Harrison s Hematology and Oncology 2nd Edition by Dan Longo ISBN 0071814904 978-0071814904

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Product details: 

ISBN 10: 0071814904 

ISBN 13: 978-0071814904

Author: Dan Longo

Hematology and Oncology – as only Harrison’s can cover it

A Doody’s Core Title for 2015.

Featuring a superb compilation of chapters on hematology and oncology that appear in Harrison’s Principles of Internal Medicine, Eighteenth Edition, this concise, full-color clinical companion delivers the latest knowledge in the field backed by the scientific rigor and authority that have defined Harrison’s. You will find content from renowned editors and contributors in a carry-anywhere presentation that is ideal for the classroom, clinic, ward, or exam/certification preparation.

Features

Organized into twelve sections: The Cellular Basis of Hematopoiesis; Cardinal Manifestations of Hematologic Diseases; Anemias, Myeloproliferative Disorders; Hematologic Malignancies; Disorders of Hemostasis; Biology of Cancer; Principles of Cancer Prevention and Treatment; Neoplastic Disorders; Endocrine Neoplasia; Remote Effects of Cancer; and Oncologic Emergencies and Late Effects Complications
Each chapter contents relevant information on the genetics, cell biology, pathophysiology, and treatment of specific disease entities
Chapters on hematopoiesis, cancer cell biology, and cancer prevention reflect the rapidly growing body of knowledge in these areas
Integration of pathophysiology with clinical management
153 high-yield questions and answers drawn from Harrison’s Principles of Internal Medicine Self-Assessment and Board Review, 18e
Content updates and new developments since the publication of Harrison’s Principles of Internal Medicine, 18e
55 chapters written by physicians who are recognized experts in the field of hematology and oncology
Helpful appendix of laboratory values of clinical importance

Table of contents: 

1. Magnetic Resonance Contributions to Other Sciences
Norman F. Ramsey

Introduction
Magnetic Resonance and Nuclear Magnetic Moments
Magnetic Interactions in Molecules
Nuclear Electric Interactions in Molecules
Atomic Hyperfine Structure, Separated Oscillatory Fields and Atomic Clocks
Atomic Hyperfine Structure and QED
NMR
Magnetic Resonance Imaging
Conclusions
References
2. A Single Quantum System: Evolution, Prediction, Observation
Peter E. Toschek

From “Gedanken” Experiments to Quantum Measurement
Evolution Frustrated by Observation?
Observations on a Driven Quantum System
Measurements on Single Ions
An Alternative Strategy
Summary
References
3. The Quantum SI: A Possible New International System of Units
Peter J. Mohr

Introduction
International System of Units
The Kilogram and the Ampere
Possible Redefinitions of the Kilogram
Relation Between the Avogadro Constant and the Planck Constant
Other Redefinitions
Consequences for Other Fundamental Constants
The Quantum SI
The Second
Time Scale for Redefinitions
Conclusion
4. Studies of Light Halo Nuclei from Atomic Isotope Shifts
G.W.F. Drake and Z.-C. Yan

Introduction
Theoretical Background
Solution to the Nonrelativistic Schrödinger Equation
Relativistic Corrections
QED Corrections
Applications to Nuclear Size Measurements
Summary and Conclusions
Acknowledgements
References
5. Quantum Electrodynamics in One- and Two-Electron High-Z Ions
Th. Stöhlker, A. Gumberidze, A. Kumar, R. Reuschl and M. Trassinelli

The Ground-State Binding Energy in H-Like Uranium
Strong Field QED in He-Like Heavy Ions
Summary
Acknowledgement
References
6. Precise Atomic Masses for Fundamental Physics Determined at SMILETRAP
R. Schuch, I. Bergström, T. Fritioff, Sz. Nagy, A. Solders and M. Suhonen

Introduction
The SMILETRAP Facility
Results and Discussions
Conclusion and Outlook
Acknowledgements
References
7. HITRAP: A Facility at GSI for Highly Charged Ions
H.-J. Kluge, T. Beier, K. Blaum, L. Dahl, S. Eliseev, F. Herfurth, B. Hofmann, O. Kester, S. Koszudowski, C. Kozhuharov, G. Maero, W. Nörtershäuser, J. Pfister, W. Quint, U. Ratzinger, A. Schempp, R. Schuch, Th. Stöhlker, R.C. Thompson, M. Vogel, G. Vorobyev, D.F.A. Winters and G. Werth

The Present GSI Facility
The HITRAP Project
The HITRAP Facility
Experiments at HITRAP
The New GSI Facility
Acknowledgements
References
8. Structure of Vacuum and Elementary Matter: From Superheavies via Hypermatter to Antimatter—The Vacuum Decay in Supercritical Fields
Walter Greiner

Introduction
Cold Valleys in the Potential
Shell Structure in the Superheavy Region
Asymmetric and Supersymmetric Fission—Cluster Radioactivity
Extension of the Periodic System into the Sections of Hyper- and Antimatter
Clusters of Matter and Antimatter
Theoretical Framework
Structure of Light Nuclei Containing Antiprotons
Doubly-Magic Lead with Antiproton and Anti-Alpha
Systems with Total Baryon Number Zero
Life Time, Formation Probability and Signatures of SBNs
Cold Compression: Nuclear and Quark Matter
The Vacuum in Quantum Electrodynamics
On Superheavy Element Formation and Beyond
Short Reflection on the Chemistry of Superheavy Elements
Concluding Remarks—Outlook
References
9. Asymptotic Behavior of MP2 Correlation Energies for Closed-Shell Atoms
Karol Jankowski, Romuald Stępień and Jesus R. Flores

Introduction
Theory
Applications
Conclusions
Acknowledgements
References
10. A Computer-Algebraic Approach to the Derivation of Feynman–Goldstone Perturbation Expansions for Open-Shell Atoms and Molecules
Stephan Fritzsche, Brajesh K. Mani and Dilip Angom
Dedication

Introduction
Rayleigh–Schrödinger Perturbation Theory
Operator Representations
Derivation of Perturbation Expansions
Application of the GOLDSTONE Program
Final Remarks
References
11. Experiments on Highly Charged Heavy Ions in Conjunction with Exotic Atoms
P. Indelicato, M. Trassinelli, D.F. Anagnostopoulos, S. Boucard, D.S. Covita, G. Borchert, A. Dax, J.P. Egger, D. Gotta, A. Gruber, A. Hirtl, M. Hennebach, H. Fuhrmann, E.-O. Le Bigot, Y.-W. Liu, B. Manil, N. Nelms, S. Schlesser, J.M.F. dos Santos, L.M. Simons, L. Stingelin, J. Veloso, A. Wasser, A. Wells and J. Zmeskal

Introduction
Experimental Method
Measurement of the Pion Mass
Pionic Hydrogen and the Strong-Interaction at Low Energy
Highly-Charged Ions
Conclusion

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