGGAATCGGAGGGAAACGCATCGCCCTGGGCCAGGAACGAACTCCCTCTCGCTTTGAAGGTAATAATGGCGGGCGCATTCTACCCACAATACTTCATACAAGTGTCACAAGACGAAGAACGAGAACGTGAGGCTTTGCGGACGCTCAGCGGGTTCGACCCCAGGAACACGGTTTATTTGAGGAACTTTCCGGATCACCAGCCCGGGGAGGTGTATGCGTCTCTCATCAAAAAAGTAGTAAAACAACAAATAGGAGACGAACCCTGCGTCTCATTTGATAAAAACGGGAGAAAGGTGTTCTTGACCTTCAATGACGGGAGCTACCTGTCGAGAAGTGAAAAAGAAAATAGTGGCGATCCAACGATTCCCGGTCAAGTGGCACTACCTGTTTACAAATGTATCAAAGCTCGACAACTTCGGTTGGATATCAGGATACCTTTACTGCCCCTGGAAAAAGCAAATGCTTTGGCAAGCGCAATGCAAATAAACAACAAGGATATCAGCATGGAAAGGACAGTGCCGCGCCTTCCGGAGATCGATGACACTCATTTCCCACTCAAAATTACCCACGAGGTGAACGTTGGGAAGTTTTGGGTGCAATATGACGATGAATCAACCGCAGCCGAACTCCGCCTTATCCAGTACGCGCTGAACCACGGGCCCCTGCTGACCCACACTGGGGACGTGTCCGCGGACGAGATATACGCCGCCCCCTACGCGGACGCCTCGGGGACCGTCATGTGCCGAGTGCGGGTGCTTAAATTGTTGCCCATGGACATGGTCGAGGTGGCGTACATGGACTACGGCGGCACGGGGCGCGTGAGCACGTGCAACCTGCACGCGCTGCCGGCGGGCGCGAGCCGCACGTGCCCGCCGCTGGGCGTGCCGTGCGCGCTGGCCGGTGTAGCGCCCGCGCGGCGCCTGCACGACCGGCCCGCCTGGTCGCCGCAGGCCTACAGCTGCTTCCGGGAGCTCATCTCGCGTCCGCGTCTTATAGCCAAGGTTTATTCTGTAGTACATGGCGTCGTAGCTATCGAACTGCTCACAGATGGCGGCCATGTAAGCGTTAATGAAATACTAATTAAAAAAGGATTTGCTGTTCCGTGTGAAGAGAGTTACGAATCTAAGCTGAACCATGACCTGAGACAGACTGCGAACGAACTGAACCTCGCGCAGAAGCGAGCTTATAACAAGGAGCAGACGGAAGCCGCGTTCTACCAGCTAGGGGACGCGGCGCCGCCTAATTACAGGGAATGTGTTGCGGATGTTTGCCTCAAAGGACCCTACAGCCCGCTGGAGTCGTCGTTGCACAACTTGATGTACTCGAGCCGCGACAAGCCCGTGCAGATCGACAGCAGCTCCGTCAACTCGGTCCTGCTCGACACCGAGCCCCAGATTACGTACGAAAGGTTGCTGGTCGCGGCAGAGGTCGGACAGAATGAGAGCTTTAGCAAGCTGACCCTGCGACTCTCGACGTTGATGCCGAACATTCCGGCTCTGCCCGCCATCATCGCGCTGCTGTTCTGTCCCACGGCGGAGCTCCGACGGGACAGCTCGGCCACCCGCTACGTGAGCGCGCTGTGCGGGCTGGGGGCCGCGCCCGACGCCGCGCCGCGCTTCCCCGAGCACGACCTGCTCGTCAACATCGACGCCGACCTCGACGTCGAGGACATCGGATGGATAAATCACAATCGTTACCTGACGGACTACATGCTGTACTGCGGCGAGGGGCAGGACATGCCGACTGCGGATGATGAATTCCGACCTCAGATTCCCGGCATCATTCGAAAGAATCTCATGCAGTTGATAAAGAAACGTCGCAAGCTCCGCCCGACCGAGGCGGTGCCGACCGCGTGGGAGTGGAAGAGCGTGCCCGAGGACGAGCTCATGGAGATCACCGTGCCCGACATGGTGGAGCGCGCCGTGCTGTACGAGCTGCACGTGCCGCTAGAGCTGCACCCCGTCTCGCGCGACCACCTGCTGGCACTCAAGCGGGACAACGACCAACTCAAGCTGCTCGTCAGCAGGACTCCGATATCGTCAAGCGCCGAATTGTCGTGTAAGCTGTGCGGCACCGGACCGATGCCGCCTCACGCCATGAGGCTGCATCTCTACTCCAACATTCACAAAGAAAAGGAAGAAGATTTTCAGATGTTCCAAACATAA
Protein
MDELKAFFNSPCPSSNQVTKLRGPLTGGFRIPKEDTMNDMNRKEAHRHMVVPSGTDYAREVKDRETELYLKNEIERKQYESMSAGLESLEQLSLIGASVQNIGELNDEAMTEVYSKYSFQKKEDANNLAINSYKQQILDRIRGFPVVIIEGPTGCGKTTQVPQWLLDDCYHNRRPCKIIVTQPRRIAAISITRRVAQERGWDVGGLVGYQVGLDNRTSTDTRIHYVTTGVLLQKLVSAKTMNEYTHVILDEVHERGQEMDFLLLVVKKLLYTMSPAVKVVLMSATFNSKAFADYFMIPTPRGLQMSTCIKVEKREHMFTVKTFYLNHLNKFGSVLQNSMPKNGEPGINPEMHHLVIKLLNAFEQIDKQEDNYMDRSEADLPSVLIFLPGINEIEDLYSSLTDHDLRTKVADLECANYKWWVLPLHSTITADEQVRVFQRAPLGHRKIILSTNIAESSITVPDIKYVVDFCLMKVLEADAITNFTSLKLCWASKTNCEQRAGRAGRVRDGRVYRLVTDKFYDSLRDECPPEIVRCPLERLALLAKMLDMGPPSDILALAMDPPDMSNIHRTVLVLKEIGALKKTLDNEWSSSDGDLTYMGRIMAKLPIDVRASKLIVLGYVYGCLDECVIMAAAMSVKNVFNSPFRERLNAYNSKLTWADGSTSDCIALLNVYKVWNHLRQQQQFKQQGSEVQWSRRFFVQVRALRELDDMVRELRLRLSREGLESEGNASPWARNELPLALKVIMAGAFYPQYFIQVSQDEEREREALRTLSGFDPRNTVYLRNFPDHQPGEVYASLIKKVVKQQIGDEPCVSFDKNGRKVFLTFNDGSYLSRSEKENSGDPTIPGQVALPVYKCIKARQLRLDIRIPLLPLEKANALASAMQINNKDISMERTVPRLPEIDDTHFPLKITHEVNVGKFWVQYDDESTAAELRLIQYALNHGPLLTHTGDVSADEIYAAPYADASGTVMCRVRVLKLLPMDMVEVAYMDYGGTGRVSTCNLHALPAGASRTCPPLGVPCALAGVAPARRLHDRPAWSPQAYSCFRELISRPRLIAKVYSVVHGVVAIELLTDGGHVSVNEILIKKGFAVPCEESYESKLNHDLRQTANELNLAQKRAYNKEQTEAAFYQLGDAAPPNYRECVADVCLKGPYSPLESSLHNLMYSSRDKPVQIDSSSVNSVLLDTEPQITYERLLVAAEVGQNESFSKLTLRLSTLMPNIPALPAIIALLFCPTAELRRDSSATRYVSALCGLGAAPDAAPRFPEHDLLVNIDADLDVEDIGWINHNRYLTDYMLYCGEGQDMPTADDEFRPQIPGIIRKNLMQLIKKRRKLRPTEAVPTAWEWKSVPEDELMEITVPDMVERAVLYELHVPLELHPVSRDHLLALKRDNDQLKLLVSRTPISSSAELSCKLCGTGPMPPHAMRLHLYSNIHKEKEEDFQMFQT
Summary
Description
Probable ATP-binding RNA helicase which plays a central role during gametogenesis by repressing transposable elements and preventing their mobilization, which is essential for the germline integrity. Acts via the piRNA metabolic process, which mediates the repression of transposable elements during meiosis by forming complexes composed of piRNAs and Piwi proteins and govern the methylation and subsequent repression of transposons (By similarity).
Probable ATP-binding RNA helicase which plays a central role during spermatogenesis and oogenesis by repressing transposable elements and preventing their mobilization, which is essential for the germline integrity. Acts via the piRNA metabolic process, which mediates the repression of transposable elements during meiosis by forming complexes composed of piRNAs and Piwi and govern the methylation and subsequent repression of transposons. Involved in the repression of LTR retrotransposon copia. Also involved in telomere regulation by repressing specialized telomeric retroelements HeT-A, TAHRE, and TART; Drosophila telomeres being maintained by transposition of specialized telomeric retroelements. Involved in telomeric trans-silencing, a repression mechanism by which a transposon or a transgene inserted in subtelomeric heterochromatin has the capacity to repress in trans in the female germline, a homologous transposon, or transgene located in euchromatin. Involved in the repression of testis-expressed Stellate genes by the homologous Su(Ste) repeats. Required for anteroposterior and dorsoventral axis formation during oogenesis (By similarity).
Probable ATP-binding RNA helicase which plays a central role during spermatogenesis and oogenesis by repressing transposable elements and preventing their mobilization, which is essential for the germline integrity. Acts via the piRNA metabolic process, which mediates the repression of transposable elements during meiosis by forming complexes composed of piRNAs and Piwi and govern the methylation and subsequent repression of transposons. Involved in the repression of LTR retrotransposon copia. Also involved in telomere regulation by repressing specialized telomeric retroelements HeT-A, TAHRE, and TART; Drosophila telomeres being maintained by transposition of specialized telomeric retroelements. Involved in telomeric trans-silencing, a repression mechanism by which a transposon or a transgene inserted in subtelomeric heterochromatin has the capacity to repress in trans in the female germline, a homologous transposon, or transgene located in euchromatin. Involved in the repression of testis-expressed Stellate genes by the homologous Su(Ste) repeats. Required for anteroposterior and dorsoventral axis formation during oogenesis (By similarity).
Catalytic Activity
ATP + H2O = ADP + H(+) + phosphate
Similarity
Belongs to the DEAD box helicase family. DEAH subfamily.
Keywords
ATP-binding
Complete proteome
Cytoplasm
Developmental protein
Differentiation
Helicase
Hydrolase
Meiosis
Nucleotide-binding
Reference proteome
RNA-mediated gene silencing
Spermatogenesis
Oogenesis
Feature
chain Probable ATP-dependent RNA helicase spindle-E
Uniprot
H9J608
A0A212F726
A0A194RKV4
A0A194PMH8
A0A2J7PCP5
A0A067QGL3
+ More
A0A088AB38 A0A2A3EQ05 A0A154P331 A0A0N0U446 A0A069DZT1 K7IQD8 A0A023EZH7 A0A0V0G4Z7 A0A1W4WYE2 A0A232F487 A0A1B6HHA8 A0A1B6KFN2 A0A0L7QTI6 A0A0K8W581 A0A0C9RDY7 A0A1Q3EZN1 A0A1I8N4W6 A0A0A1WHT3 A0A1B6DS36 W8BDV6 A0A1I8NW04 A0A151WXI4 A0A1A9UTM0 A0A1A9WJJ3 A0A1B0AAE0 E0VWX9 A0A1B6GE76 A0A1B6GC48 A0A1S4FYE3 Q16JS8 A0A1Y1N6G7 A0A158NZ40 A0A151J597 T1HWI9 A0A1Y1N3S1 A0A195D232 E9JD77 A0A1E1XPM1 A0A131XX24 A0A0L0CRA7 D6WP54 N6TPX5 U4U4B2 A0A1I8N8Q5 A0A182QHI4 W4ZF12 A0A1E1XHR7 A0A0P5WP55 A0A0P5HAQ6 A0A026W7Q7 A0A0P5WCV3 A0A0P4Z8C7 A0A0P6IG44 A0A0P5UIN8 A0A0P5MEM0 A0A0P5EJ47 A0A0P5YUN9 A0A0P5CAL2 A0A0P5YY48 A0A0P5KNW3 A0A0P5PKF8 A0A336LNB0 A0A0N7ZVE1 A0A146L950 A0A0P5L3N7 A0A0P5TYN9 A0A1B0GGF7 E9GDE6 A0A0P5V185 A0A0P5RR65 A0A0P5DIF8 A0A147BGI1 A0A0P4YLX8 A0A182JZG9 B4K5R2 A0A0P5ZDK3 A0A090X911 A0A1I8QEN2 A0A0P4Z4S8 A0A0P5DV30 A0A0P5ANU1 A0A182RT96 A0A0P5JVA8 W5JW97 A0A182M8T6 A0A0P5RP83 A0A0P5WK69 A0A0P6DCG0 A0A0P4YF72 A0A0P5H3Z5 A0A182N759
A0A088AB38 A0A2A3EQ05 A0A154P331 A0A0N0U446 A0A069DZT1 K7IQD8 A0A023EZH7 A0A0V0G4Z7 A0A1W4WYE2 A0A232F487 A0A1B6HHA8 A0A1B6KFN2 A0A0L7QTI6 A0A0K8W581 A0A0C9RDY7 A0A1Q3EZN1 A0A1I8N4W6 A0A0A1WHT3 A0A1B6DS36 W8BDV6 A0A1I8NW04 A0A151WXI4 A0A1A9UTM0 A0A1A9WJJ3 A0A1B0AAE0 E0VWX9 A0A1B6GE76 A0A1B6GC48 A0A1S4FYE3 Q16JS8 A0A1Y1N6G7 A0A158NZ40 A0A151J597 T1HWI9 A0A1Y1N3S1 A0A195D232 E9JD77 A0A1E1XPM1 A0A131XX24 A0A0L0CRA7 D6WP54 N6TPX5 U4U4B2 A0A1I8N8Q5 A0A182QHI4 W4ZF12 A0A1E1XHR7 A0A0P5WP55 A0A0P5HAQ6 A0A026W7Q7 A0A0P5WCV3 A0A0P4Z8C7 A0A0P6IG44 A0A0P5UIN8 A0A0P5MEM0 A0A0P5EJ47 A0A0P5YUN9 A0A0P5CAL2 A0A0P5YY48 A0A0P5KNW3 A0A0P5PKF8 A0A336LNB0 A0A0N7ZVE1 A0A146L950 A0A0P5L3N7 A0A0P5TYN9 A0A1B0GGF7 E9GDE6 A0A0P5V185 A0A0P5RR65 A0A0P5DIF8 A0A147BGI1 A0A0P4YLX8 A0A182JZG9 B4K5R2 A0A0P5ZDK3 A0A090X911 A0A1I8QEN2 A0A0P4Z4S8 A0A0P5DV30 A0A0P5ANU1 A0A182RT96 A0A0P5JVA8 W5JW97 A0A182M8T6 A0A0P5RP83 A0A0P5WK69 A0A0P6DCG0 A0A0P4YF72 A0A0P5H3Z5 A0A182N759
EC Number
3.6.4.13
Pubmed
EMBL
BABH01029887
AGBW02009936
OWR49546.1
KQ460045
KPJ18172.1
KQ459604
+ More
KPI92320.1 NEVH01027057 PNF14099.1 KK853465 KDR07426.1 KZ288194 PBC33845.1 KQ434809 KZC06335.1 KQ435848 KOX71058.1 GBGD01000100 JAC88789.1 GBBI01004055 JAC14657.1 GECL01002988 JAP03136.1 NNAY01001084 OXU25207.1 GECU01033630 JAS74076.1 GEBQ01029726 JAT10251.1 KQ414741 KOC61958.1 GDHF01006053 JAI46261.1 GBYB01005186 JAG74953.1 GFDL01014282 JAV20763.1 GBXI01015875 GBXI01014554 GBXI01005285 JAC98416.1 JAC99737.1 JAD09007.1 GEDC01008806 JAS28492.1 GAMC01011377 JAB95178.1 KQ982684 KYQ52375.1 DS235824 EEB17885.1 GECZ01009166 JAS60603.1 GECZ01009752 JAS60017.1 CH477994 GEZM01013503 JAV92520.1 ADTU01003779 ADTU01003780 ADTU01003781 KQ980055 KYN17992.1 ACPB03022493 GEZM01013501 JAV92523.1 KQ977004 KYN06454.1 GL771866 EFZ09194.1 GFAA01002220 JAU01215.1 GEFM01004569 JAP71227.1 JRES01000032 KNC34771.1 KQ971352 EFA07562.1 APGK01025902 APGK01025903 APGK01025904 KB740605 ENN80053.1 KB632095 ERL88744.1 AXCN02001814 AAGJ04014119 GFAC01000552 JAT98636.1 GDIP01083524 JAM20191.1 GDIQ01235681 JAK16044.1 KK107419 EZA51074.1 GDIP01088683 GDIP01063585 JAM15032.1 GDIP01220566 JAJ02836.1 GDIQ01004971 JAN89766.1 GDIP01113924 GDIP01112331 JAL91383.1 GDIQ01157102 JAK94623.1 GDIP01159219 JAJ64183.1 GDIP01053186 JAM50529.1 GDIP01177110 JAJ46292.1 GDIP01051632 JAM52083.1 GDIQ01182694 JAK69031.1 GDIQ01127169 JAL24557.1 UFQS01000092 UFQT01000092 SSW99192.1 SSX19572.1 GDIP01208809 JAJ14593.1 GDHC01013706 JAQ04923.1 GDIQ01182695 JAK69030.1 GDIP01122120 JAL81594.1 CCAG010018631 GL732540 EFX82068.1 GDIP01122121 JAL81593.1 GDIQ01115820 JAL35906.1 GDIP01159218 JAJ64184.1 GEGO01005511 JAR89893.1 GDIP01229316 JAI94085.1 CH933806 GDIP01046986 JAM56729.1 GBIH01001649 JAC93061.1 GDIP01219307 JAJ04095.1 GDIP01157166 JAJ66236.1 GDIP01196208 JAJ27194.1 GDIQ01199137 GDIQ01197785 JAK52588.1 ADMH02000186 ETN67440.1 AXCM01002203 GDIQ01097976 JAL53750.1 GDIP01085125 JAM18590.1 GDIQ01079238 JAN15499.1 GDIP01229315 JAI94086.1 GDIQ01235680 JAK16045.1
KPI92320.1 NEVH01027057 PNF14099.1 KK853465 KDR07426.1 KZ288194 PBC33845.1 KQ434809 KZC06335.1 KQ435848 KOX71058.1 GBGD01000100 JAC88789.1 GBBI01004055 JAC14657.1 GECL01002988 JAP03136.1 NNAY01001084 OXU25207.1 GECU01033630 JAS74076.1 GEBQ01029726 JAT10251.1 KQ414741 KOC61958.1 GDHF01006053 JAI46261.1 GBYB01005186 JAG74953.1 GFDL01014282 JAV20763.1 GBXI01015875 GBXI01014554 GBXI01005285 JAC98416.1 JAC99737.1 JAD09007.1 GEDC01008806 JAS28492.1 GAMC01011377 JAB95178.1 KQ982684 KYQ52375.1 DS235824 EEB17885.1 GECZ01009166 JAS60603.1 GECZ01009752 JAS60017.1 CH477994 GEZM01013503 JAV92520.1 ADTU01003779 ADTU01003780 ADTU01003781 KQ980055 KYN17992.1 ACPB03022493 GEZM01013501 JAV92523.1 KQ977004 KYN06454.1 GL771866 EFZ09194.1 GFAA01002220 JAU01215.1 GEFM01004569 JAP71227.1 JRES01000032 KNC34771.1 KQ971352 EFA07562.1 APGK01025902 APGK01025903 APGK01025904 KB740605 ENN80053.1 KB632095 ERL88744.1 AXCN02001814 AAGJ04014119 GFAC01000552 JAT98636.1 GDIP01083524 JAM20191.1 GDIQ01235681 JAK16044.1 KK107419 EZA51074.1 GDIP01088683 GDIP01063585 JAM15032.1 GDIP01220566 JAJ02836.1 GDIQ01004971 JAN89766.1 GDIP01113924 GDIP01112331 JAL91383.1 GDIQ01157102 JAK94623.1 GDIP01159219 JAJ64183.1 GDIP01053186 JAM50529.1 GDIP01177110 JAJ46292.1 GDIP01051632 JAM52083.1 GDIQ01182694 JAK69031.1 GDIQ01127169 JAL24557.1 UFQS01000092 UFQT01000092 SSW99192.1 SSX19572.1 GDIP01208809 JAJ14593.1 GDHC01013706 JAQ04923.1 GDIQ01182695 JAK69030.1 GDIP01122120 JAL81594.1 CCAG010018631 GL732540 EFX82068.1 GDIP01122121 JAL81593.1 GDIQ01115820 JAL35906.1 GDIP01159218 JAJ64184.1 GEGO01005511 JAR89893.1 GDIP01229316 JAI94085.1 CH933806 GDIP01046986 JAM56729.1 GBIH01001649 JAC93061.1 GDIP01219307 JAJ04095.1 GDIP01157166 JAJ66236.1 GDIP01196208 JAJ27194.1 GDIQ01199137 GDIQ01197785 JAK52588.1 ADMH02000186 ETN67440.1 AXCM01002203 GDIQ01097976 JAL53750.1 GDIP01085125 JAM18590.1 GDIQ01079238 JAN15499.1 GDIP01229315 JAI94086.1 GDIQ01235680 JAK16045.1
Proteomes
UP000005204
UP000007151
UP000053240
UP000053268
UP000235965
UP000027135
+ More
UP000005203 UP000242457 UP000076502 UP000053105 UP000002358 UP000192223 UP000215335 UP000053825 UP000095301 UP000095300 UP000075809 UP000078200 UP000091820 UP000092445 UP000009046 UP000008820 UP000005205 UP000078492 UP000015103 UP000078542 UP000037069 UP000007266 UP000019118 UP000030742 UP000075886 UP000007110 UP000053097 UP000092444 UP000000305 UP000075881 UP000009192 UP000075900 UP000000673 UP000075883 UP000075884
UP000005203 UP000242457 UP000076502 UP000053105 UP000002358 UP000192223 UP000215335 UP000053825 UP000095301 UP000095300 UP000075809 UP000078200 UP000091820 UP000092445 UP000009046 UP000008820 UP000005205 UP000078492 UP000015103 UP000078542 UP000037069 UP000007266 UP000019118 UP000030742 UP000075886 UP000007110 UP000053097 UP000092444 UP000000305 UP000075881 UP000009192 UP000075900 UP000000673 UP000075883 UP000075884
Pfam
Interpro
IPR001650
Helicase_C
+ More
IPR014001 Helicase_ATP-bd
IPR011545 DEAD/DEAH_box_helicase_dom
IPR035437 SNase_OB-fold_sf
IPR007502 Helicase-assoc_dom
IPR027417 P-loop_NTPase
IPR002999 Tudor
IPR022644 De-COase2_N
IPR009006 Ala_racemase/Decarboxylase_C
IPR029066 PLP-binding_barrel
IPR013087 Znf_C2H2_type
IPR003604 Matrin/U1-like-C_Znf_C2H2
IPR036236 Znf_C2H2_sf
IPR032061 DUF4802
IPR013155 M/V/L/I-tRNA-synth_anticd-bd
IPR009080 tRNAsynth_Ia_anticodon-bd
IPR001412 aa-tRNA-synth_I_CS
IPR002303 Valyl-tRNA_ligase
IPR033705 Anticodon_Ia_Val
IPR009008 Val/Leu/Ile-tRNA-synth_edit
IPR002300 aa-tRNA-synth_Ia
IPR014729 Rossmann-like_a/b/a_fold
IPR032060 DUF4801
IPR002464 DNA/RNA_helicase_DEAH_CS
IPR014001 Helicase_ATP-bd
IPR011545 DEAD/DEAH_box_helicase_dom
IPR035437 SNase_OB-fold_sf
IPR007502 Helicase-assoc_dom
IPR027417 P-loop_NTPase
IPR002999 Tudor
IPR022644 De-COase2_N
IPR009006 Ala_racemase/Decarboxylase_C
IPR029066 PLP-binding_barrel
IPR013087 Znf_C2H2_type
IPR003604 Matrin/U1-like-C_Znf_C2H2
IPR036236 Znf_C2H2_sf
IPR032061 DUF4802
IPR013155 M/V/L/I-tRNA-synth_anticd-bd
IPR009080 tRNAsynth_Ia_anticodon-bd
IPR001412 aa-tRNA-synth_I_CS
IPR002303 Valyl-tRNA_ligase
IPR033705 Anticodon_Ia_Val
IPR009008 Val/Leu/Ile-tRNA-synth_edit
IPR002300 aa-tRNA-synth_Ia
IPR014729 Rossmann-like_a/b/a_fold
IPR032060 DUF4801
IPR002464 DNA/RNA_helicase_DEAH_CS
SUPFAM
ProteinModelPortal
H9J608
A0A212F726
A0A194RKV4
A0A194PMH8
A0A2J7PCP5
A0A067QGL3
+ More
A0A088AB38 A0A2A3EQ05 A0A154P331 A0A0N0U446 A0A069DZT1 K7IQD8 A0A023EZH7 A0A0V0G4Z7 A0A1W4WYE2 A0A232F487 A0A1B6HHA8 A0A1B6KFN2 A0A0L7QTI6 A0A0K8W581 A0A0C9RDY7 A0A1Q3EZN1 A0A1I8N4W6 A0A0A1WHT3 A0A1B6DS36 W8BDV6 A0A1I8NW04 A0A151WXI4 A0A1A9UTM0 A0A1A9WJJ3 A0A1B0AAE0 E0VWX9 A0A1B6GE76 A0A1B6GC48 A0A1S4FYE3 Q16JS8 A0A1Y1N6G7 A0A158NZ40 A0A151J597 T1HWI9 A0A1Y1N3S1 A0A195D232 E9JD77 A0A1E1XPM1 A0A131XX24 A0A0L0CRA7 D6WP54 N6TPX5 U4U4B2 A0A1I8N8Q5 A0A182QHI4 W4ZF12 A0A1E1XHR7 A0A0P5WP55 A0A0P5HAQ6 A0A026W7Q7 A0A0P5WCV3 A0A0P4Z8C7 A0A0P6IG44 A0A0P5UIN8 A0A0P5MEM0 A0A0P5EJ47 A0A0P5YUN9 A0A0P5CAL2 A0A0P5YY48 A0A0P5KNW3 A0A0P5PKF8 A0A336LNB0 A0A0N7ZVE1 A0A146L950 A0A0P5L3N7 A0A0P5TYN9 A0A1B0GGF7 E9GDE6 A0A0P5V185 A0A0P5RR65 A0A0P5DIF8 A0A147BGI1 A0A0P4YLX8 A0A182JZG9 B4K5R2 A0A0P5ZDK3 A0A090X911 A0A1I8QEN2 A0A0P4Z4S8 A0A0P5DV30 A0A0P5ANU1 A0A182RT96 A0A0P5JVA8 W5JW97 A0A182M8T6 A0A0P5RP83 A0A0P5WK69 A0A0P6DCG0 A0A0P4YF72 A0A0P5H3Z5 A0A182N759
A0A088AB38 A0A2A3EQ05 A0A154P331 A0A0N0U446 A0A069DZT1 K7IQD8 A0A023EZH7 A0A0V0G4Z7 A0A1W4WYE2 A0A232F487 A0A1B6HHA8 A0A1B6KFN2 A0A0L7QTI6 A0A0K8W581 A0A0C9RDY7 A0A1Q3EZN1 A0A1I8N4W6 A0A0A1WHT3 A0A1B6DS36 W8BDV6 A0A1I8NW04 A0A151WXI4 A0A1A9UTM0 A0A1A9WJJ3 A0A1B0AAE0 E0VWX9 A0A1B6GE76 A0A1B6GC48 A0A1S4FYE3 Q16JS8 A0A1Y1N6G7 A0A158NZ40 A0A151J597 T1HWI9 A0A1Y1N3S1 A0A195D232 E9JD77 A0A1E1XPM1 A0A131XX24 A0A0L0CRA7 D6WP54 N6TPX5 U4U4B2 A0A1I8N8Q5 A0A182QHI4 W4ZF12 A0A1E1XHR7 A0A0P5WP55 A0A0P5HAQ6 A0A026W7Q7 A0A0P5WCV3 A0A0P4Z8C7 A0A0P6IG44 A0A0P5UIN8 A0A0P5MEM0 A0A0P5EJ47 A0A0P5YUN9 A0A0P5CAL2 A0A0P5YY48 A0A0P5KNW3 A0A0P5PKF8 A0A336LNB0 A0A0N7ZVE1 A0A146L950 A0A0P5L3N7 A0A0P5TYN9 A0A1B0GGF7 E9GDE6 A0A0P5V185 A0A0P5RR65 A0A0P5DIF8 A0A147BGI1 A0A0P4YLX8 A0A182JZG9 B4K5R2 A0A0P5ZDK3 A0A090X911 A0A1I8QEN2 A0A0P4Z4S8 A0A0P5DV30 A0A0P5ANU1 A0A182RT96 A0A0P5JVA8 W5JW97 A0A182M8T6 A0A0P5RP83 A0A0P5WK69 A0A0P6DCG0 A0A0P4YF72 A0A0P5H3Z5 A0A182N759
PDB
5AOR
E-value=2.11768e-71,
Score=689
Ontologies
GO
Topology
Subcellular location
Cytoplasm
Component of the nuage, also named P granule, a germ-cell-specific organelle required to repress transposon during meiosis. With evidence from 1 publications.
Length:
1443
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.60907
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00091
outside
1 - 1443
Population Genetic Test Statistics
Pi
271.90051
Theta
184.831134
Tajima's D
1.385123
CLR
0.174566
CSRT
0.75991200439978
Interpretation
Uncertain
