The first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede Strigamia maritima.
Myriapods (e.g., centipedes and millipedes) display a simple homonomous body plan relative to other arthropods. All members of the class are terrestrial, but they attained terrestriality independently of insects. Myriapoda is the only arthropod class not represented by a sequenced genome. We present...
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| Format: | Article |
| Language: | English |
| Published: |
Public Library of Science (PLoS)
2014-11-01
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| Series: | PLoS Biology |
| Online Access: | https://doi.org/10.1371/journal.pbio.1002005 |
| _version_ | 1818939539776864256 |
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| author | Ariel D Chipman David E K Ferrier Carlo Brena Jiaxin Qu Daniel S T Hughes Reinhard Schröder Montserrat Torres-Oliva Nadia Znassi Huaiyang Jiang Francisca C Almeida Claudio R Alonso Zivkos Apostolou Peshtewani Aqrawi Wallace Arthur Jennifer C J Barna Kerstin P Blankenburg Daniela Brites Salvador Capella-Gutiérrez Marcus Coyle Peter K Dearden Louis Du Pasquier Elizabeth J Duncan Dieter Ebert Cornelius Eibner Galina Erikson Peter D Evans Cassandra G Extavour Liezl Francisco Toni Gabaldón William J Gillis Elizabeth A Goodwin-Horn Jack E Green Sam Griffiths-Jones Cornelis J P Grimmelikhuijzen Sai Gubbala Roderic Guigó Yi Han Frank Hauser Paul Havlak Luke Hayden Sophie Helbing Michael Holder Jerome H L Hui Julia P Hunn Vera S Hunnekuhl LaRonda Jackson Mehwish Javaid Shalini N Jhangiani Francis M Jiggins Tamsin E Jones Tobias S Kaiser Divya Kalra Nathan J Kenny Viktoriya Korchina Christie L Kovar F Bernhard Kraus François Lapraz Sandra L Lee Jie Lv Christigale Mandapat Gerard Manning Marco Mariotti Robert Mata Tittu Mathew Tobias Neumann Irene Newsham Dinh N Ngo Maria Ninova Geoffrey Okwuonu Fiona Ongeri William J Palmer Shobha Patil Pedro Patraquim Christopher Pham Ling-Ling Pu Nicholas H Putman Catherine Rabouille Olivia Mendivil Ramos Adelaide C Rhodes Helen E Robertson Hugh M Robertson Matthew Ronshaugen Julio Rozas Nehad Saada Alejandro Sánchez-Gracia Steven E Scherer Andrew M Schurko Kenneth W Siggens DeNard Simmons Anna Stief Eckart Stolle Maximilian J Telford Kristin Tessmar-Raible Rebecca Thornton Maurijn van der Zee Arndt von Haeseler James M Williams Judith H Willis Yuanqing Wu Xiaoyan Zou Daniel Lawson Donna M Muzny Kim C Worley Richard A Gibbs Michael Akam Stephen Richards |
| author_facet | Ariel D Chipman David E K Ferrier Carlo Brena Jiaxin Qu Daniel S T Hughes Reinhard Schröder Montserrat Torres-Oliva Nadia Znassi Huaiyang Jiang Francisca C Almeida Claudio R Alonso Zivkos Apostolou Peshtewani Aqrawi Wallace Arthur Jennifer C J Barna Kerstin P Blankenburg Daniela Brites Salvador Capella-Gutiérrez Marcus Coyle Peter K Dearden Louis Du Pasquier Elizabeth J Duncan Dieter Ebert Cornelius Eibner Galina Erikson Peter D Evans Cassandra G Extavour Liezl Francisco Toni Gabaldón William J Gillis Elizabeth A Goodwin-Horn Jack E Green Sam Griffiths-Jones Cornelis J P Grimmelikhuijzen Sai Gubbala Roderic Guigó Yi Han Frank Hauser Paul Havlak Luke Hayden Sophie Helbing Michael Holder Jerome H L Hui Julia P Hunn Vera S Hunnekuhl LaRonda Jackson Mehwish Javaid Shalini N Jhangiani Francis M Jiggins Tamsin E Jones Tobias S Kaiser Divya Kalra Nathan J Kenny Viktoriya Korchina Christie L Kovar F Bernhard Kraus François Lapraz Sandra L Lee Jie Lv Christigale Mandapat Gerard Manning Marco Mariotti Robert Mata Tittu Mathew Tobias Neumann Irene Newsham Dinh N Ngo Maria Ninova Geoffrey Okwuonu Fiona Ongeri William J Palmer Shobha Patil Pedro Patraquim Christopher Pham Ling-Ling Pu Nicholas H Putman Catherine Rabouille Olivia Mendivil Ramos Adelaide C Rhodes Helen E Robertson Hugh M Robertson Matthew Ronshaugen Julio Rozas Nehad Saada Alejandro Sánchez-Gracia Steven E Scherer Andrew M Schurko Kenneth W Siggens DeNard Simmons Anna Stief Eckart Stolle Maximilian J Telford Kristin Tessmar-Raible Rebecca Thornton Maurijn van der Zee Arndt von Haeseler James M Williams Judith H Willis Yuanqing Wu Xiaoyan Zou Daniel Lawson Donna M Muzny Kim C Worley Richard A Gibbs Michael Akam Stephen Richards |
| author_sort | Ariel D Chipman |
| collection | DOAJ |
| description | Myriapods (e.g., centipedes and millipedes) display a simple homonomous body plan relative to other arthropods. All members of the class are terrestrial, but they attained terrestriality independently of insects. Myriapoda is the only arthropod class not represented by a sequenced genome. We present an analysis of the genome of the centipede Strigamia maritima. It retains a compact genome that has undergone less gene loss and shuffling than previously sequenced arthropods, and many orthologues of genes conserved from the bilaterian ancestor that have been lost in insects. Our analysis locates many genes in conserved macro-synteny contexts, and many small-scale examples of gene clustering. We describe several examples where S. maritima shows different solutions from insects to similar problems. The insect olfactory receptor gene family is absent from S. maritima, and olfaction in air is likely effected by expansion of other receptor gene families. For some genes S. maritima has evolved paralogues to generate coding sequence diversity, where insects use alternate splicing. This is most striking for the Dscam gene, which in Drosophila generates more than 100,000 alternate splice forms, but in S. maritima is encoded by over 100 paralogues. We see an intriguing linkage between the absence of any known photosensory proteins in a blind organism and the additional absence of canonical circadian clock genes. The phylogenetic position of myriapods allows us to identify where in arthropod phylogeny several particular molecular mechanisms and traits emerged. For example, we conclude that juvenile hormone signalling evolved with the emergence of the exoskeleton in the arthropods and that RR-1 containing cuticle proteins evolved in the lineage leading to Mandibulata. We also identify when various gene expansions and losses occurred. The genome of S. maritima offers us a unique glimpse into the ancestral arthropod genome, while also displaying many adaptations to its specific life history. |
| first_indexed | 2024-12-20T06:25:22Z |
| format | Article |
| id | doaj.art-e3791b30489f4c739cd076841b2b4030 |
| institution | Directory Open Access Journal |
| issn | 1544-9173 1545-7885 |
| language | English |
| last_indexed | 2024-12-20T06:25:22Z |
| publishDate | 2014-11-01 |
| publisher | Public Library of Science (PLoS) |
| record_format | Article |
| series | PLoS Biology |
| spelling | doaj.art-e3791b30489f4c739cd076841b2b40302022-12-21T19:50:19ZengPublic Library of Science (PLoS)PLoS Biology1544-91731545-78852014-11-011211e100200510.1371/journal.pbio.1002005The first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede Strigamia maritima.Ariel D ChipmanDavid E K FerrierCarlo BrenaJiaxin QuDaniel S T HughesReinhard SchröderMontserrat Torres-OlivaNadia ZnassiHuaiyang JiangFrancisca C AlmeidaClaudio R AlonsoZivkos ApostolouPeshtewani AqrawiWallace ArthurJennifer C J BarnaKerstin P BlankenburgDaniela BritesSalvador Capella-GutiérrezMarcus CoylePeter K DeardenLouis Du PasquierElizabeth J DuncanDieter EbertCornelius EibnerGalina EriksonPeter D EvansCassandra G ExtavourLiezl FranciscoToni GabaldónWilliam J GillisElizabeth A Goodwin-HornJack E GreenSam Griffiths-JonesCornelis J P GrimmelikhuijzenSai GubbalaRoderic GuigóYi HanFrank HauserPaul HavlakLuke HaydenSophie HelbingMichael HolderJerome H L HuiJulia P HunnVera S HunnekuhlLaRonda JacksonMehwish JavaidShalini N JhangianiFrancis M JigginsTamsin E JonesTobias S KaiserDivya KalraNathan J KennyViktoriya KorchinaChristie L KovarF Bernhard KrausFrançois LaprazSandra L LeeJie LvChristigale MandapatGerard ManningMarco MariottiRobert MataTittu MathewTobias NeumannIrene NewshamDinh N NgoMaria NinovaGeoffrey OkwuonuFiona OngeriWilliam J PalmerShobha PatilPedro PatraquimChristopher PhamLing-Ling PuNicholas H PutmanCatherine RabouilleOlivia Mendivil RamosAdelaide C RhodesHelen E RobertsonHugh M RobertsonMatthew RonshaugenJulio RozasNehad SaadaAlejandro Sánchez-GraciaSteven E SchererAndrew M SchurkoKenneth W SiggensDeNard SimmonsAnna StiefEckart StolleMaximilian J TelfordKristin Tessmar-RaibleRebecca ThorntonMaurijn van der ZeeArndt von HaeselerJames M WilliamsJudith H WillisYuanqing WuXiaoyan ZouDaniel LawsonDonna M MuznyKim C WorleyRichard A GibbsMichael AkamStephen RichardsMyriapods (e.g., centipedes and millipedes) display a simple homonomous body plan relative to other arthropods. All members of the class are terrestrial, but they attained terrestriality independently of insects. Myriapoda is the only arthropod class not represented by a sequenced genome. We present an analysis of the genome of the centipede Strigamia maritima. It retains a compact genome that has undergone less gene loss and shuffling than previously sequenced arthropods, and many orthologues of genes conserved from the bilaterian ancestor that have been lost in insects. Our analysis locates many genes in conserved macro-synteny contexts, and many small-scale examples of gene clustering. We describe several examples where S. maritima shows different solutions from insects to similar problems. The insect olfactory receptor gene family is absent from S. maritima, and olfaction in air is likely effected by expansion of other receptor gene families. For some genes S. maritima has evolved paralogues to generate coding sequence diversity, where insects use alternate splicing. This is most striking for the Dscam gene, which in Drosophila generates more than 100,000 alternate splice forms, but in S. maritima is encoded by over 100 paralogues. We see an intriguing linkage between the absence of any known photosensory proteins in a blind organism and the additional absence of canonical circadian clock genes. The phylogenetic position of myriapods allows us to identify where in arthropod phylogeny several particular molecular mechanisms and traits emerged. For example, we conclude that juvenile hormone signalling evolved with the emergence of the exoskeleton in the arthropods and that RR-1 containing cuticle proteins evolved in the lineage leading to Mandibulata. We also identify when various gene expansions and losses occurred. The genome of S. maritima offers us a unique glimpse into the ancestral arthropod genome, while also displaying many adaptations to its specific life history.https://doi.org/10.1371/journal.pbio.1002005 |
| spellingShingle | Ariel D Chipman David E K Ferrier Carlo Brena Jiaxin Qu Daniel S T Hughes Reinhard Schröder Montserrat Torres-Oliva Nadia Znassi Huaiyang Jiang Francisca C Almeida Claudio R Alonso Zivkos Apostolou Peshtewani Aqrawi Wallace Arthur Jennifer C J Barna Kerstin P Blankenburg Daniela Brites Salvador Capella-Gutiérrez Marcus Coyle Peter K Dearden Louis Du Pasquier Elizabeth J Duncan Dieter Ebert Cornelius Eibner Galina Erikson Peter D Evans Cassandra G Extavour Liezl Francisco Toni Gabaldón William J Gillis Elizabeth A Goodwin-Horn Jack E Green Sam Griffiths-Jones Cornelis J P Grimmelikhuijzen Sai Gubbala Roderic Guigó Yi Han Frank Hauser Paul Havlak Luke Hayden Sophie Helbing Michael Holder Jerome H L Hui Julia P Hunn Vera S Hunnekuhl LaRonda Jackson Mehwish Javaid Shalini N Jhangiani Francis M Jiggins Tamsin E Jones Tobias S Kaiser Divya Kalra Nathan J Kenny Viktoriya Korchina Christie L Kovar F Bernhard Kraus François Lapraz Sandra L Lee Jie Lv Christigale Mandapat Gerard Manning Marco Mariotti Robert Mata Tittu Mathew Tobias Neumann Irene Newsham Dinh N Ngo Maria Ninova Geoffrey Okwuonu Fiona Ongeri William J Palmer Shobha Patil Pedro Patraquim Christopher Pham Ling-Ling Pu Nicholas H Putman Catherine Rabouille Olivia Mendivil Ramos Adelaide C Rhodes Helen E Robertson Hugh M Robertson Matthew Ronshaugen Julio Rozas Nehad Saada Alejandro Sánchez-Gracia Steven E Scherer Andrew M Schurko Kenneth W Siggens DeNard Simmons Anna Stief Eckart Stolle Maximilian J Telford Kristin Tessmar-Raible Rebecca Thornton Maurijn van der Zee Arndt von Haeseler James M Williams Judith H Willis Yuanqing Wu Xiaoyan Zou Daniel Lawson Donna M Muzny Kim C Worley Richard A Gibbs Michael Akam Stephen Richards The first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede Strigamia maritima. PLoS Biology |
| title | The first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede Strigamia maritima. |
| title_full | The first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede Strigamia maritima. |
| title_fullStr | The first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede Strigamia maritima. |
| title_full_unstemmed | The first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede Strigamia maritima. |
| title_short | The first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede Strigamia maritima. |
| title_sort | first myriapod genome sequence reveals conservative arthropod gene content and genome organisation in the centipede strigamia maritima |
| url | https://doi.org/10.1371/journal.pbio.1002005 |
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thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT kristintessmarraible thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT rebeccathornton thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT maurijnvanderzee thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT arndtvonhaeseler thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT jamesmwilliams thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT judithhwillis thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT yuanqingwu thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT xiaoyanzou thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT daniellawson thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT donnammuzny thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT kimcworley thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT richardagibbs thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT michaelakam thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT stephenrichards thefirstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT arieldchipman firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT davidekferrier firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT carlobrena firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT jiaxinqu firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT danielsthughes firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT reinhardschroder firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT montserrattorresoliva firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT nadiaznassi firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT huaiyangjiang firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT franciscacalmeida firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT claudioralonso firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT zivkosapostolou firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT peshtewaniaqrawi firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT wallacearthur firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT jennifercjbarna firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT kerstinpblankenburg firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT danielabrites firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT salvadorcapellagutierrez firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT marcuscoyle firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT peterkdearden firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT louisdupasquier firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT elizabethjduncan firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT dieterebert firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT corneliuseibner firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT galinaerikson firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT peterdevans firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT cassandragextavour firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT liezlfrancisco firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT tonigabaldon firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT williamjgillis firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT elizabethagoodwinhorn firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT jackegreen firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT samgriffithsjones firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT cornelisjpgrimmelikhuijzen firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT saigubbala firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT rodericguigo firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT yihan firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT frankhauser firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT paulhavlak firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT lukehayden firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT sophiehelbing firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT michaelholder firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT jeromehlhui firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT juliaphunn firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT verashunnekuhl firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT larondajackson firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT mehwishjavaid firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT shalininjhangiani firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT francismjiggins firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT tamsinejones firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT tobiasskaiser firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT divyakalra firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT nathanjkenny firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT viktoriyakorchina firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT christielkovar firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT fbernhardkraus firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT francoislapraz firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT sandrallee firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT jielv firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT christigalemandapat firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT gerardmanning firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT marcomariotti firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT robertmata firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT tittumathew firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT tobiasneumann firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT irenenewsham firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT dinhnngo firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT marianinova firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT geoffreyokwuonu firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT fionaongeri firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT williamjpalmer firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT shobhapatil firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT pedropatraquim firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT christopherpham firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT linglingpu firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT nicholashputman firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT catherinerabouille firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT oliviamendivilramos firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT adelaidecrhodes firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT helenerobertson firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT hughmrobertson firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT matthewronshaugen firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT juliorozas firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT nehadsaada firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT alejandrosanchezgracia firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT stevenescherer firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT andrewmschurko firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT kennethwsiggens firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT denardsimmons firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT annastief firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT eckartstolle firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT maximilianjtelford firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT kristintessmarraible firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT rebeccathornton firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT maurijnvanderzee firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT arndtvonhaeseler firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT jamesmwilliams firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT judithhwillis firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT yuanqingwu firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT xiaoyanzou firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT daniellawson firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT donnammuzny firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT kimcworley firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT richardagibbs firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT michaelakam firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima AT stephenrichards firstmyriapodgenomesequencerevealsconservativearthropodgenecontentandgenomeorganisationinthecentipedestrigamiamaritima |