2009
DOI: 10.1016/j.neures.2009.09.229
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Multiple primary cilia modulate the fluid transcytosis in choroid plexus epithelium

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Cited by 24 publications
(32 citation statements)
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“…In some rare cases, defects in ependymal motile cilia of the CNS can lead to swelling of the brain ventricles or to hydrocephalus (Afzelius, 1976) (reviewed by Boon et al, 2013). (Rhodin and Dalhamn, 1956); (B) X. laevis tracheal (Steinman, 1968) and R. pipiens pharyngeal (Fawcett and Porter, 1954) multicilia; (C) X. laevis epidermal multicilia (Steinman, 1968;Stubbs et al, 2008); (D) Human sperm flagellum and mouse oviduct multicilia (Fawcett, 1954); (E) Zebrafish (Wolenski and Hart, 1987) and Rana (Poirier and Spink, 1971) sperm flagella and R. pipiens oviduct multicilia (Fawcett and Porter, 1954); (F) Drosophila spermatocyte multiple cilia (Carvalho-Santos et al, 2012;Riparbelli et al, 2012) and sperm flagellum (Acton, 1966); (G) rat brain ependymal multicilia (Brightman and Palay, 1963) [immotile multicilia with a 9+0 configuration also exist in the choroid plexus (Narita et al, 2010)]; (H) X. laevis ependymal monocilia and multicilia (Hagenlocher et al, 2013) [these have a 9+2 configuration in R. temporaria (De Waele and Dierickx, 1979)]; (I) cilia on mouse spinal canal ependymal cells, which are normally biciliated (Luse, 1956); (J) zebrafish spinal canal ependymal cilia, which can have 9+0 or 9+2 configurations (Kramer-Zucker et al, 2005;Sarmah et al, 2007); (K) mouse nodal monocilia [most have a 9+0 configuration (Jurand, 1974;Sulik et al, 1994) but 9+2 cilia have been described (Caspary et al, 2007) with 9+4 cilia occasionally present in rabbit embryos (Feistel and Blum, 2006)]; (L) zebrafish KV monocilia (Kramer-Zucker et al, 2005); (M) rat kidney monocilia (Latta et al, 1961); (N) zebrafish pronephric multicilia and monocilia (Kramer-Zucker et al, 2005), and X. laevis pronephric multicilia (Fox and Hamilton, 1971); (O) rat signaling cilia (Sorokin, 1962); (P) zebrafish signaling cilia (S. Roy, unpublis...…”
Section: Rfx1mentioning
confidence: 99%
“…In some rare cases, defects in ependymal motile cilia of the CNS can lead to swelling of the brain ventricles or to hydrocephalus (Afzelius, 1976) (reviewed by Boon et al, 2013). (Rhodin and Dalhamn, 1956); (B) X. laevis tracheal (Steinman, 1968) and R. pipiens pharyngeal (Fawcett and Porter, 1954) multicilia; (C) X. laevis epidermal multicilia (Steinman, 1968;Stubbs et al, 2008); (D) Human sperm flagellum and mouse oviduct multicilia (Fawcett, 1954); (E) Zebrafish (Wolenski and Hart, 1987) and Rana (Poirier and Spink, 1971) sperm flagella and R. pipiens oviduct multicilia (Fawcett and Porter, 1954); (F) Drosophila spermatocyte multiple cilia (Carvalho-Santos et al, 2012;Riparbelli et al, 2012) and sperm flagellum (Acton, 1966); (G) rat brain ependymal multicilia (Brightman and Palay, 1963) [immotile multicilia with a 9+0 configuration also exist in the choroid plexus (Narita et al, 2010)]; (H) X. laevis ependymal monocilia and multicilia (Hagenlocher et al, 2013) [these have a 9+2 configuration in R. temporaria (De Waele and Dierickx, 1979)]; (I) cilia on mouse spinal canal ependymal cells, which are normally biciliated (Luse, 1956); (J) zebrafish spinal canal ependymal cilia, which can have 9+0 or 9+2 configurations (Kramer-Zucker et al, 2005;Sarmah et al, 2007); (K) mouse nodal monocilia [most have a 9+0 configuration (Jurand, 1974;Sulik et al, 1994) but 9+2 cilia have been described (Caspary et al, 2007) with 9+4 cilia occasionally present in rabbit embryos (Feistel and Blum, 2006)]; (L) zebrafish KV monocilia (Kramer-Zucker et al, 2005); (M) rat kidney monocilia (Latta et al, 1961); (N) zebrafish pronephric multicilia and monocilia (Kramer-Zucker et al, 2005), and X. laevis pronephric multicilia (Fox and Hamilton, 1971); (O) rat signaling cilia (Sorokin, 1962); (P) zebrafish signaling cilia (S. Roy, unpublis...…”
Section: Rfx1mentioning
confidence: 99%
“…On the other hand, motile (conventional) cilia have an additional central pair of MTs (912). Primary cilia are present on most vertebrate cells, such as renal tubule epithelia (Andrews, 1975), ependymal cells (Worthigton and Cathcart, 1963), choroid plexus epithelial cells (Madhavi and Jacob, 1989;Narita et al, 2010), hippocampal neurons (Dahl, 1963), and cultured neurons . This specialized structure is assembled and maintained by the intraflagellar transport (IFT) machinery (Rosenbaum and Witman, 2002).…”
Section: Introductionmentioning
confidence: 99%
“…Dans ce cas, celles-ci peuvent s'expliquer par un déséquilibre entre la production (excessive) et la résorp-tion (insuffisante) du liquide céphalospinal. Les cellules du plexus choroïde, qui sécrètent le liquide céphalospinal, portent des touffes de cils primaires, une caractéristique atypique, car les cils primaires sont en général solitaires [50]. Ces cils primaires réguleraient à la fois la quantité de liquide céphalospinal sécrété (par un mécanisme impliquant le récepteur au neuropeptide FF) et sa composition (accumulation d'ions chlorure chez les mutants Ift88 ORPK ) [50,51].…”
Section: Summary Primary Cilia Control Different Steps Of Brain Develunclassified
“…Les cellules du plexus choroïde, qui sécrètent le liquide céphalospinal, portent des touffes de cils primaires, une caractéristique atypique, car les cils primaires sont en général solitaires [50]. Ces cils primaires réguleraient à la fois la quantité de liquide céphalospinal sécrété (par un mécanisme impliquant le récepteur au neuropeptide FF) et sa composition (accumulation d'ions chlorure chez les mutants Ift88 ORPK ) [50,51]. Par ailleurs, l'hydrocéphalie des souris Bbs1 M390R/M390R , caractérisées par la mutation la plus fréquemment identifiée chez les patients BBS, peut être partiellement corrigée (50 %) par l'administration de lithium aux mères pendant la gestation [52].…”
Section: Summary Primary Cilia Control Different Steps Of Brain Develunclassified