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- BookClaire Sampankanpanich Soria, Daniel E. Lee, Gerard R. Manecke.Summary: This book describes in concise yet detailed step-by-step instructions on how to perform common procedures, including complex airway management, vascular access, neuraxial blocks, and nuanced anesthetic techniques; it not only covers this breadth of procedures, but presents them in an accessible manner. Chapters follow the format of the indications for a particular procedure, a list of equipment required, step-by-step instructions for performing the procedure, common complications, and troubleshooting techniques. The book is designed intentionally for the busy physician to be able to easily read the essential information, including lists of equipment necessary, numbered steps to perform the procedure, tables of common errors and methods to troubleshoot, indications and contraindications for procedures, detailed photos of equipment setup, and handmade diagrams and images. Anesthesiology Resident Manual of Procedures is comprehensive and written with the physician-in-training in mind, as well as those who are completing their residency or fellowship in the fields of anesthesiology, critical care medicine, and emergency medicine.
Contents:
Chapter 1. Airway Anatomy and Tracheobronchial Tree
Chapter 2. Optimizing Intubation Positioning
Chapter 3. How To Assemble and Use The Fiberoptic Scope and Tower
Chapter 4. Asleep Fiberoptic Intubations
Chapter 5. Awake Fiberoptic Intubation
Chapter 6. Nasotracheal Intubation
Chapter 7. Codes / Out of Or Emergency Airway Management
Chapter 8. Airway Exchanges
Chapter 9. Deep Extubations
Chapter 10. Aspiration On Induction
Chapter 11. Intubating Without Muscle Relaxant
Chapter 12. Jet Ventilation For ENT Surgery
Chapter 13. Intubating With A Bougie
Chapter 14. Intubating With C-Spine Precautions
Chapter 15. Intubating With Video Laryngoscope
Chapter 16. Intubating On The Ground
Chapter 17. Double Lumen Endotracheal Tubes
Chapter 18. Emergency Cricothyroidotomy
Chapter 19. Laryngeal Mask Airways (lmas)
Chapter 20. Troubleshooting Tracheostomies
Chapter 21. Ultrasound-Guided Peripheral IV's
Chapter 22. Where To Look For PIV's
Chapter 23. Subclavian Central Lines Without Ultrasound
Chapter 24. Internal Jugular Central Line Without Ultrasound
Chapter 25. Femoral Lines Without Ultrasound
Chapter 26. How To Assemble An Arterial Line Transducer
Chapter 27. Radial Arterial Lines
Chapter 28. Dorsal Pedal Arterial Lines
Chapter 29. Belmont Infuser
Chapter 30. Single Shot Spinal
Chapter 31. Lumbar Epidurals
Chapter 32. Continuous Spinal
Chapter 33. Combined Spinal-Epidurals
Chapter 34. Thoracic Epidurals
Chapter 35. Wet Taps and Epidural Blood Patches
Chapter 36. Total Intravenous Anesthetics (TIVA)
Chapter 37. Monitored Anesthesia Care/MAC
Chapter 38. Emergence Without Nitrous Oxide
Chapter 39. Craniotomies
Chapter 40. Liver Transplants. - ArticleIvanov I, Antanov P, Markova N, Markov G.Mol Biol Rep. 1978 Jun 16;4(2):67-71.Reassociation of typical single-copy DNAs, like E. coli DNA, even when performed at relatively low temperatures, results in the formation of perfect duplexes with thermal stability very close to that of the native DNA. In contrast, duplexes of mouse repeated DNA as well as duplexes of Streptomyces DNA prepared under the same conditions, show a low thermal stability and undergo post-reassociation changes upon prolonged incubation. These changes, called "maturation" of the DNA duplexes, result in increasing of their thermal stability. Some of the factors affecting the rate of "maturation" are studied. The implication of the "maturation" process in reassociation analysis and in characterization of the heterogeneity of DNA is discussed.