ICU Management & Practice, Volume 17 - Issue 4, 2017
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Subject Index for Volume 17, issues 1-4, 2017.
Acute kidney injury
High altitude
Kahn J. Evidenced-based ICU organisation. 17(2):122-4. https://iii.hm/axa
Patient & family perspectives
| Issue | Pages | Short URL |
| Issue 1 | 1-64 | https://iii.hm/96c |
| Issue 2 | 65-128 | https://iii.hm/axf |
| Issue 3 | 129-200 | https://iii.hm/dee |
| Issue 4 | 201-264 | https://iii.hm/fb5 |
ABC DE-F G H I-L M N OPQRS T UV-Z
See Also:Author Index 2017
Acute kidney injury
- Flechet M, Meyfroidt G. The AKIpredictor: an online calculator to predict acute kidney injury. 17(1):6. https://iii.hm/8xl
- Hancock C, Watkins A. Reducing avoidable harm and death from sepsis and acute kidney injury: achieving large-scale behaviour change with the NHS Wales programme. 17(4):246-9. https://iii.hm/faq
- Study: AKI alerts associated with lower mortality, LOS. 17(4):207. https://iii.hm/fb1
- Martin-Loeches I, Bos L, Cobb JP. ARDS and precision medicine. 17(1):14,16. https://iii.hm/8xg
- Rubin E. From independent attorney to critically ill patient: how acute respiratory distress syndrome changed my life in a split second. 17(2):110-1. https://iii.hm/ax0
- Gatward J. Standardised, hospital-wide airway trolleys: inspired by the Difficult Airway Society guidelines and the VortexCognitive tool. 17(2):114. https://iii.hm/ax4
- Glassford NJ, Bellomo R. Albumin administration in sepsis: the case for and against. 17(1):36-43. https://iii.hm/8xa
- Cannesson M. Bringing new technologies to anaesthesia: are we there yet? 17(4):259-60. https://iii.hm/fam
- Europe: wide variation in severe critical events in paediatric anaesthesia. 17(2):70. https://iii.hm/aw6
- Štefan M, Vãleanu L, Fernandes DS. Anaesthesiology trainees: we are also intensivists. 17(2):112. https://iii.hm/ax2
- Hosey MM, Jaskulski JJ, Mantheiy EC, Kudchadkar SR, Wegener ST, Needham DM. Animal-assisted activity in the intensive care unit. 17(3):193-5. https://iii.hm/de9
- De Waele J. Antibiotic resistance in the ICU: time to take things seriously! 17(1):18-20. https://iii.hm/8xf
- Schouten J. Antimicrobial stewardship in the ICU. 17(1):22-4. https://iii.hm/8xe
- Gunst J, Vanhorebeek I, Van den Berghe G. The role of autophagy in recovery from critical illness. 17(3):134-6. https://iii.hm/ddr
- Pollard TJ, Celi LA. Enabling machine learning in critical care. 17(3):198-9. https://iii.hm/deb
- Tang B, Shojaei M, Nalos M, McLean A. Molecular diagnostics in severe respiratory virus infection: recent trends in virus detection assays and host response biomarkers. 17(4):234-6. https://iii.hm/fat
- Machado F. Improving sepsis outcomes in Brazil. 17(4):256-8. https://iii.hm/fan
- Denmark: increased bystander CPR, decreased mortality in out-of-hospital cardiac arrest. 17(2):70,72. https://iii.hm/aw8
- Dünser M, Dankl D. Extracorporeal cardiopulmonary resuscitation: who could benefit? 17(2):84-6. https://iii.hm/awj
- Eastwood GM, Bellomo R. Targeted therapeutic mild hypercapnia after cardiac arrest. 17(2):88-91. https://iii.hm/awl
- Farag M, Patil S. Prognostication following out-of-hospital cardiac arrest. 17(2):92-4. https://iii.hm/awn
- Kloeck D, Meaney P, Kloeck W. Resuscitation in resource-poor settings: a Southern Africa experience. 17(2):96-8. https://iii.hm/awq
- Nolan J. Cardiac arrest management. 17(2):78-9. https://iii.hm/awf
- Out-of-hospital cardiac arrest bystander CPR impact on survival, cost. 17(2):75. https://iii.hm/awd
- Reducing brain injury after cardiac arrest: American Academy of Neurology practice guideline. 17(2):74. https://iii.hm/awb
- Schmidbauer S, Friberg H. Prehospital care for cardiac arrest: how to improve outcome! 17(2):80-2. https://iii.hm/awh
- van Schuppen H. Why you should always debrief your resuscitations. 17(2):99. https://iii.hm/aws
- Vincent JL. Cardiac arrest. 17(2):65. https://iii.hm/aw4
- Du B. Intensive care in China. 17(1):60-3. https://iii.hm/8x4
- Du B. Intensive care in China. 17(1):60-3. https://iii.hm/8x4
- Kloeck D, Meaney P, Kloeck W. Resuscitation in resource-poor settings: a Southern Africa experience. 17(2):96-8. https://iii.hm/awq
- Machado F. Improving sepsis outcomes in Brazil. 17(4):256-8. https://iii.hm/fan
- Ouanes-Besbes L, Ferjani M, Abroug F. Intensive care in Tunisia. 17(2):125-7. https://iii.hm/axd
- Tang B, Shojaei M, Nalos M, McLean A. Molecular diagnostics in severe respiratory virus infection: recent trends in virus detection assays and host response biomarkers. 17(4):234-6. https://iii.hm/fat
- Barré J, Neuschwander A, Tesniere A. Benefits of CRM education and simulation in intensive care and emergency medicine. 17(4):230-2. https://iii.hm/fau
- Dorman T. Adult education for ICU management: a better way. 17(4):208-9. https://iii.hm/fb0
- Hurd CJ. Effective education for palliative care: communication as a procedure. 17(4):220-1. https://iii.hm/fax
- Major-Helsloot M, Van der Schaaf M, Moed B, Engelbert R. Physiotherapy in the ICU e-learning programme: development and evaluation of a module as part of an undergraduate international honours degree programme. 17(4):226-8. https://iii.hm/fav
- Nickson CP. Free Open-Access Medical education (FOAM) and critical care. 17(4):222-5. https://iii.hm/faw
- Rubulotta F, Gruber P. “Vision without action is a daydream. Action without vision is a nightmare” The COmpetency-BAsed Training programme (CoBaTrICE) in intensive care medicine for Europe and other world regions. 17(4):210-13. https://iii.hm/faz
- Vincent JL. Education. 17(4):201. https://iii.hm/fb4
- Wong WT, Lowell L, Gomersall CD. Making critical care education BASIC: a collaborative approach to training. 17(4):216-9. https://iii.hm/fay
- Citerio G. Quantitative EEG in ICU: useful and feasible. 17(1):30-2. https://iii.hm/8xc
- Dünser M, Dankl D. Extracorporeal cardiopulmonary resuscitation: who could benefit? 17(2):84-6. https://iii.hm/awj
High altitude
- Martin D, McKenna H. High altitude research and its relevance to critical illness. 17(2):103-5. https://iii.hm/aww
- West JB. Reaching the heights of respiratory physiology. 17(2):118-20. https://iii.hm/ax8
- Taneva S. Improving healthcare: the role of the human factors specialist. 17(1):46-8. https://iii.hm/8x8
- Eastwood GM, Bellomo R. Targeted therapeutic mild hypercapnia after cardiac arrest. 17(2):88-91. https://iii.hm/awl
- Martin D, McKenna H. High altitude research and its relevance to critical illness. 17(2):103-5. https://iii.hm/aww
- West JB. Reaching the heights of respiratory physiology. 17(2):118-20. https://iii.hm/ax8
- Kahn J. Evidenced-based ICU organisation. 17(2):122-4. https://iii.hm/axa
- Machado F. Improving sepsis outcomes in Brazil. 17(4):256-8. https://iii.hm/fan
- Pronovost P. Embracing safety as a science: we need to tell new stories. 17(1):56-8. https://iii.hm/8x5
- Štefan M, Vãleanu L, Fernandes DS. Anaesthesiology trainees: we are also intensivists. 17(2):112. https://iii.hm/ax2
- Cannesson M. Bringing new technologies to anaesthesia: are we there yet? 17(4):259-60. https://iii.hm/fam
- Hurd CJ. Effective education for palliative care: communication as a procedure. 17(4):220-1. https://iii.hm/fax
- Kahn J. Evidenced-based ICU organisation. 17(2):122-4. https://iii.hm/axa
- Kehlet H. Fast-track surgery: a multidisciplinary collaboration. 17(3):138-9. https://iii.hm/dds
- Machado F. Improving sepsis outcomes in Brazil. 17(4):256-8. https://iii.hm/fan
- Pronovost P. Embracing safety as a science: we need to tell new stories. 17(1):56-8. https://iii.hm/8x5
- West JB. Reaching the heights of respiratory physiology. 17(2):118-20. https://iii.hm/ax8
- Burgers R, van Raaij E. Supply purchasing for intensive care centres: a purchasing portfolio for more effective and efficient (medical) supply. 17(4):242-4. https://iii.hm/far
- Dorman T. From command and control to modern approaches to leadership. 17(3):196-7. https://iii.hm/dea
- Dykstra AC, Marini JJ. Integration of nurse practitioners into the critical care team: a viable approach to meet pressing challenges. 17(4):238-40. https://iii.hm/fas
- Hancock C, Watkins A. Reducing avoidable harm and death from sepsis and acute kidney injury: achieving large-scale behaviour change with the NHS Wales programme. 17(4):246-9. https://iii.hm/faq
- Heijneman JAM, van Bommel J, van der Jagt M. Improving quality of care in severe traumatic brain injury patients: development of a process indicator-based plan-do-act-check cycle in a single-centre quality improvement initiative. 17(4):253-5. https://iii.hm/fao
- Nugent KL, Coopersmith CM. How to run successful rounds in the intensive care unit. 17(2):106-8. https://iii.hm/awy
- Mojoli F, Mongodi S. Ultrasound-guided mechanical ventilation. 17(3):186-9. https://iii.hm/de6
- O’Gara B, Talmor D. Airway pressure release ventilation: what’s good about it? 17(2):100-2. https://iii.hm/fb6
- Simonis FD, Schultz MJ, Artigas A. Towards safer ventilation in critically ill patients without ARDS. 17(1):26-9. https://iii.hm/8xd
- Boerma C. Haemodynamic monitoring: stuff we never talk about. 17(3):190-2. https://iii.hm/de8
- Michard F. Innovations in monitoring: from smartphones to wearables. 17(3): 148-50. https://iii.hm/ddv
- Ashley Taylor H. The ICU-Hear project: introducing live music for critically ill patients. 17(1):53-5. https://iii.hm/8x6
- Dykstra AC, Marini JJ. Integration of nurse practitioners into the critical care team: a viable approach to meet pressing challenges. 17(4):238-40. https://iii.hm/fas
- Coyer F, Lipman J. Professorial clinical units: advancing research in the intensive care unit via the integration of a nursing professor. 17(1):50-2. https://iii.hm/8x7
- Wischmeyer PE. Optimising nutrition for recovery after ICU. 17(3):156-8.https://iii.hm/ddx
Kahn J. Evidenced-based ICU organisation. 17(2):122-4. https://iii.hm/axa
Patient & family perspectives
- Balfour A, Alldridge R. The patient voice in Enhanced Recovery After Surgery: an Edinburgh perspective. 17(3):140,142-3. https://iii.hm/ddt
- Nutma-Bade I. The hidden faces of sepsis, what do they tell us? Focal point for improving patient outcome. 17(3):182-4. https://iii.hm/de0
- Parotto M, Herridge MC. Outcomes after 1 week of mechanical ventilation for patients and families. 17(3):174-6. https://iii.hm/ddy
- Rubin E. From independent attorney to critically ill patient: how acute respiratory distress syndrome changed my life in a split second. 17(2):110-1. https://iii.hm/ax0
- Vermeir JF, O’Callaghan D. The power of listening: engaging the consumer. 17(1):44-5. https://iii.hm/8x9
- Pronovost P. Embracing safety as a science: we need to tell new stories. 17(1):56-8. https://iii.hm/8x5
- Vincent JL. Personalised/precision medicine. 17(1):1. https://iii.hm/8xm
- Vincent JL. Personalised medicine in intensive care. 17(1):8-9. https://iii.hm/8xi
- Major-Helsloot M, Van der Schaaf M, Moed B, Engelbert R. Physiotherapy in the ICU e-learning programme: development and evaluation of a module as part of an undergraduate international honours degree programme. 17(4): 226-8. https://iii.hm/fav
- Wainwright TW, McDonald DA, Burgess LC. The role of physiotherapy in Enhanced Recovery After Surgery in the intensive care unit. 17(3):144,146-7. https://iii.hm/ddu
- Martin-Loeches I, Bos L, Cobb JP. ARDS and precision medicine. 17(1):14,16. https://iii.hm/8xg
- Prout A, Yende S. Precision medicine in sepsis. 17(1):10-12. https://iii.hm/8xh
- Vincent JL. Personalised/precision medicine. 17(1):1. https://iii.hm/8xm
- Schmidbauer S, Friberg H. Prehospital care for cardiac arrest: how to improve outcome! 17(2):80-2. https://iii.hm/awh
- Burgers R, van Raaij E. Supply purchasing for intensive care centres: a purchasing portfolio for more effective and efficient (medical) supply. 17(4):242-4. https://iii.hm/far
- Heijneman JAM, van Bommel J, van der Jagt M. Improving quality of care in severe traumatic brain injury patients: development of a process indicator-based plan-do-act-check cycle in a single-centre quality improvement initiative. 17(4):253-5. https://iii.hm/fao
- Machado F. Improving sepsis outcomes in Brazil. 17(4):256-8. https://iii.hm/fan
- Balfour A, Alldridge R. The patient voice in Enhanced Recovery After Surgery: an Edinburgh perspective. 17(3):140,142-3. https://iii.hm/ddt
- Goodson CM, Tipping C, Mantheiy EC, Nikayin S, Seltzer J, Outten C, Kamdar BB, Needham DM. Physical rehabilitation in the ICU: understanding the evidence. 17(3):152-4. https://iii.hm/ddw
- Gunst J, Vanhorebeek I, Van den Berghe G. The role of autophagy in recovery from critical illness. 17(3):134-6. https://iii.hm/ddr
- Kehlet H. Fast-track surgery: a multidisciplinary collaboration. 17(3):138-9. https://iii.hm/dds
- Parotto M, Herridge MC. Outcomes after 1 week of mechanical ventilation for patients and families. 17(3):174-6. https://iii.hm/ddy
- Vincent JL. Recovery. 17(3):129. https://iii.hm/ddq
- Wainwright TW, McDonald DA, Burgess LC. The role of physiotherapy in Enhanced Recovery After Surgery in the intensive care unit. 17(3):144,146-7. https://iii.hm/ddu
- Wischmeyer PE. Optimising nutrition for recovery after ICU. 17(3):156-8. https://iii.hm/ddx
- Evans S, Senaratne DNS, Waldmann C. Continuing rehabilitation after intensive care unit discharge: opportunities for technology and innovation. 17(3):178-80. https://iii.hm/ddz
- Goodson CM, Tipping C, Mantheiy EC, Nikayin S, Seltzer J, Outten C, Kamdar BB, Needham DM. Physical rehabilitation in the ICU: understanding the evidence. 17(3):152-4. https://iii.hm/ddw
- McWilliams D. Implementation of early and structured rehabilitation in ICU: the importance of multidisciplinary team working and communication. 17(4):250-2. https://iii.hm/fap
- Does gender matter in resucitation? 17(2):72. https://iii.hm/aw9
- Dünser M, Dankl D. Extracorporeal cardiopulmonary resuscitation: who could benefit? 17(2):84-6. https://iii.hm/awj
- Kloeck D, Meaney P, Kloeck W. Resuscitation in resource-poor settings: a Southern Africa experience. 17(2):96-8. https://iii.hm/awq
- van Schuppen H. Why you should always debrief your resuscitations. 17(2):99. https://iii.hm/aws
- Nugent KL, Coopersmith CM. How to run successful rounds in the intensive care unit. 17(2):106-8. https://iii.hm/awy
- Sepsis detection and management: new KLAS report. 17(2):73. https://iii.hm/awa
- Glassford NJ, Bellomo R. Albumin administration in sepsis: the case for and against. 17(1):36-43. https://iii.hm/8xa
- Hancock C, Watkins A. Reducing avoidable harm and death from sepsis and acute kidney injury: achieving large-scale behaviour change with the NHS Wales programme. 17(4):246-9. https://iii.hm/faq
- Machado F. Improving sepsis outcomes in Brazil. 17(4):256-8. https://iii.hm/fan
- Nutma-Bade I. The hidden faces of sepsis, what do they tell us? Focal point for improving patient outcome. 17(3):182-4. https://iii.hm/de0
- Prout A, Yende S. Precision medicine in sepsis. 17(1):10-12. https://iii.hm/8xh
- Surviving Sepsis Campaign 2016 guidelines. 17(1):7. https://iii.hm/8xk
- Kloeck D, Meaney P, Kloeck W. Resuscitation in resource-poor settings: a Southern Africa experience. 17(2):96-8. https://iii.hm/awq
- Ouanes-Besbes L, Ferjani M, Abroug F. Intensive care in Tunisia. 17(2):125-7. https://iii.hm/axd
- Abaziou T, Geeraerts T. Utility of brain ultrasound in neurocritical care. 17(1):34-5. https://iii.hm/8xb
- Mojoli F, Mongodi S. Ultrasound-guided mechanical ventilation. 17(3):186-9. https://iii.hm/de6
- Fakkert M, van Eenennaam F, Wiersma V. Five reasons why value-based healthcare is beneficial. 17(2):115-7. https://iii.hm/ax6
