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Explorations of the therapeutic potential of influencing metabolism during critical
illness
Aslami, H.
Publication date
2013
Link to publication
Citation for published version (APA):
Aslami, H. (2013). Explorations of the therapeutic potential of influencing metabolism during
critical illness.
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Contents
Chapter 1 General outline of the thesis 9
Chapter 2 Targeting mitochondrial function in sepsis 17
Netherlands Journal of Critical Care, August 2012
Chapter 3 Induction of a hypometabolic state during critical illness – 35 a new concept in the ICU?
The Netherlands Journal of Medicine, May 2010
Chapter 4 Potential applications of hydrogen sulfide–induced suspended 53 animation
Current Medicinal Chemistry, June 2009
Chapter 5 Mild hypothermia reduces Ventilator−Induced Lung Injury, 75 irrespective of reducing respiratory rate
Translational Research, February 2012
Chapter 6 Induced hypothermia is protective in a rat model of pneumococcal 89 pneumonia associated with increased adenosine triphosphate
availability and turnover
Critical Care Medicine, March 2012
Chapter 7 The effect of induced hypothermia on respiratory parameters in 107 mechanically ventilated patients
Resuscitation, December 2010
Chapter 8 Induced hypothermia reduces the level of circulating mitochondrial 115 DNA in survivors of a cardiac arrest
Submitted
Chapter 9 Suspended animation inducer hydrogen sulfide is protective in an 125 in vivo model of ventilator–induced lung injury
Chapter 10 Hydrogen sulfide donor NaHS reduces organ injury in pneumosepsis, 141 associated with improved bio–energetic status
Submitted
Chapter 11 A short course of hydrogen sulfide reduces organ injury in 167 endotoxemia, with no additional protection from prolonged infusion
Cytokine, December 2012
Chapter 12 Pharmacological induction of a hypo–metabolic state with 189 3–iodothyronamine is not protective in a mouse model of LPS
induced lung injury
Submitted
Chapter 13 Summary and general discussion 203
Appendix A Nederlandse samenvatting 209
