4,575 research outputs found

    A clinical and molecular investigation of two families with Simpson-Golabi-Behmel syndrome

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    Includes abstract (p. 30-32). Includes bibliographical references

    Reflections of a Jewish, Lesbian Author

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    In this essay, Jewish lesbian author Leslea Newman speaks of the importance of finding one's own identity reflected in works of literature, citing examples of her own work, and recommending the writings of other Jewish lesbian authors of merit

    1911-12 Second Year Students

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    Sepia photo, mounted, with names. Badly damaged - torn and names almost unreadable.Second Year students of 1911-12. Back - KE Neville, CF Stephens, AC Simpson, LG Morrison, HG Cumming, PD Killicoat, RC Cowell; sitting - RC Scott, BWL Hocking, GV Madeley, W Driscoll, LHS Hester, AH Howard, FF Beard; front - HG Dunne, JL Thomson, GE Roberts, JCV Martin

    Staging the life-world: Habermas and the recuperation of Austin speech act theory

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    PT: J; CR: APEL KO, 1976, SPRACHPRAGMATIK PHIL AUSTIN JL, 1962, HOW TO DO THINGS WOR AUSTIN JL, 1970, PHILOS PAPERS CULLER J, 1982, DECONSTRUCTION DERRIDA J, 1977, GLYPH, V1 ECO U, 1992, UNDERSTANDING ORIGIN, P273 FISH S, 1987, TRACING LIT THEORY HABERMAS J, 1984, THEORY COMMUNICATIVE, V1 HABERMAS J, 1987, THEORY COMMUNICATIVE, V2 HABERMAS J, 1989, JURGEN HABERMAS SOC MARTINET A, 1962, FUNCTIONAL VIEW LANG, P24 QUINE WV, 1960, WORD OBJECT SEARLE JR, 1969, SPEECH ACTS SEARLE JR, 1977, GLYPH, V1 VANEEMEREN F, 1983, SPEECH ACTS ARGUMENT WARNOCK GJ, 1989, FL AUSTIN; NR: 16; TC: 0; J9: J THEOR SOC BEHAV; PG: 12; GA: KR147Source type: Electronic(1

    Retinitis Pigmentosa GTPase Regulator (RPGR) protein isoforms in mammalian retina:insights into X-linked Retinitis Pigmentosa and associated ciliopathies

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    Mutations in the cilia-centrosomal protein Retinitis Pigmentosa GTPase Regulator (RPGR) are a frequent cause of retinal degeneration. The RPGR gene undergoes complex alternative splicing and encodes multiple protein isoforms. To elucidate the function of major RPGR isoforms (RPGR 1-19 and RPGR ORF15), we have generated isoform-specific antibodies and examined their expression and localization in the retina. Using sucrose-gradient centrifugation, immunofluorescence and co-immunoprecipitation methods, we show that RPGR isoforms localize to distinct sub-cellular compartments in mammalian photoreceptors and associate with a number of cilia-centrosomal proteins. The RCC1-like domain of RPGR, which is present in all major RPGR isoforms, is sufficient to target it to the cilia and centrosomes in cultured cells. Our findings indicate that multiple isotypes of RPGR may perform overlapping yet somewhat distinct transport-related functions in photoreceptors
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