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- BookAnne Le, editor.Contents:
Part I. Basic Metabolism of Cancer Cells
Glucose metabolism in cancer
Glutamine metabolism in cancer
The heterogeneity of lipid metabolism in cancer
Part II. Heterogeneity of Cancer Metabolism
The multifaceted metabolism of glioblastoma
The intricate metabolism of pancreatic cancers
Breast cancer metabolism
Non-Hodgkinlymphoma metabolism
The metabolism of renal cell carcinomas and liver cancer
Different tumor microenvironments lead to different metabolic phenotypes
The intratumoral heterogeneity of cancer metabolism
Part III. Relationship Between Cancer Cells and Cancer-Associated Fibroblasts
Metabolic relationship between cancer-associated fibroblasts and cancer cells
Targeting metabolic cross talk between cancer cells and cancer-associated fibroblasts
Index.Digital Access Springer 2018 - BookM. Dressler.Summary: This book gives a comprehensive, up-to-date review of all selective detectors used in combination with gas chromatography. For each detector, the historical background, design and principle are described, and the working parameters affecting the detector performance are analyzed critically and in detail. The analytical possibilities of the detectors and the main characteristics such as sensitivity, noise and minimum detectability are discussed. All the selective detectors that are currently used are discussed in detail. Combinations of GC with other techniques such as plasma emission spectroscopy, atomic absorption spectrometry, ion-selective electrodes, piezoelectric sorption detector, mass spectrometry and infrared spectroscopy are discussed briefly. Chromatographers and users of gas chromatographs, especially in the field of environmental protection, agriculture, clinical chemistry, and toxicology will find the book useful to their work. Institutes and organisations dealing with analytical chemistry will also find it of interest. Nielsen 9780444424884 20160528
Contents: <br/
>1. Introduction.
2. Basic terms relating to detectors.
3. Alkali flame-ionization detector.
4. Flameless alkali sensitized detectors.
5. Flame-ionization detector.
6. Photoionization detector.
7. Flame photometric detector.
8. Chemiluminescence detectors.
9. Electrolytic conductivity detector.
10. Coulometric detector.
11. Electron-capture detector.
12. Ion mobility detector.
13. Miscellaneous detectors.
14. Conclusions. Subject index. Nielsen 9780444424884 20160528Digital Access ScienceDirect, 1986 - ArticleIntramuscular iron-dextran and susceptibility of neonates to bacterial infections. In vitro studies.Becroft DM, Dix MR, Farmer K.Arch Dis Child. 1977 Oct;52(10):778-81.An increased incidence of E. coli sepsis has been observed in neonates given intramuscular iron-dextran for prevention of iron deficiency. Mechanisms for this apparent effect on susceptibility to infection were investigated by comparing phagocytic and antibacterial functions in paired samples of venous blood from 7 infants, median age 5 days, before and after iron-dextran. Post-treatment sera had increased inhibitory effects on leucocyte chemotaxis and markedly reduced bacteriostatic effects agaainst E. coli. The clinical relevance of the effects on chemotaxis is uncertain. The reduction in serum bacteriostasis is similar to that observed in other forms of hyperferraemia not associated with saturation of transferrin, and is a likely cause of the increased susceptibility to infection in vivo. We consider that prophylactic treatment with parenteral iron-dextran is contraindicated in early infancy.