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Author Title Journal Volume Pages Year Related resources
Yoshida K, Hozumi A, Treen N, Sakuma T, Yamamoto T, Shirae-Kurabayashi M, Sasakura Y. Germ cell regeneration-mediated, enhanced mutagenesis in the ascidian Ciona intestinalis reveals flexible germ cell formation from different somatic cells. Dev. Biol. 423 111-125 2017 EF1a>TALEN::2A::mCherry
AKR>TALEN::2A::mCherry
CesA>TALEN::2A::mCherry
EpiI>TALEN::2A::mCherry
Nut>TALEN::2A::mCherry
TnI>TALEN::2A::mCherry
pBSCiEpiImCherryCiTiTF1CiHox12 TALEN L
pBSCiEpiImCherryCiTiTF1CiHox12 TALEN R
pHTBHox12 TALEN L
pHTBHox12 TALEN R
pCesA>Hox4 TALEN L
pCesA>Hox4 TALEN R
pNut>Hox4 TALEN L
pNut>Hox4 TALEN R
pTnI>Hox4 TALEN L
pTnI>Hox4 TALEN R
pEF1>Hox4 TALEN L::2A::mCherry
pEF1>Hox4 TALEN R::2A::mCherry
Yoshida K, Nakahata A, Treen N, Sakuma T, Yamamoto T, Sasakura Y. Hox-mediated endodermal identity patterns pharyngeal muscle formation in the chordate pharynx. Development 144 1629-1634 2017 TiTF1>TALEN::2A::mCherry
pEF1>Hox1 TALEN-L
pEF1>Hox1 TALEN-R
pEF1>Otx TALEN-L2
pEF1>Otx TALEN-R2
pEF1>RAR TALEN-L
pEF1>RAR TALEN-R
pEF1>Raldh2 TALEN-L
pEF1>Raldh2 TALEN-R
pTitf1>Hox1
pTitf1>Otx
pMhc3>Kaede
pFr3dTPO>TALEN::2A::mCherry
pTitf>Hox1 TALEN-L
pTitf>Hox1 TALEN-R
pTitf>Otx TALEN-L
pTitf>Otx TALEN-R
pTitf>RAR TALEN-L
pTitf>RAR TALEN-R
pTitf>Raldh2 TALEN-L
pTitf>Raldh2 TALEN-R
pTnI>Raldh2 TALEN-L
pTnI>Raldh2 TALEN-R
pFr3dTPO>Hox1 TALEN-L
pFr3dTPO>Hox1 TALEN-R
Ogura Y, Sasakura Y. Developmental Control of Cell-Cycle Compensation Provides a Switch for Patterned Mitosis at the Onset of Chordate Neurulation. Dev Cell. 37(2) 148-61 2016 pSPCicdc25>Kaede
pSPCicdc25:CiFkh>Kaede
pHTB-Ciinte.AP2L2
pHTB-En::Ciinte.GATAa
pRN3-Ciinte.GATAb
pHTB-mVenus::PCNA
pHTB-Lifeact::Venus
pHTB-Ciinte.cdc25
Sasakura Y, Ogura Y, Treen N, Yokomori R, Park SJ, Nakai K, Saiga H, Sakuma T, Yamamoto T, Fujiwara S, Yoshida K. Transcriptional regulation of a horizontally transferred gene from bacterium to chordate. Proc. Biol. Sci. 283(1845) pii: 20161712 2016 pSPdTPOG
pHTBCiCesAAP2BSTALEN-L1
pHTBCiCesAAP2BSTALEN-R1
pPDCiCesALacZ (upstream 2162bp)
pPDCsCesALacZ (upstream 1383bp)
pPDCsCesA533LacZ (up533)
pPDCsCesA444LacZ (up444)
pPDCiCesA450LacZ (up450)
pPDCiCesA554LacZ (up554)
Bra>Kaede
Ci-EpiI>LacZ
Ci-EpiI>Ci-AP2L2
pSP-Sgr4704-1(R)CiBrabp-Kaede (+S. griseus)
pSP-Sav5219-3(F)CiBrabp-Kaede (+S. avermi)
pSP-Scab57291-1(R)CiBrabp-Kaede (+S. scabies)
AP2BS+surr(F):Bra>Kaede
AP2BS+surr(R):Bra>Kaede
Ci-Fkh>LacZ
AP2BS+surr(F)+Ci-Fkh>LacZ
AP2BS+surr(R)+Ci-Fkh>LacZ
AP2BSsolo+Ci-Fkh>LacZ
AP2BS+surr(F)+Ci-TPO>GFP
AP2BS+surr(R)+Ci-TPO>GFP
AP2BSsolo+Ci-TPO>GFP
Ci-EpiI>GFP
pSP-Sgr4704-1(F)CiFkhminimal-LacZ (+S. griseus)
pSP-Sav5219-3(R)CiFkhminimal-LacZ (+S. avermi)
pSP-Scab57291-1(F)CiFkhminimal-LacZ (+S. scabies)
Hozumi A, Horie T, Sasakura Y. Neuronal map reveals the highly regionalized pattern of the juvenile central nervous system of the ascidian Ciona intestinalis. Dev Dyn. 244(11) 1375-93 2015 Tg[MiCiVACHTK]5
Tg[MiCiVGLUTK]5
Tg[MiCiVGLUTK]6
Tg[MiCiVGATK]1
Tg[MiCiVGATK]2
Tg[MiCib2TBC]3
Tg[MiCib2TBK]2
pSPCiβ2tubulin>CFP
pMiCiβ2tubulin>CFP
pSPChR2::YFP
pSPβ2tubulin>ChR2::YFP
pSPVACHT>ChR2::YFP
pSPVACHT>Kaede;VACHT>ChR2::YFP
Kawai N, Ogura Y, Ikuta T, Saiga H, Hamada M, Sakuma T, Yamamoto T, Satoh N, Sasakura Y. Hox10-regulated endodermal cell migration is essential for development of the ascidian intestine. Dev Biol. 403(1) 43-56 2015 EJ[MiTSAdTPOG]107
Tg[MiCiZipCiFkhK]1
pTitf1-eCFP-Hox10
pBra-CFP-Hox10
pTitf1-Kaede
pSP-eCFP-Ci-Hox10
pZip-CFP-Hox10
pZip-VCAAX
pZip-H2B-mcherry
pSP-COL9-1A
pZip-COL9-1A
pHTB-Ci-Hox10sm
pHTB-Ci-Hox10
pEF1>Hox10TALEN-L
pEF1>Hox10TALEN-R
pZip>Hox10TALEN-L
pZip>Hox10TALEN-R
pEF1>MMP-2/9/13TALEN-L
pEF1>MMP-2/9/13TALEN-R
pZip>MMP-2/9/13TALEN-L
pZip>MMP-2/9/13TALEN-R
pBSCiEpiI>mcherry-CiZipCiFkh>TALEN-NG
Iitsuka T, Mita K, Hozumi A, Hamada M, Satoh N, Sasakura Y. Transposon-mediated targeted and specific knockdown of maternally expressed transcripts in the ascidian Ciona intestinalis. Sci Rep 4() 5050 2014 Tg[MiCiNutG]3
Tg[MiCiNutG]4
EJ[MiTSAdTPOG]78
Tg[MiCiTnIGCipemG]2
Tg[MiCiTnIGCipemG]9
Tg[MiCiTnIGCimTG]1
pMiCiTnIGCipemG
pMiFr3dTPORCipemG
pMiCiTnIGCimTG
pMiCiTnIGCipem(-5'UTR)G
pMiFr3dTPORCipemCiNut(5'UTR)G
pMiCiTnIGCipemK
pRN3CipemFL
Kamiya C, Ohta N, Ogura Y, Yoshida K, Horie T, Kusakabe TG, Satake H, Sasakura Y. Nonreproductive role of gonadotropin-releasing hormone in the control of ascidian metamorphosis. Dev Dyn. 243(12) 1524-35 2014 pMi-Ciinte.EF1a>mKO2::hCdt1(1/100)
pMi-Ciinte.EF1a>mVenus::hGem(1/110);Ciinte.EF1a>H2B::CFP
Kamiya C, Ohta N, Ogura Y, Yoshida K, Horie T, Kusakabe TG, Satake H, Sasakura Y. Nonreproductive role of gonadotropin-releasing hormone in the control of ascidian metamorphosis. Dev. Dyn. 243(12) 1524-35 2014 Ciinte.Tg[pMi-Ciinte.EF1a>mKO2::hCdt1(1/100)]1
Ciinte.Tg[pMi-Ciinte.EF1a>mVeuns::hGem(1/110);Ciinte.EF1a>H2B::CFP]1
Sasaki H, Yoshida K, Hozumi A, Sasakura Y. CRISPR/Cas9-mediated gene knockout in the ascidian Ciona intestinalis. Dev. Growth Differ. 56(7) 499-510 2014 pSPCiEF1a>Cas9
pHTBCas9
pSPU6CiHox3sg3
pSPU6CiHox5sg1
pDR274CiHox3sg1
pDR274CiHox3sg3
pDR274CiHox3sg4
pDR274CiHox3sg5
pDR274CiHox5sg1
pDR274CiHox12sg1
pDR274CiHox12sg2
pDR274CiHox12sg3
Treen N, Yoshida K, Sakuma T, Sasaki H, Kawai N, Yamamoto T, Sasakura Y. Tissue-specific and ubiquitous gene knockouts by TALEN electroporation provide new approaches to investigating gene function in Ciona. Development 141(2) 481-7 2014 pBSCiEpiI>mcherry-CiEF1a>TALEN-NG
pBSCiEpiI>Venus-CiEF1a>TALEN-NG
pBSCiEpiI>mcherry-CiPC2>TALEN-NG
pBSCiEpiI>mcherry-CiNut>TALEN-NG
pBSCiEpiI>mcherry-CiEpiI>TALEN-NG
pBSCiEpiI>mcherry-CiEF1a>TALENCiFGF3L
pBSCiEpiI>mcherry-CiEF1a>TALENCiFGF3R
pBSCiEpiI>Venus-CiEF1a>TALENCiFGF3L
pBSCiEpiI>Venus-CiEF1a>TALENCiFGF3R
pBSCiEpiI>mcherry-CiEF1a>TALENCiFGF11L
pBSCiEpiI>mcherry-CiEF1a>TALENCiFGF11R
pBSCiEpiI>Venus-CiEF1a>TALENCiFGF11L
pBSCiEpiI>Venus-CiEF1a>TALENCiFGF11R
pBSCiEpiI>mcherry-CiEF1a>TALENCiHox12L
pBSCiEpiI>mcherry-CiEF1a>TALENCiHox12R
pBSCiEpiI>Venus-CiEF1a>TALENCiHox12L
pBSCiEpiI>Venus-CiEF1a>TALENCiHox12R
pBSCiEpiI>mcherry-CiEpiI>TALENCiFGF11L
pBSCiEpiI>mcherry-CiEpiI>TALENCiFGF11R
pBSCiEpiI>mcherry-CiEpiI>TALENCiHox12L
pBSCiEpiI>mcherry-CiEpiI>TALENCiHox12R
pBSCiEpiI>mcherry-CiNut>TALENCiFGF3L
pBSCiEpiI>mcherry-CiNut>TALENCiFGF3R
pBSCiEpiI>mcherry-CiNut>TALENCiFGF11L
pBSCiEpiI>mcherry-CiNut>TALENCiFGF11R
pBSCiEpiI>mcherry-CiPC2>TALENCiFGF3L
pBSCiEpiI>mcherry-CiPC2>TALENCiFGF3R
pBSCiEpiI>mcherry-CiPC2>TALENCiFGF11L
pBSCiEpiI>mcherry-CiPC2>TALENCiFGF11R
Yokoyama TD, Hotta K, Oka K. Comprehensive morphological analysis of individual peripheral neuron dendritic arbors in ascidian larvae using the photoconvertible protein Kaede. Dev Dyn. 243(10) 1362-73 2014 Tg[MiCiPC2K]3
Tg[MiCiPC2K]2
Yoshida K, Treen N, Hozumi A, Sakuma T, Yamamoto T, Sasakura Y. Germ cell mutations of the ascidian Ciona intestinalis with TALE nucleases. Genesis 52(5) 431-9 2014 pHTB-TAL4
pHTBTALENCiHox4L
pHTBTALENCiHox4R
pHTBTALENCiHox5L
pHTBTALENCiHox5R
Hozumi A, Mita K, Miskey C, Mates L, Izsvak Z, Ivics Z, Satake H, Sasakura Y. Germline transgenesis of the chordate Ciona intestinalis with hyperactive variants of sleeping beauty transposable element. Dev. Dyn. 242(1) 30-43 2013 Tg[MiFr3dTPOCCiPrmSB100x]1
Tg[MiFr3dTPOCCiPrmSB100x]2
Tg[MiFr3dTPOCCiNutSB100x]1
Tg[MiFr3dTPOCCiNutSB100x]2
Tg[T2dTPOG]1
Tg[T2dTPOG]3
pAmpMinosneo
pT2dTPOG
pT2tet
pT2tet(L)
pRN3SB11
pRN3SB100X
pMiFr3dTPOCDestF
pSPeCFP
pSPFr3dTPOC
pMiFr3dTPOC
pMiFr3dTPOCCiNutSB100X
pMiFr3dTPOCCiPrmSB100X
pLMCSeGFP
pLMCSSB100X
pLMCSSB10
pLMCSSB11
pLMCSMiTP
pLCiNutSB100X
pLCiNutSB10
pLCiNutSB11
pLCiNutMiTP
pLCiprmSB100X
Hozumi A, Yoshida R, Horie T, Sakuma T, Yamamoto T, Sasakura Y. Enhancer activity sensitive to the orientation of the gene it regulates in the chordate genome. Dev. Biol. 375(1) 79-91 2013 E[MiTSAdTPOG]15
pSPCiGALNT6r(up6k)K
pSPCiGALNT6r(up3k)K
pSPCiGALNT6r(up2k)K
pSPdTPOG
pSPCiSMPD3down4kdTPOG
pSPCiSMPD3down4k/3'del1kdTPOG
pSPCiSMPD3down4k/3'del2kdTPOG
pSPCiGALNT6r(up6k)mKO2
pSPCiGALNT6r(up6k)mCherry
pSPCiGALNT6r(up6k)MiTSAdTPOG(F)mKO2
pSPCiGALNT6r(up6k)MiTSAdTPOG(R)mKO2
pSPCiGALNT6r(up6k)dTPOG(F)mCherry
pSPCiGALNT6r(up6k)dTPOG(R)mCherry
pSPCiFkhbasalG
pSPCiGALNT6r(up6k)CiFkhGbasal(F)mCherry
pSPCiGALNT6r(up6k)CiFkhGbasal(R)mCherry
pSPEE1175dTPOG
pSPEE1175/5'del215dTPOG
pSPEE1175/3'del695dTPOG
pSPEE1175/3'del938dTPOG
pSPCiGALNT6r(up6k)/EEdel3'695bp/dTPOG(F)mCherry
pSPCiGALNT6r(up6k)/EEdel3'695bp/dTPOG(R)mCherry
pSPCiGALNT6r(up6k)/EEdel3'938bp/dTPOG(F)mCherry
pSPCiGALNT6r(up6k)/EEdel3'938bp/dTPOG(R)mCherry
pSPCiGALNT6r(up6k)/upEEdTPOG(F)mCherry
pSPCiGALNT6r(up6k)/upEEdTPOG(R)mCherry
pSPCiGALNT6r(up6k)5'del934dTPOG(F)mCherry
pSPCiGALNT6r(up6k)5'del934dTPOG(R)mCherry
pSPCiGALNT6r(up6k)5'del1805dTPOG(F)mCherry
pSPCiGALNT6r(up6k)5'del1805dTPOG(R)mCherry
pSPCiGALNT6r(up6k)5'del2035dTPOG(F)mCherry
pSPCiGALNT6r(up6k)5'del2035dTPOG(R)mCherry
pSPCiGALNT6r(up6k)5'del2319dTPOG(F)mCherry
pSPCiGALNT6r(up6k)5'del2319dTPOG(R)mCherry
pSPCiGALNT6r(EEonly)dTPOG(F)mCherry
pSPCiGALNT6r(EEonly)dTPOG(R)mCherry
pSPdTPOG(F)CiGALNT6r(up2k)mCherry
pSPdTPOG(R)CiGALNT6r(up2k)mCherry
pBSOSRE(F)EE(F)
pBSOSRE(F)EE(R)
pBSOSRE(R)EE(F)
pBSOSRE(R)EE(R)
pSPOSRE(F)EE(F)dTPOG(F)CiGALNT6r(up2k)mCherry
pSPOSRE(F)EE(F)dTPOG(R)CiGALNT6r(up2k)mCherry
pSPOSRE(R)EE(R)dTPOG(F)CiGALNT6r(up2k)mCherry
pSPOSRE(R)EE(R)dTPOG(R)CiGALNT6r(up2k)mCherry
pSPOSRE(R)EE(F)dTPOG(F)CiGALNT6r(up2k)mCherry
pSPOSRE(R)EE(F)dTPOG(R)CiGALNT6r(up2k)mCherry
pSPOSRE(F)EE(R)dTPOG(F)CiGALNT6r(up2k)mCherry
pSPOSRE(F)EE(R)dTPOG(R)CiGALNT6r(up2k)mCherry
pSPEE(R)OSRE(R)dTPOG(F)CiGALNT6r(up2k)mCherry
pSPEE(R)OSRE(R)dTPOG(R)CiGALNT6r(up2k)mCherry
pSPmCherry
pSPmKO2
Nakazawa K, Yamazawa T, Moriyama Y, Ogura Y, Kawai N, Sasakura Y, Saiga H. Formation of the digestive tract in Ciona intestinalis includes two distinct morphogenic processes between its anterior and posterior parts. Dev. Dyn. 242(10) 1172-83 2013 Tg[MiCiZipCiFkhK]1
pSPCiZipCifkhK
pMiCiZipCifkhK
Kawai N, Ochiai H, Sakuma T, Yamada L, Sawada H, Yamamoto T, Sasakura Y. Efficient targeted mutagenesis of the chordate Ciona intestinalis genome with zinc-finger nucleases. Dev. Growth Differ. 54(5) 535-45 2012 Tg[MiCiTnIG]2
pHTBEGFPZFN-L
pHTBEGFPZFN-R
Mita K, Kawai N, Rueckert S, Sasakura Y. Large-scale infection of the ascidian Ciona intestinalis by the gregarine Lankesteria ascidiae in an inland culture system. Dis. Aquat. Org. 101(3) 185-95 2012
Nishitsuji K, Horie T, Ichinose A, Sasakura Y, Yasuo H, Kusakabe TG. Cell lineage and cis-regulation for a unique GABAergic/glycinergic neuron type in the larval nerve cord of the ascidian Ciona intestinalis. Dev. Growth Differ. 54(2) 177-86 2012
Razy-Krajka F, Brown ER, Horie T, Callebert J, Sasakura Y, Joly JS, Kusakabe TG, Vernier P. Monoaminergic modulation of photoreception in ascidian: evidence for a proto-hypothalamo-retinal territory. BMC Biol. 10() 45 2012
Sasakura Y, Kanda M, Ikeda T, Horie T, Kawai N, Ogura Y, Yoshida R, Hozumi A, Satoh N, Fujiwara S. Retinoic acid-driven Hox1 is required in the epidermis for forming the otic/atrial placodes during ascidian metamorphosis. Development 139(12) 2156-60 2012 Tg[MiCiTnIG]2
Tg[MiCiEpiIG]3
Tg[MiCiEpiIG]4
Tg[MiCiTnIGCiprmG]2
no gill slit(EJ[MiTSAdTPOG]124)
pRN3CiHox1
pSPeCFP-ter
pSPeCFPCiHox1
pSPCiCesAeCFPCiHox1
pSPCiAKReCFPCiHox1
pSPCiβ2TBeCFPCiHox1
pSPCiTTF1eCFPCiHox1
pBSCiHox1
Sasakura Y, Mita K, Ogura Y, Horie T. Ascidians as excellent chordate models for studying the development of the nervous system during embryogenesis and metamorphosis. Dev. Growth Differ. 54(3) 420-37 2012
Yoshida R, Sasakura Y. Establishment of Enhancer Detection Lines Expressing GFP in the Gut of the Ascidian Ciona intestinalis. Zool. Sci. 29(1) 11-20 2012 EJ[MiTSAdTPOG]107
E[MiTSAdTPOG]1
EJ[MiTSAdTPOG]36-2
EJ[MiTSAdTPOG]47-2
EJ[MiTSAdTPOG]71
EJ[MiTSAdTPOG]75
EJ[MiTSAdTPOG]87
EJ[MiTSAdTPOG]92
EJ[MiTSAdTPOG]101
EJ[MiTSAdTPOG]109
EJ[MiTSAdTPOG]123
Mu[MiTSAdTPOG]8
Horie T, Shinki R, Ogura Y, Kusakabe TG, Satoh N, Sasakura Y. Ependymal cells of chordate larvae are stem-like cells that form the adult nervous system. Nature 469(7331) 525-8 2011 Tg[MiCiVACHTK]5
Tg[MiCiVGATK]1
Tg[MiCiVGATK]2
Tg[MiCib2TBK]2
Tg[MiCiVACHTK]4
Tg[MiCiβ2TBK]4
Tg[MiCiVGLUTK]2
pSPCiβ2TBK
pSPCiVGLUTK
pSPCiVGATK
pSPCiVACHTK
pSPCiopsin3K
pSPCiCRALBPK
pSPCiotpK
pSPCiPhox2K
pMiCiβ2TBK
pMiCiVGLUTK
pMiCiVGATK
pMiCiVACHTK
Ogura Y, Sakaue-Sawano A, Nakagawa M, Satoh N, Miyawaki A, Sasakura Y. Coordination of mitosis and morphogenesis: role of a prolonged G2 phase during chordate neurulation. Development 138(3) 577-87 2011 pcDNA3-CiEF1α-mKO2-hCdt1(1/100)
pcDNA3-CiEF1α-mKO2-hCdt1(30/120)
pT2-CiEF1α-mKO2-zCdt1(1/170)
pcDNA3-CiEF1α-mAG-hGem-CiEF1α-mKO2-hCdt1(1/100)
pcDNA3-CiEF1α-mAG-hGem-CiEF1α-mKO2-hCdt1(30/120)
pT2-CiEF1α-mAG-hGem-CiEF1α-mKO2-zCdt1(1/170)
pSPGAP43C
pSPCiEpi1GAP43C
pSPKCAAX
pSPVCAAX
pSPmCheCAAX
pSPCiEpi1KCAAX
pSPCiETRmCheCAAX
pSPCiEpi1Cicdc25
pSPCiEpi1Cicdc25CiEpi1GAP43C
pSPCiEpi1Cicdc25CiEpi1VCAAX
pSPCiEpi1Cicdc25CiEpi1KCAAX
pSPCiEpi1Cicdc25CiEpi1mCheCAAX
pSPCiEpi1H2BmCherry
pBSHTBmAG-hGem
pBSHTBmKO2-hCdt1(1/100)
pBSHTBH2BmCherry
Auger H, Sasakura Y, Joly JS, Jeffery WR. Regeneration of oral siphon pigment organs in the ascidian Ciona intestinalis. Dev. Biol. 339(2) 374-89 2010 E[MiTSAdTPOG]15
Hozumi A, Kawai N, Yoshida R, Ogura Y, Ohta N, Satake H, Satoh N, Sasakura Y. Efficient transposition of a single Minos transposon copy in the genome of the ascidian Ciona intestinalis with a transgenic line expressing transposase in eggs. Dev. Dyn. 239(4) 1076-88 2010 Tg[MiCiAKRK]1
E[MiTSAdTPOG]25
E[MiTSAdTPOG]26
E[MiTSAdTPOG]27
Ju[SBFr3dTPORCiNutMiTP]1
Tg[MiCiTnIG]3
pSP-Kaede
pSPCiNutMiTP
pSBFr3dTPORCiNutMiTP
pSPCiAKRK
pMiCiAKRK
Ikuta T, Satoh N, Saiga H. Limited functions of Hox genes in the larval development of the ascidian Ciona intestinalis. Development 137(9) 1505-13 2010 no gill slit(EJ[MiTSAdTPOG]124)
Ohta N, Horie T, Satoh N, Sasakura Y. Transposon-mediated enhancer detection reveals the location, morphology and development of the cupular organs, which are putative hydrodynamic sensors, in the ascidian Ciona intestinalis. Zool. Sci. 27(11) 842-50 2010 E[MiTSAdTPOG]10
EJ[MiTSAdTPOG]62
Sasakura Y, Suzuki MM, Hozumi A, Inaba K, Satoh N. Maternal factor-mediated epigenetic gene silencing in the ascidian Ciona intestinalis. Mol. Genet. Genomics 283(1) 99-110 2010 Tg[MiCiNutG]3
Tg[MiCiNutG]4
Tg[MiCiTnIG]2
Tg[MiCiEpiIG]3
Tg[MiCiEpiIG]4
Tg[MiCiCesAG]1
Tg[MiCiBraG]1
Tg[MiCiBraG]2
Tg[MiCiTnIGCiprmG]2
Tg[MiCiTrlG]1
Tg[MiCiEF1aG]1
Mu[ISMiTSAdTPOG]1
Tg[MiCiCesACsCesA-CiEpiIG]4
Tg[MiTFr3dTPOG]117
balloon (Tg[MiTFr3dTPOG]84)
swimming juvenile2 (Tg[MiTFr3dTPOG]153)
pMiDestF
pMiCiEf1aFG
pMiCiCesAG
pMiCiCesA(PstI)G
pMiCiCesACsCesA
pMiCiCesACsCesA-CiEpiIG
pSPCiTrlG
pMiCiTrlG
pHTBeGFP
Dahlberg C, Auger H, Dupont S, Sasakura Y, Thorndyke M, Joly JS. Refining the Ciona intestinalis model of central nervous system regeneration. PLoS ONE. 4(2) e4458 2009 E[MiTSAdTPOG]15
Nakayama-Ishimura A, Chambon JP, Horie T, Satoh N, Sasakura Y. Delineating metamorphic pathways in the ascidian Ciona intestinalis. Dev Biol. 326(2) 357-67 2009 swimming juvenile (Tg[MiTFr3dTPOG]45)
tail regression failed
Sasakura Y, Konno A, Mizuno K, Satoh N, Inaba K. Enhancer detection in the ascidian Ciona intestinalis with transposase-expressing lines of Minos. Dev Dyn. 237(1) 39-50 2008 Tg[MiCiTnIGCiprmG]2
Tg[MiCiTnIGCiprmG]3
EJ[MiTSAdTPOG]10
EJ[MiTSAdTPOG]17
EJ[MiTSAdTPOG]21-1
EJ[MiTSAdTPOG]21-2
EJ[MiTSAdTPOG]24
EJ[MiTSAdTPOG]35
EJ[MiTSAdTPOG]36-2
EJ[MiTSAdTPOG]36-3
EJ[MiTSAdTPOG]38
EJ[MiTSAdTPOG]41
EJ[MiTSAdTPOG]42
EJ[MiTSAdTPOG]47-1
EJ[MiTSAdTPOG]47-2
Ju[SBFr3dTPORCiprmMiTP]1
Ju[SBFr3dTPORCiprmMiTP]2
Ju[SBFr3dTPORCiprmMiTP]3
pMiCiTnIG
pSPnDsRed
pSPCiprmG
pSPCiprmMiTP
pMiCiTnIGCiprmG
pSPFr3dTPOR
pSBFr3dTPOR
pSBFr3dTPORDestF
pSBFr3dTPORCiprmMiTP
pSPMiTP
Awazu S, Matsuoka T, Inaba K, Satoh N, Sasakura Y. High-throughput enhancer trap by remobilization of transposon Minos in Ciona intestinalis. Genesis. 45(5) 307-17 2007 E[MiTSAdTPOG]1
E[MiTSAdTPOG]2
E[MiTSAdTPOG]6
E[MiTSAdTPOG]7
E[MiTSAdTPOG]10
E[MiTSAdTPOG]15
E[MiTSAdTPOG]16
E[MiTSAdTPOG]17
E[MiTSAdTPOG]18
E[MiTSAdTPOG]19
E[MiTSAdTPOG]20
E[MiTSAdTPOG]22
E[MiTSAdTPOG]24
Mu[ISMiTSAdTPOG]1
pMidTPOG
pMiTSAdTPOG
pISMiTSAdTPOG
Joly JS, Kano S, Matsuoka T, Auger H, Hirayama K, Satoh N, Awazu S, Legendre L, Sasakura Y. Culture of Ciona intestinalis in closed systems. Dev Dyn. 236(7) 1832-40 2007 Tg[MiCiNutG]3
Tg[MiCiNutG]4
Tg[MiCiTnIG]2
Tg[MiCiEpiIG]3
Tg[MiCiEpiIG]4
Tg[MiCiBraG]1
Tg[MiCiBraG]2
pMiCiEpiIG
pMiCiBraG
pMiCiNutG
pSPCiEpiIG
Sasakura Y, Nakashima K, Awazu S, Matsuoka T, Nakayama A, Azuma J, Satoh N. Transposon-mediated insertional mutagenesis revealed the functions of animal cellulose synthase in the ascidian Ciona intestinalis. Proc Natl Acad Sci U S A. 102(42) 15134-9 2005 swimming juvenile (Tg[MiTFr3dTPOG]45)
pMiTFr3dTPOG(pMiTFr3dTPO-gfp)
pSPCiCesAG(pCesA(-2080)-GFP)
pCesA(-327)-GFP
Awazu S, Sasaki A, Matsuoka T, Satoh N, Sasakura Y. An enhancer trap in the ascidian Ciona intestinalis identifies enhancers of its Musashi orthologous gene. Dev Biol. 275(2) 459-72 2004 E[MiCiTPOG]2
pMiFr3dTPO-gfp
pSPFr3CiTPO-gfp
Sasakura Y, Awazu S, Chiba S, Kano S, Satoh N. Application of Minos, one of the Tc1/mariner superfamily transposable elements, to ascidian embryos as a tool for insertional mutagenesis. Gene 308 11-20 2003 pRN3-MiTP
pRN3-MiTP-EGFP
Sasakura Y, Awazu S, Chiba S, Satoh N. Germ-line transgenesis of the Tc1/mariner superfamily transposon Minos in Ciona intestinalis. Proc Natl Acad Sci U S A. 100(13) 7726-30 2003 pMiLRCiTPO-gfp(pMiCiTPOG)
Klinakis AG, Loukeris TG, Pavlopoulos A, Savakis C. Mobility assays confirm the broad host-range activity of the Minos transposable element and validate new transformation tools. Insect Mol Biol. 9(3) 269-75 2000 pMiLRneo
pMiLRtet(L)
pEF1/ILMi
pBC/SacRB

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