Silkworm Genome Informatics Database

Gene

KWMTBOMO05720

Pre Gene Modal

BGIBMGA006818

Annotation

PREDICTED:_nucleosome-remodeling_factor_subunit_NURF301_[Papilio_xuthus]

Location

Bomo_Chr10(-):8730881-8752655 View in EpiBrowser

Location in the cell

Nuclear Reliability : 4.014

CDS

ATGTCAGGAAGGGGGGCAAAAAAACGCGGGAGGCCCCCAAAATCTAGTAGTTTTGAAAAAAATAGAAAATTCCAATTTCATTTATTGAAAAAACCAAAATATTTGCAACAAAATGCTGTGAACACTTCTATGATAAACACTCCGTCGGCGTCTAGAGCTTCTTCACCTCAAGGTAGTGATATTAGCAGAAGAAGTACGAGAAAGCGAAAAGATCGTAAAACACATAAAAGTAAAAGAGGCGGAATATCCAATTCTTACTCGAAACGGGGTTATAATCCACAGGCAGCCGATTACCATGAATCTGAATATCATTACGGTTCTGACTTTGGTGATGAGTATAGTGACAAATCCGAGCTCGAAGAAGAGCGCGGTAGTGAAAGTTCAGAAGGAAGCGAAGATGGTGCGGCGACCGATAGTGATTTTTCTGTGAGCAGCTTTAGTACAACGAGTGGAACACCGCGAAAAACTAATACTATAACAAACAGACCTCCCAGTCCTGATCCATTGTGGTTGCAACAAGGAAGACAAATTCCACCCTTAGATTTACCACCTTCATCAGATGATCTAATTATACCCCAAAATTTAGTCTTTCAAGTTGTAAGTGTATATGAAGTTTTGCGACATTTCAGACACTTAGTAAGACTGTCTCCTTTTCGCTTAGAAGATCTTTGTGCTGCTATAAGCTGTGAAGATCAAAGTAACTTGCTGATTGAAGTACATATGATGCTACTTAAAGCATTGCTACGTGAAGAAGACGCTCAACAGACTCATTTTGGACCTTTAGATCACAAAGACAGTGTAAACATTACATTGTTCTTATTAGATGTCATGACATGGCCAGAAGTTCTTAGAATTTATGTGGAAAGTGATAAAGTTTTTGATCAAAATGTGATTAAAATTTTAAACAGTTGTGAATATCCATTTACTTCAGTAGAAAATCGTTTAACAGTTCTTCAGTTTCTGTGCAATCAATTTTTAATAACCAATCCTGTCCGTGATGATCTGTTAAGTGAAGTTCCAATACATTATGATGATCACTGTAGAGTGTGTCATCGCTTGGGTGACCTTCTGTGCTGTGAAACCTGCCCTGCTGTATATCATTTAGAGTGTGTGGATCCTCCTTTACTTGATGTACCTTCTGAAGACTGGCAGTGTGCTTTGTGTAAGCAGCATAAGACTGTTGGTGTAACTGATTGTCTTCCTGATGCTGAGAAGCAAGGTCTATTATGCCGTCATGAACATTTGGGATTTGATAGACAGGGCAGAAAATACTGGTTCATTGCAAGGAGAATATTCGTTGAGTCTGAGAATGGTCAAGTATGGTACTACAGTACTCCTCAACAGTTTGAAGAATTGTTGAATGTTCTCGACTCGGAAGAAATGGAAACACCATTAGTTCGTGAACTATTAGAAATGAGGCAAGAAATTTTAAGGCAAATGGACATAACAGAGAGTCTAACTAACCAAATGAAAGGAAATCGGAAATCATACTTAGAAGCTGAAAAAACAAATGTCATCAAACAAAAAAAAAATAGGTCTGAACACAAGCACCAAGACAATAATCCACAATTAAAAGTGGATGGAAAAATTGATAACCTACCCACAATGGATAGTGATGTGTTAAATGAAGTGACTATTATGAGTGAGGATTCTCAAGATAATAATGATATAGAACAGGAAGAGTCAACAGATGAGGATGATGACAAAAAGAGTATTAACCAGTTAATATGTAAATCTAAAAATATAATTAAAAAAAAATCAGAAGAAGTTTCTGAACGATTAACAAGGCAGAAATCTAATCAAATGTCAAATGGAACATATTTATTCAAATTAGGAAATGAAAATAATTTTAAGACCTACATTAACCAGTATGCAAGCAATTCTCTGGCTTTAAATAAACCTCAAAGAAACGAGGAAAGGGACAAAAAACGCTATATGTCACATAAGTTTTCTCTATCTTCTACTCAAGAGTTCAAATGGGTTGGTCTTCTGAATGCAACAAAACCATTCTTGGTTGCAACTTTGAGACAGACTCTGCTGCAGTTAGAATCTAATATTGTGCTACAGTTTATGCATCCAAATTGGTCTTTATTGAGAAAACCATGGGTACAAGCAGTCCAACTTTGTCAAGCACCACGTGACTTCTCAAGGGCATTGTGTGTGCTACAGGCTTGCATTAAAAATGTTGTATGGGTACCGGCATGGCATGAACAGCTGGGTCATGTTAGGCTTATACGCACGACTGCTGCTGAGCGTGAAGAACGAAAAAAACTAGATAAAAGAGAGAAAAAAGAGAGAGATGAAGAAGAAGAGCGTTATCGCACCGCCTACAATTTCGTAAAATATTCTCTTGGTCTTCGTCATCAGGTTTGGAAGCAGAAAGGAGAAGAATACAGGATTCATGGTCAGTGGGGTTGGTTATGGAATTCTGCAACTAGAAAATACAAAAAGCATAATTTTACTATCAAACCAACACTAAGCAATGGTCCAACCAAAATAGCAGTAAGAGTGAGAGAAGGCAATGTGACTAAAATTTTAGCCGTTGAACCTAAAACATATGAATACTTAATTTCCAACGGAAATAATGAAAACAAAGATGTAACGGAAAAATTACCACCATCTATGCGTAACCTTGTGATTCAAAAAGAAGACGATACCACTTTTGAAGAGATAGATGTTGAAAAAGCATTAAGCTCTTCCATAAGAAGATATTATCCTAAAATTGCTAAAAAATCTCGATTAGACGACTTCTTAGCACGACGAACTTATCTTAAATTTATGGAAGAAAAGAAATTAGCCAATTTATTGCAAAATGTTAAAAAAGAGAATACTAATGAAAAAAATGAAGATGACAAAAATATTGATATCGAAAATGAAGAGCCAGAACATGACATTTCTACTATTTGTGACTCAAGTCAATTTGTAAAACCAAACACAAAAAATGTTGATGTTCTTAGAGAAAAGTATCAAGAACTATCACAAATAACAAAACACTACAAATGCTATTCTCAAACTTGTAATAAAATTGAAAATTTATCAAATTTTAACATTAATGCAAAGGTCGATTGTTACTCGCCTTTATGTATACTGAAGTTTAAACTTATAAACGAACTTGTAAAACTTTTAAAAAGTGATGTAATAAATTCTTCCAATATTTTTGAAAATTCTAAAGATTCTTCAAAATTCTCGATATTGGAACAATATCTCCTTGGTAAAAGCTCATCACAGCATAATTCTAATGATAAAATCTTAACAGATTTACTATCTGCTGTAGCATGTGCTCAGGAATATGATAACAAAAATAGCGACAGTTTTGTCAAGAGAAAGTTAAGTAATAATGATTCTGATGTTAAGACAGAAAAAACGGATGTTTTTGAAGATATCATTAAAACTGAGAGTACCTTAGAAGAGTGTGCAGTGCCGGCTGTCGGAAATGAAATGGATATTGATATTACATCTTGCAACAACGAAAATGAGATGGAAGTTGGACCATTAAAAGAGCTGACTGATAGTGAGCAACATAATGTTTCTGATACCGATAAGACGCGCCCTCCAATTCCGAAACTAAAAATATCTAGAGGAAAATCATCCAAATCGTCTAATACTACAAAAAATGAGACTAAAGATTCTTCATATAATTGTTCTTTAGCACAAATAAAAAGAGAAGAAAAAGCGAAGTATCGTGCATCTGTCAATAGAAGATTTGGTGGAGTAAAGACTTTTAAAAGAGAAGAGAAAAGCTTAAAGTCCGAAAAAAAAGAGGGTGAAGTTGTCAGGATATATTCAGCCGAGTCTCCAAAGGGCAAAATTTATTTGAAAAGGGTGCAGACCACTGCTGTTGAAAAGAAAAAGAAACGAACTCCAGTAAAATACCCTTTGTGCTCTACATTTCACACTCGCAGTAAATCAAAAACAATAATGGTGTTACCTCATCATGAGTTAAGGAAACTATGCAGGCAGGCGGGGCATAGTAGTATATCTGGTTTCAGTCACAATGCAAAACCTAATCAAGGTGTTTGGCCTTATCCTTGCCCTAGACCATTATTTAAAACATGCTGGTTGTATAGGACGGTGAATTTGCAATGGCTCGCCAGTGCTGCTTTACAATTACGTATTATGTGGGCGTGTTTAAGATGGGATGATATGGCTGCTAAGCCAGCTACTGCAGACGGTAAACACCAATTAACCACCGATACAGAAATAGTTTCTTTAGAATTGCTAAAACATCGTCATATGGGACAATTTTCTGAACACACTCAATATCTGCGAAGACGTGTCGTGATACCTCTGGAATTGCCCAAGACTGTACGAGAAGTAACATCTATTCGTAGCGGCTTAAGAAAAAGAAAACGCGCAGAATCTCCTCAAAATACTGAACCACAGGTCTCTGAGGAGTGGGTGGATGAGGACAAATTGGAATTATGGGAAGTCCGTCAATATGGTGAAAAAAGCGATCGCGGAACTCCTGTAACGCGCACATCAACTGGCAAGCTGCCTCACAGAAACATTGCACCTCTACCAAATGCGTCTGATCTCAAAGATAAAATGGAGCAACAACTACGTGAACAGCGAGCTGCACATCAGCAGAAAAGAGCCTTAGAGATGTCCCAAGAAAAAGTAAAGTCTACTCCAAACCAAACAACTGGAAAAAGTACTCTTACTTCTTTATTGTCAACAAATGCTACAACACCTACTGGACAAAAAACCGTTATAGGCACTAGAAGAATAATTATGACAAAAGGAGCTGATGGTTCTACACGAGTTATTAGTCAATCCATTTCGAGTAAAGCAGGACTGGATGGAAATAAATCAGCCACACCACCACCTAAAGATGGACCACAAAAAGTTCAAATTATTCGGGCTCCAGATGGTAAAATTACCGTAAAAGGATTGCTTCCGGGACAACAACTGATACAAATGGCAGATGGTAAATTACATGTTGTCACGGCTGGACAACAAGGCATCACAGGTCAGTTAGTGGCAGCTTCTCCTCCAATAAAGAATACGGAAATAACACAGAGTAAGTCGGAAAATAAAGTATCCAGTACGACAAAGAATTCCAACGAAGAGACGCGATCGACGTCTACGCCTCGCATTGCACCTTCGTCAACTCCGCAGCTAGTCGTTCAGGGCGGGCGCCAGCTAGTCGTCCAACCGTCGCAGCAGATGGTCGTGCAGTCACCTCAACAGGTGGTAGTTCAGTCTCCGCAACAGATGGTCGTCCAAGCGGGAATCCGCCCTAACATCCAGCCGCGTGTACAGCCTCTCAACACTGTGGTAGTACAGGGACAGCTAATGCAGCGAGCTGTTGCGCCCCGGACGCCAGTAGCGTCGCGCCCTCGTCCGGTCTCCACGCAACAAATAGTCGTCAACAATCCTGCTTTGGTTCAACAAATAGCTGCCGGCAAAATACAGCTAGCTACTGTCAACGGACAGCAGGTTCTGATTCGTCCGACTGGCAACAATCAAGCTCAAATAGTTGCACACATTGGTCAAAGTCCAGCGCCGCGCCAGCCGCCGCCCGTAGTCGCTCCGGCGCCGATTCCTGTGGCGGCGCCAGTTTCGATTCCGGTCCCTGCGCCTCAACCCGTACCTGCACCTACACCACAACCTCTCACCGAAGATGAAATAGTTGAAAAACGACTATTGGTTGGTCAGCCACCCGGGACTGTTATAAAAACTGTCACTGCTCAAGTCATGCAGACGAGTAGCGGACCTAGCATCGTTCTGCAAGGTCTTCACGGCTATAATTTGAATCCCCAACAGCTCGCCCTCGTTCAGCATCAAGTGAAACAGCAACTCTTGAAAGCCCAAGAGTCAACGGGTAAGCAAGGAATGCTGGGTCCTCGCAAGATGTATCTGGCGGTGCAGCCGGCCAACAGCGCGCCGCCGCCGCTAGCACCCGTCGCCCATCCGCTCGCGCCGCAGGAAAATAATGATCCAAAACGACAGGCGCTTTTGAATGGCGAAGACAATGTAGCCGATGCTGCCGTTCACAAAGAAGCGACTCCATTTAAACAGGAAGATATTAAAGAGAATAGCACTAAAACTGACTTAGTTAATGCTAACCAAGATCGTTTGCAAAGTAACAAATTCGTCCTCACACCTGACTACATTCAACAAACTATTAAAAGCGCATTGAAACAAGAAAATCTTAATCCCGAAATCGAAGAAAAACTTCTTCAACTCCAACGGTATCAAGAGAGGCGTATGAAACCGGAAGTACCCGTAGAAAAAGAACCACGTCCGCCGGCTCCGCGGTCGCCGTCGCCGCCTGCACGGCGCCGGGCTACTTCCCGCCACGACGACGACGAAGAGTGGGTGGAAAGTAGCCCGCGGAAACGGACGCGGGCGTCGCGAGCTCTGTCCCCGGCGCCTCCCGAGCCGCCGCGCACCGTGTCCGCGCCTGCACCCGCGCCTGTGCCGGCCCCTGTACTAACGTCTGTACCGACGCCCGTACCCGCCTCCGTACCAGCGGCTGTGCCCGCGCCGGTCTCCACGCACCTCGATGAACGACGCCGGACCGCCACCAACAACTCTCGACTTCAAATGCTTCTGTTTAAGCACAAGGAATTGCTAAAAAAAGACATTATAAAGAAAAGAGGTTTACTCGAAAAAGAACTTGGAATCGAAATACAGAAAGAACTATCGGCTGAATTGGCGTTGCGTACGCGGGCCGAACGCAACAAACAAGAAGAAGTGCGCGCTAAAAGACGTGCCACTGTTACGCCTTCAACACCTAAGCAGACCAAACGAACTAATAAAAAAGAAAAATTACTTTGTATCTGCCGTACACCTTATGATAATACTAAGTTTTACGTAGGATGCGAACACTGCAGTAATTGGTTCCACGGTGACTGTGTCGGTGTTACTGAAGAAATGAGTAAAACTATGGAGGAATATGTTTGTCAGGACTGTAGACGTGCTGAAGAAACACAAGAGCTTTACTGTCTCTGTAGACAACCCTACGATAATTCACAATTTTACATATGTTGTGATCGGTGTCAAGATTGGTTTCATGGCAGATGCGTCGGTATTCTACAGTCCGAAGCCGACAATATCGATGAATATATTTGTCCGAATTGTCAGAAAAACAATTCTGTCAATTTCGCAAACATGAAGGAGTTAACTCACAAGGATTTTGAAAATTTGAAGAGGCTAATAAAACAAATCCAATTACATAAAAGCGCTTGGCCTTTCATGGAACCTGTGGATCCTAGAGAAGCACCAACGTATTATAAAATTATCAAAGAACCAATGGATTTGCAAACAGTGGAACGAAAAGTGAATGAACAAACATATAGTATGTTAAGTGAATTTATTGGTGATATGACTAAAATATTTGATAACTGTCGATATTTTAATCCAAAGGATTCTGAATTTTATCGATGTGCCGACGGATTAGAAGCATTTTTTGCACAAAAAATCAAGTATTTTCGTGAAAAACTATTTGAAGCTAATCAATGA

Protein

MSGRGAKKRGRPPKSSSFEKNRKFQFHLLKKPKYLQQNAVNTSMINTPSASRASSPQGSDISRRSTRKRKDRKTHKSKRGGISNSYSKRGYNPQAADYHESEYHYGSDFGDEYSDKSELEEERGSESSEGSEDGAATDSDFSVSSFSTTSGTPRKTNTITNRPPSPDPLWLQQGRQIPPLDLPPSSDDLIIPQNLVFQVVSVYEVLRHFRHLVRLSPFRLEDLCAAISCEDQSNLLIEVHMMLLKALLREEDAQQTHFGPLDHKDSVNITLFLLDVMTWPEVLRIYVESDKVFDQNVIKILNSCEYPFTSVENRLTVLQFLCNQFLITNPVRDDLLSEVPIHYDDHCRVCHRLGDLLCCETCPAVYHLECVDPPLLDVPSEDWQCALCKQHKTVGVTDCLPDAEKQGLLCRHEHLGFDRQGRKYWFIARRIFVESENGQVWYYSTPQQFEELLNVLDSEEMETPLVRELLEMRQEILRQMDITESLTNQMKGNRKSYLEAEKTNVIKQKKNRSEHKHQDNNPQLKVDGKIDNLPTMDSDVLNEVTIMSEDSQDNNDIEQEESTDEDDDKKSINQLICKSKNIIKKKSEEVSERLTRQKSNQMSNGTYLFKLGNENNFKTYINQYASNSLALNKPQRNEERDKKRYMSHKFSLSSTQEFKWVGLLNATKPFLVATLRQTLLQLESNIVLQFMHPNWSLLRKPWVQAVQLCQAPRDFSRALCVLQACIKNVVWVPAWHEQLGHVRLIRTTAAEREERKKLDKREKKERDEEEERYRTAYNFVKYSLGLRHQVWKQKGEEYRIHGQWGWLWNSATRKYKKHNFTIKPTLSNGPTKIAVRVREGNVTKILAVEPKTYEYLISNGNNENKDVTEKLPPSMRNLVIQKEDDTTFEEIDVEKALSSSIRRYYPKIAKKSRLDDFLARRTYLKFMEEKKLANLLQNVKKENTNEKNEDDKNIDIENEEPEHDISTICDSSQFVKPNTKNVDVLREKYQELSQITKHYKCYSQTCNKIENLSNFNINAKVDCYSPLCILKFKLINELVKLLKSDVINSSNIFENSKDSSKFSILEQYLLGKSSSQHNSNDKILTDLLSAVACAQEYDNKNSDSFVKRKLSNNDSDVKTEKTDVFEDIIKTESTLEECAVPAVGNEMDIDITSCNNENEMEVGPLKELTDSEQHNVSDTDKTRPPIPKLKISRGKSSKSSNTTKNETKDSSYNCSLAQIKREEKAKYRASVNRRFGGVKTFKREEKSLKSEKKEGEVVRIYSAESPKGKIYLKRVQTTAVEKKKKRTPVKYPLCSTFHTRSKSKTIMVLPHHELRKLCRQAGHSSISGFSHNAKPNQGVWPYPCPRPLFKTCWLYRTVNLQWLASAALQLRIMWACLRWDDMAAKPATADGKHQLTTDTEIVSLELLKHRHMGQFSEHTQYLRRRVVIPLELPKTVREVTSIRSGLRKRKRAESPQNTEPQVSEEWVDEDKLELWEVRQYGEKSDRGTPVTRTSTGKLPHRNIAPLPNASDLKDKMEQQLREQRAAHQQKRALEMSQEKVKSTPNQTTGKSTLTSLLSTNATTPTGQKTVIGTRRIIMTKGADGSTRVISQSISSKAGLDGNKSATPPPKDGPQKVQIIRAPDGKITVKGLLPGQQLIQMADGKLHVVTAGQQGITGQLVAASPPIKNTEITQSKSENKVSSTTKNSNEETRSTSTPRIAPSSTPQLVVQGGRQLVVQPSQQMVVQSPQQVVVQSPQQMVVQAGIRPNIQPRVQPLNTVVVQGQLMQRAVAPRTPVASRPRPVSTQQIVVNNPALVQQIAAGKIQLATVNGQQVLIRPTGNNQAQIVAHIGQSPAPRQPPPVVAPAPIPVAAPVSIPVPAPQPVPAPTPQPLTEDEIVEKRLLVGQPPGTVIKTVTAQVMQTSSGPSIVLQGLHGYNLNPQQLALVQHQVKQQLLKAQESTGKQGMLGPRKMYLAVQPANSAPPPLAPVAHPLAPQENNDPKRQALLNGEDNVADAAVHKEATPFKQEDIKENSTKTDLVNANQDRLQSNKFVLTPDYIQQTIKSALKQENLNPEIEEKLLQLQRYQERRMKPEVPVEKEPRPPAPRSPSPPARRRATSRHDDDEEWVESSPRKRTRASRALSPAPPEPPRTVSAPAPAPVPAPVLTSVPTPVPASVPAAVPAPVSTHLDERRRTATNNSRLQMLLFKHKELLKKDIIKKRGLLEKELGIEIQKELSAELALRTRAERNKQEEVRAKRRATVTPSTPKQTKRTNKKEKLLCICRTPYDNTKFYVGCEHCSNWFHGDCVGVTEEMSKTMEEYVCQDCRRAEETQELYCLCRQPYDNSQFYICCDRCQDWFHGRCVGILQSEADNIDEYICPNCQKNNSVNFANMKELTHKDFENLKRLIKQIQLHKSAWPFMEPVDPREAPTYYKIIKEPMDLQTVERKVNEQTYSMLSEFIGDMTKIFDNCRYFNPKDSEFYRCADGLEAFFAQKIKYFREKLFEANQ

Uniprot

H9JBC3 A0A2H1W9A8 A0A212F6Z1 A0A2A4JAU2 A0A194PFH7 A0A194RGL6 + More
A0A1Y1MKS7 A0A1Y1MPZ6 U4UAL7 N6U1M9 A0A1Y1MK38 A0A1Y1MLH4 A0A0T6AY33 A0A1L8DWQ1 A0A1S4G3B6 A0A0P6IVW0 Q16EU1

Pubmed

19121390 22118469 26354079 28004739 23537049 17510324 + More
26999592

EMBL

BABH01030900 BABH01030901 BABH01030902 BABH01030903 ODYU01007140 SOQ49650.1 + More
AGBW02009960 OWR49479.1 NWSH01002220 PCG68886.1 KQ459606 KPI91454.1 KQ460398 KPJ15071.1 GEZM01030778 JAV85330.1 GEZM01030782 JAV85327.1 KB632204 ERL90107.1 APGK01043378 KB741014 ENN75455.1 GEZM01030781 JAV85328.1 GEZM01030784 JAV85325.1 LJIG01022595 KRT79741.1 GFDF01003213 JAV10871.1 GDUN01000644 JAN95275.1 CH478580 EAT32755.1

Proteomes

UP000005204 UP000007151 UP000218220 UP000053268 UP000053240 UP000030742 + More
UP000019118 UP000008820

PRIDE

H9JBC3

Pfam

PF15612   WHIM1        + More
PF00628   PHD
PF00439   Bromodomain
PF02791   DDT
PF15613   WSD

Interpro

IPR036427   Bromodomain-like_sf        + More
IPR019786   Zinc_finger_PHD-type_CS
IPR018501   DDT_dom
IPR011011   Znf_FYVE_PHD
IPR038028   BPTF
IPR028942   WHIM1_dom
IPR001487   Bromodomain
IPR013083   Znf_RING/FYVE/PHD
IPR001965   Znf_PHD
IPR019787   Znf_PHD-finger
IPR018359   Bromodomain_CS
IPR028941   WHIM2_dom

SUPFAM

SSF57903 SSF57903 + More
SSF47370 SSF47370

Gene 3D

1.20.920.10 3.30.40.10

ProteinModelPortal

H9JBC3 A0A2H1W9A8 A0A212F6Z1 A0A2A4JAU2 A0A194PFH7 A0A194RGL6 + More
A0A1Y1MKS7 A0A1Y1MPZ6 U4UAL7 N6U1M9 A0A1Y1MK38 A0A1Y1MLH4 A0A0T6AY33 A0A1L8DWQ1 A0A1S4G3B6 A0A0P6IVW0 Q16EU1

KEGG

101741800 K11728 nucleosome-remodeling factor subunit BPTF | (RefSeq) nucleosome-remodeling factor subunit NUR

GO

GO:0035064 GO:0016589 GO:0046872 GO:0005515 GO:0008270 GO:0043161 GO:0005634 GO:0042065 GO:0042066 GO:0003707 GO:0043565

PANTHER

PTHR45975

Length:

2488

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.00076

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00004

outside

1 - 2488

Pi

236.619819

Theta

209.752069

Tajima's D

0.580252

CLR

0.293979

CSRT

0.534223288835558

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics