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- BookPeter Conway ; foreword by Simon Mills.Contents:
Phytotherapy in context
The therapeutic relationship in phytotherapy
Aims and structure of the consultation
On profiling and diagnosis : appreciating the patient's predicament
Case history-taking : hearing the patient's story
Physical examination and clinical investigation : other ways of knowing
Concluding the consultation and providing ongoing care : coherence and continuity.Digital Access ScienceDirect 2011 - BookHermione Parker.Summary: Drawing on more than ten years specialist research into the overlapping complexities of personal taxation and social security the author shows why the existing tax and benefit systems are beyond repair, and examines the case for integration. This book should be of interest to lecturers and students in economics and public policy, policy-makers in the Treasury and DHSS, officials in welfare agencies. Nielsen 9780415009614 20160527
Contents:
Part I: Social Security at a Cross-Roads
1. No system can last forever
2. Flaws in the Beveridge Plan
3. Further flaws in the post World War Two legislation
4. 1948
-88: Genesis of an underclass
5. New Concepts Part II: Integration
6. Forwards or backwards?
7. Moves towards integration
8. Mechanics of integration
9. Basic Income
10. Negative Income Tax Part III: Partial Integration
11. Hybrid schemes
12. The Liberal Party Tax-Credit Scheme
13. Patrick Minford's "Efficient Relief of Poverty"
14. Basic Income Guarantee
15. SDP Tax and Benefit proposals Part IV: Assessment
16. Core issues
17. Income redistribution
18. Work incentives Part V: A strategy for change
19. Basic Income 2000
20. Getting from here to there Conclusion: The obstacles are political. Nielsen 9780415009614 20160527Print 1989 - ArticleHiggins NP, Peebles CL, Sugino A, Cozzarelli NR.Proc Natl Acad Sci U S A. 1978 Apr;75(4):1773-7.Extensively purified DNA gyrase from Escherichia coli is inhibited by nalidixic acid and by novobiocin. The enzyme is composed of two subunits, A and B, which were purified as separate components. Subunit A is the product of the gene controlling sensitivity to nalidixic acid (nalA) because: (i) the electrophoretic mobility of subunit A in the presence of sodium dodecyl sulfate is identical to that of the 105,000-dalton nalA gene product; (ii) mutants that are resistant to nalidixic acid (nalA(r)) produce a drug-resistant subunit A; and (iii) wild-type subunit A confers drug sensitivity to in vitro synthesis of varphiX174 DNA directed by nalA(r) mutants. Subunit B contains a 95,000-dalton polypeptide and is controlled by the gene specifying sensitivity to novobiocin (cou) because cou(r) mutants produce a novobiocin-resistant subunit B and novobiocin-resitant gyrase is made drug sensitive by wild-type subunit B. Subunits A and B associate, so that gyrase was also purified as a complex containing 105,000- and 95,000-dalton polypeptides. This enzyme and gyrase reconstructed from subunits have the same drug sensitivity, K(m) for ATP, and catalytic properties. The same ratio of subunits gives efficient reconstitution of the reactions intrinsic to DNA gyrase, including catalysis of supercoiling of closed duplex DNA, relaxation of supercoiled DNA in the absence of ATP, and site-specific cleavage of DNA induced by sodium dodecyl sulfate.