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Main description:
Ceramide Generation 127 Ceramide Targets 129 Ceramide Function 129 Therapeutic Implications 130 Concluding Remarks 130 14. Ceramide Glycosylation and Chemotherapy Resistance 133 Myles C. Cabot 15. Ceramide in Serum Lipoproteins: Function and Regulation of Metabolism 141 Mariana N. Nikolova-Karakashian Abstract ...141 Int roduction 141 Ceramide is a Component ofSerum Lipoproteins 142 Secretion of Ceramide in the Form ofVLOL by the Liver 142 Generation of Ceramide in LOL Particles 143 Biological Consequences of Elevation of Ceramide Concentrations in LDL 145 Conclusions and Future Directions 147 16. T herapeutic Implications of Ceramide-Regulated Signaling Cascades 149 Mark Kester, fongK Yun, Tom Stover andLakshman Sandirasegarane Abstract 149 The Bench-Ceramides and Signaling Cascades 149 The Bedside-Ceramides and Cardiovascular Disease 150 The Bedside-Ceramides and Cancer 153 The Bedside-Other Potential Applications for Ceramide-Based Therapeutics 155 Conclusions-Back to the Bench 155 Index 161 EDITOR ====================;-t Anthony H. Futerman, PhD Department of Biological Chemistry Weizmann Institute of Science Rehovot, Israel email: tony. futerman@Weizmann. ac. iI Chapter 11 I===========CONTRIBUTORS==========~ JeremyC.
Allegood Myles C. Cabot Schoolof Biology John Wayne Cancer Institute Petit Institute for Bioengineering SantaMonica, California, U. S. A. and Biosciences email: cabot@jwci. org GeorgiaInstitute of Technology Chapter 14 Atlanta, Georgia, U. S. A. Chapter 1 Charles E. Chalfant Department of Biochemistry Lindsay Andras and Molecular Biology Schoolof Biology Medical University of South Carolina Petit Institute for Bioengineering Charleston, South Carolina, U. S. A. and Biosciences email: chalfant@musc. edu Georgia Institute of Technology Chapter 6 Atlanta, Georgia, U. S. A.
Contents:
Foreword. Preface.
1. Insights into the Modulation of Ceramide Metabolism by Naturally Occurring and Synthetic Sphingolipid Analogs as Monitored by Electrospray Tandem Mass Spectronomy; A.H. Merrill Jr., et al.
2. Ceramide in Apoptosis: Possible Biophysical Foundations of Action; P.K.J. Kinnunen, J.H. Holopainen.
3. Ceramide-Mediated Receptor Clustering; E. Gulbins, H. Grassme.
4. Ceramidases: Regulators of Turnover of Ceramide and Ceramide-Mediated Responses; C. Mao, L. Obeid.
5. Molecular Evolution of Neutral Ceramidase: From Bacteria to Mammals; M. Ito, et al.
6.The Role of Cerine/Threonine Protein Phosphatases in Ceramide Signaling; C.E. Chalfant, Y.A. Hannun.
7. Kinase Suppressor of Ras as a Ceramide-Activated Protein Kinase; D.B. Polk, et al.
8. Ceramide in Apoptosis: The FAN Thesis, Not a Fantasy; B. Segui, et al.
9. The Cross-Talk Between Nitric Oxide and Ceramide; R. Barsacchi, et al.
10. Crosstalk of Ceramide with Cell Survival Signaling; T. Okazaki, et al.
11. Ceramide in the Regulation of Neuronal Development: Two Faces of a Lipid; C. Riebeling, A.H. Futerman.
12. Neurons, Neurotrophins and Ceramide Signaling: Do Domains and Pores Contribute to the Dichotomy? R.T. Dobrowsky.
13. Ceramide Signaling in Cannabinoid Action; I. Galve-Roperh, et al.
14. Ceramide Glycosylation and Chemotherapy Resistance; M.C. Cabot.
15. Ceramide in Serum Lipoproteins: Function and Regulation of Metabolism; M.N. Nikolova-Karakashian.
16. TherapeuticImplications of Ceramide-Regulated Signaling Cascades; M. Kester, et al.
Index.
PRODUCT DETAILS
Publisher: Springer (Springer-Verlag New York Inc.)
Publication date: November, 2012
Pages: 188
Weight: 302g
Availability: Available
Subcategories: Biochemistry, General Practice
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