Structure, function and regulation of TOR complexes from yeasts to mammals
Author(s)
Bibliographic Information
Structure, function and regulation of TOR complexes from yeasts to mammals
（The enzymes / edited by Paul D. Boyer, Edwin G. Krebs, v. 27-28）
Elsevier Academic Press, 2010
- pt. A
- pt. B
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Kobe University Library for Science and Technology
pt. A464-5-12//27030201000278,
pt. B464-5-12//28030201001382 -
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Description and Table of Contents
- Volume
-
pt. B ISBN 9780123810052
Description
This volume of The Enzymes features high-caliber thematic articles on the topic of glycosylphosphatidylinositol (GPI) anchoring of proteins.
Table of Contents
Chapter 1: Overview of GPI biosynthesis, gene listTaroh KinoshitaChapter 2: GlcNAc transfer reaction, GPI-GnT, Ras signalingDavid E. LevinChapter 3: GlcNAc-PI de-N-acetylaseMichael A. J. FergusonChapter 4: Inositol acylation/deacylationYoshifumi JigamiChapter 5: MannosylationYusuke MaedaChapter 6: Phosphoethanolamine transferPeter OrleanChapter 7: TransamidaseAnant K. MenonChapter 8: Flipping and pathway topologyAnant MenonChapter 9: Evolutional conservation and BioinformaticsJohn SamuelsonChapter 10: GPI in apicomplexan and parasitesRalph SchwarzChapter 11: Chemical synthesis of GPIRam A. VishwakarmaChapter 12: Use of synthetic GPIs as anti-toxic vaccinePeter Seeberger Chapter 13: ER export and GPI-proteinsHoward RiezmanChapter 14: Polarized sorting of GPI proteinsChiara ZurzoloChapter 15: Involvement of GPIs in yeast cell wall structurePeter N. LipkeChapter 16: Paroxysmal nocturnal hemoglobinuria (PIGA mutation)Lucio LuzzattoChapter 17: Inherited GPI deficiencyAnastasios KaradimitrisChapter 18: Inhibitors of GPI biosynthesisTerry K. Smith
- Volume
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pt. A ISBN 9780123815392
Description
Cell growth is highly regulated and is controlled by the TOR signaling network. Dysfunction of signaling pathways controlling cell growth results in cells of altered sizes and in turn causes developmental errors and a wide range of pathological conditions. An understanding of the TOR signaling network may lead to novel drugs for the treatment of, for example, cancer, diabetes, inflammation, muscle atrophy, learning disabilities, depression, obesity and aging. There has been an explosion of knowledge in this area in recent years and this volume provides an in-depth review of our current knowledge of TOR complexes by the leaders in the field.
Table of Contents
Chapter 1: TOR complexes: composition, structure and phosphorylation
Mike Hall
Chapter 2: Regulation of TOR signaling in mammals
Dudley W. Lamming and David Sabatini
Chapter 3: Rheb G-protein and activation of mTORC1
Fuyu Tamanoi
Chapter 4: Regulation of TOR Complex1 by amino acids through small GTPases
Joe Avruch, Xiaomeng Long, Yenshou Lin, Sara Ortiz-Vega, Joseph Rapley, and Noriko Oshiro
Chapter 5: Rag GTPases in TORC1 activation and nutrient signaling
Li Li and Kun-Liang Guan
Chapter 6: Amino Acid Regulation of hVps34 and mTORC1 signaling
Pawan Gulati and George Thomas
Chapter 7: mTORC1 and cell cycle control
Chris Proud
Chapter 8: AGC Kinases in mTOR Signaling
Estela Jacinto
Chapter 9: TORC1 signaling in budding yeast
Robbie Loewith
Chapter 10: TORC2 and sphingolipid biosynthesis and signaling: Lessons from budding yeast
Ted Powers
Chapter 11: TORC1 signaling in the budding yeast endomembrane system and control of cell-cell adhesion in pathogenic fungi
Robert J. Bastidas and Maria Cardenas-Corona
Chapter 12: TOR and sexual development in fission yeast
Yoko Otsubo and Masayuki Yamamoto
Chapter 13: Fission yeast TOR and rapamycin
Ronit Weisman
Chapter 14: Structure of TOR complexes in fission yeast
Junko Kanoh and Mitsuhiro Yanagida
Chapter 15: The TOR complex and signaling pathway in plants
Christophe Robaglia, Bruce Veit and Christian Meyer
Chapter 16: Dysregulation of TOR Signaling in Tuberous Sclerosis and Lymphangioleiomyomotosis
Elizabeth Henske
Chapter 17: Chemistry and Pharmacology of Rapamycin and its Derivatives
Robert T. Abraham, James J. Gibbons and Edmund I. Graziani
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