Axoneme
Info Page Total Peptides Axo Count M+M Count KCl Count Terg Count TM Helices, Lipid Mod 30 Min DeFlag (Fold Δ) XAP5 (Fold Δ) Human Homolog Gene and Aliases ChlamyFPv5 Annotation References: O. Vallon Description
Cre02.g091700.t1.2 40 23 0 0 17 0 9.47 -2.7 EFHC1 RIB72 RIB72, Protofilament ribbon protein of flagellar microtubules 72 (Ikeda et al. Linck 2003); microtubule inner proteins in the ciliary doublet microtubules (Stoddard et al. Nicastro 2018) RIB72  |  NULL
Cre03.g190950.t1.2 32 15 4 10 3 0 8.53 -1.67 TUBA1C TUA1 TUA1, alpha-1 Tubulin (Silflow et al. Ranum 1985) TUA1  |  NULL
Cre04.g216850.t1.2 32 15 4 10 3 0 7.77 -2.07 TUBA1C TUA2 TUA2, alpha-2 Tubulin (Silflow et al. Ranum 1985) TUA2  |  GI:27358004; PMID: 3855249, PMID: 3460413, PMID: 14676280
Cre12.g542250.t1.1 28 4 5 14 5 0 7.52 -2.31 TUBB4B TUB1 TUB1, beta-1 tubulin (Youngblom et al. Silflow 1984) TUB1  |  GI:167458; major constituent of microtubules [PMID: 3460413, PMID: 6098820]; it binds one mole of GTP that is hydrolyzed and alters dynamic instability of the microtubule cytoskeleton
Cre12.g549550.t1.2 28 4 5 14 5 0 11.75 -2.35 TUBB4B TUB2 TUB2, beta-2 tubulin (Youngblom et al. Silflow 1984); Cell Cycle Gene (Breker Lieberman and Cross 2018) TUB2  |  GI:167458; major constituent of microtubules [PMID: 3460413, PMID: 6098820]; it binds one mole of GTP that is hydrolyzed and alters dynamic instability of the microtubule cytoskeleton; ts-lethal mutant block at S/M (PMID 29743196)
Cre03.g178500.t1.2 24 14 0 0 10 0 5.67 RIBC2 Rib43; Rib43a RIB43, Flagellar Protofilament Ribbon Protein 43a (Norrander et al. Linck 2000) RIB43  |  NULL
Cre09.g416550.t1.2 22 21 0 0 1 0 10.05 -2.43 CCDC146 MBO2; FAP193 MBO2 (FAP193), Move Backwards Only 2; Coiled-Coil Flagellar Protein (Tam and Lefebvre 2002) MBO2  |  Coiled-coil flagellar protein; mbo2 (move backward only) mutants are defective in the production of the ciliary waveform; Coiled-Coil Flagellar Protein
Cre16.g655750.t1.2 21 13 0 0 8 0 6.92 -4.57 TEKT5 TEK1; Tektin; p58 Tektin (Yanagisawa and Kamiya 2004) TEK1  |  flagellar protein associated with inner arm dynein. Phosphorylation characterized by Boesger et al. (29) [PMID: 19429781]
Cre06.g283100.t1.2 10 3 0 1 6 0 13.89 TNNC2 FAP85 FAP85, EF-Hand Containing Flagellar Associated Protein 85; Microtubule inner protein Microtubule inner protein (Kirima and Oiwa 2018) FAP85  |  EF-Hand Containing Flagellar Associated Protein 85; Microtubule inner protein
Cre10.g431150.t1.1 4 0 1 3 0 0 8.19 CEP104 FAP256; CEP104; ROC22; CFAP256 FAP256 (CEP104 | ROC22), Flagellar Associated Protein 256; tip protein; circadian rhythm gene CEP104, Insertional mutant roc22 available (Matsuo et al. Ishiura 2008); Tip protein (Tammana et al. Rosenbaum 2013); Tetrahymena homolog localizes to the tip of cilia and mutants had fewer cilia (Louka et al. Gaertig 2018) FAP256  |  found in the flagellar proteome; localizes to the tip of the central and outer doublet microtubules, and remains there during assembly and disassembly; homologous to vertebrate centrosomal protein CEP104; in Matsuo et al. (2008), roc22 (rhythm of chloropl
Cre17.g741200.t1.2 2 0 2 0 0 0 EBP1 EB1, microtubule-Associated protein EB1 (Pedersen et al. Rosenbaum 2003); Ciliary level increases during disassembly (Wang et al. Pan 2017) EBP1  |  Microtubule plus-end binding protein; localizes to the tips of the flagella and the proximal ends of basal bodies. Genbank accession AY219336, PMID: 14614822
Cre06.g279900.t1.1 2 1 0 1 0 0 VFL3; MOT14 VFL3, variable flagella number 3 (Iyadurai et al. Silflow: Genbank) VFL3  |  Protein required for templated centriole assembly; mutation in this gene causes loss of the templated centriole assembly pathway without eliminating de novo assembly [PMID: 11267867]; MOT14, gene identified by comparative genomics as being present only in