Papers associated with dynll1

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	Time-resolved quantitative proteomic analysis of the developing Xenopus otic vesicle reveals putative congenital hearing loss candidates., Baxi AB, Nemes P, Moody SA., iScience. September 15, 2023; 26 (9): 107665.
	A single-cell, time-resolved profiling of Xenopus mucociliary epithelium reveals nonhierarchical model of development., Lee J, Møller AF, Chae S, Bussek A, Park TJ, Kim Y, Lee HS, Pers TH, Kwon T, Sedzinski J, Natarajan KN., Sci Adv. April 7, 2023; 9 (14): eadd5745.
	A polycystin-2 protein with modified channel properties leads to an increased diameter of renal tubules and to renal cysts., Grosch M, Brunner K, Ilyaskin AV, Schober M, Staudner T, Schmied D, Stumpp T, Schmidt KN, Madej MG, Pessoa TD, Othmen H, Kubitza M, Osten L, de Vries U, Mair MM, Somlo S, Moser M, Kunzelmann K, Ziegler C, Haerteis S, Korbmacher C, Witzgall R., J Cell Sci. August 15, 2021; 134 (16):
	The Expression of Key Guidance Genes at a Forebrain Axon Turning Point Is Maintained by Distinct Fgfr Isoforms but a Common Downstream Signal Transduction Mechanism., Yang JJ, Bertolesi GE, Dueck S, Hehr CL, McFarlane S., eNeuro. April 9, 2019; 6 (2):
	Quantitative Proteomics After Spinal Cord Injury (SCI) in a Regenerative and a Nonregenerative Stage in the Frog Xenopus laevis., Lee-Liu D, Sun L, Dovichi NJ, Larraín J., Mol Cell Proteomics. April 1, 2018; 17 (4): 592-606.
	The ciliopathy-associated CPLANE proteins direct basal body recruitment of intraflagellar transport machinery., Toriyama M, Lee C, Taylor SP, Duran I, Cohn DH, Bruel AL, Tabler JM, Drew K, Kelly MR, Kim S, Park TJ, Braun DA, Pierquin G, Biver A, Wagner K, Malfroot A, Panigrahi I, Franco B, Al-Lami HA, Yeung Y, Choi YJ, University of Washington Center for Mendelian Genomics, Duffourd Y, Faivre L, Rivière JB, Chen J, Liu KJ, Liu KJ, Marcotte EM, Hildebrandt F, Thauvin-Robinet C, Krakow D, Jackson PK, Wallingford JB., Nat Genet. June 1, 2016; 48 (6): 648-56.
	Proteomic analysis of fibroblastema formation in regenerating hind limbs of Xenopus laevis froglets and comparison to axolotl., Rao N, Song F, Jhamb D, Wang M, Milner DJ, Price NM, Belecky-Adams TL, Palakal MJ, Cameron JA, Li B, Chen X, Stocum DL., BMC Dev Biol. July 25, 2014; 14 32.
	Pax3 and Zic1 trigger the early neural crest gene regulatory network by the direct activation of multiple key neural crest specifiers., Plouhinec JL, Roche DD, Pegoraro C, Figueiredo AL, Maczkowiak F, Brunet LJ, Milet C, Vert JP, Pollet N, Harland RM, Monsoro-Burq AH., Dev Biol. February 15, 2014; 386 (2): 461-72.
	Nde1-mediated inhibition of ciliogenesis affects cell cycle re-entry., Kim S, Zaghloul NA, Bubenshchikova E, Oh EC, Rankin S, Katsanis N, Obara T, Tsiokas L., Nat Cell Biol. April 1, 2011; 13 (4): 351-60.
	Identification of a novel dynein binding domain in nudel essential for spindle pole organization in Xenopus egg extract., Wang S, Zheng Y., J Biol Chem. January 7, 2011; 286 (1): 587-93.
	The protein encoded by the germ plasm RNA Germes associates with dynein light chains and functions in Xenopus germline development., Berekelya LA, Mikryukov AA, Luchinskaya NN, Ponomarev MB, Woodland HR, Belyavsky AV., Differentiation. July 1, 2007; 75 (6): 546-58.
	Defining synphenotype groups in Xenopus tropicalis by use of antisense morpholino oligonucleotides., Rana AA, Collart C, Gilchrist MJ, Smith JC., PLoS Genet. November 17, 2006; 2 (11): e193.
	Interactions of cytoplasmic dynein light chains Tctex-1 and LC8 with the intermediate chain IC74., Makokha M, Hare M, Li M, Hays T, Barbar E., Biochemistry. April 2, 2002; 41 (13): 4302-11.
	Light chains of mammalian cytoplasmic dynein: identification and characterization of a family of LC8 light chains., Wilson MJ, Salata MW, Susalka SJ, Pfister KK., Cell Motil Cytoskeleton. August 1, 2001; 49 (4): 229-40.

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