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- BookWorld Health Organanization.Contents:
Preface
Acknowledgements
Executive summary
Background
Part 1. Global burden of diabetes
1.1. Mortality from high blood glucose, including diabetes
1.2. Prevalence of diabetes and associated risk factors
1.3 Burden and trends in the complications of diabetes
1.4. Summary
Part 2. Preventing diabetes
2.1. Population-based prevention
2.2. Preventing diabetes in people at high risk
2.3. Summary
Part 3. Managing diabetes
3.1. Diagnosis and early detection
3.2. Management of diabetes--core components
3.3. Integrated management of diabetes and other chronic health conditions
3.4. Access to essential medicines and basic technologies
3.5. Summary
Part 4. National capacity for prevention and control of diabetes: a snapshot
4.1. National policies and plans for diabetes
4.2. National guidelines and protocols
4.3. Availability of essential medicines and technologies
4.4. Surveillance and monitoring
4.5. Summary
Conclusions and recommendations
Annexes
Annex A. Current WHO recommendations for the diagnostic criteria for diabetes and intermediate hyperglycaemia
Annex B. Methods for estimating diabetes prevalence, overweight and obesity.Digital Access WHO 2016 - ArticleSwanborg RH, Hellström U, Perlmann H, Hammarström S, Perlmann P.Scand J Immunol. 1977;6(3):235-9.Thirty-two percent of neuraminidase-treated DA rat spleen lymphocytes and 48% of lymph node lymphocytes possess receptors for Helix pomatia hemagglutinin (HP). Moreover, these HP-receptor-bearing cells can be separated from B cells by affinity chromatography on HP-Sepharose columns. The virtual absence of immunoglobulin (Ig) receptors and the close correlation with reported T-cell content of these lymphoid tissues suggest that HP-receptor lymphocytes are probably T cells and that HP may provide a convenient marker, for both the identification and the purification of rat T lymphocytes.