Fever and hypothermia represent two populations of sepsis patients and are associated with outside temperature
Background Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. Methods We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the associ...
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Published in | Critical care (London, England) Vol. 25; no. 1; pp. 368 - 10 |
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Main Authors | , , , , , , , , , , , , , , , |
Format | Journal Article |
Language | English |
Published |
London
BioMed Central
21.10.2021
BioMed Central Ltd BMC |
Subjects | |
Online Access | Get full text |
ISSN | 1364-8535 1466-609X 1364-8535 1466-609X 1366-609X |
DOI | 10.1186/s13054-021-03776-2 |
Cover
Abstract | Background
Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates.
Methods
We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia.
Results
With 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever.
Conclusions
Septic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question.
Trial registration
The original trial whose dataset was analyzed was registered at ClinicalTrials.gov (NCT01187134) on August 23, 2010, the first patient was included on July 1, 2011. |
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AbstractList | Abstract Background Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. Methods We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia. Results With 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever. Conclusions Septic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question. Trial registration The original trial whose dataset was analyzed was registered at ClinicalTrials.gov (NCT01187134) on August 23, 2010, the first patient was included on July 1, 2011. Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia. With 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever. Septic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question. Trial registration The original trial whose dataset was analyzed was registered at ClinicalTrials.gov (NCT01187134) on August 23, 2010, the first patient was included on July 1, 2011. Background Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. Methods We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia. Results With 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever. Conclusions Septic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question. Trial registration The original trial whose dataset was analyzed was registered at ClinicalTrials.gov (NCT01187134) on August 23, 2010, the first patient was included on July 1, 2011. Keywords: Fever, Sepsis, Outcome, Mortality, Body temperature, PCT, Lactate, Blood cultures, Prognosis Background Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. Methods We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia. Results With 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever. Conclusions Septic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question. Trial registration The original trial whose dataset was analyzed was registered at ClinicalTrials.gov (NCT01187134) on August 23, 2010, the first patient was included on July 1, 2011. Background Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. Methods We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia. Results With 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever. Conclusions Septic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question. Trial registration The original trial whose dataset was analyzed was registered at ClinicalTrials.gov (NCT01187134) on August 23, 2010, the first patient was included on July 1, 2011. Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates.BACKGROUNDFever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates.We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia.METHODSWe did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia.With 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever.RESULTSWith 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever.Septic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question. Trial registration The original trial whose dataset was analyzed was registered at ClinicalTrials.gov (NCT01187134) on August 23, 2010, the first patient was included on July 1, 2011.CONCLUSIONSSeptic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question. Trial registration The original trial whose dataset was analyzed was registered at ClinicalTrials.gov (NCT01187134) on August 23, 2010, the first patient was included on July 1, 2011. Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. We did a secondary analysis of a large clinical dataset from a quality improvement trial. A binary logistic regression model was calculated to assess the association of the thermal response with outcome and a multinomial regression model to assess factors associated with fever or hypothermia. With 6542 analyzable cases we observed a bimodal temperature response characterized by fever or hypothermia, normothermia was rare. Hypothermia and high fever were both associated with higher lactate values. Hypothermia was associated with higher mortality, but this association was reduced after adjustment for other risk factors. Age, community-acquired sepsis, lower BMI and lower outside temperatures were associated with hypothermia while bacteremia and higher procalcitonin values were associated with high fever. Septic patients show either a hypothermic or a fever response. Whether hypothermia is a maladaptive response, as indicated by the higher mortality in hypothermic patients, or an adaptive response in patients with limited metabolic reserves under colder environmental conditions, remains an open question. |
ArticleNumber | 368 |
Audience | Academic |
Author | Scheer, Christian Weiss, Manfred Hoffmann, Peter Bloos, Frank Bach, Friedhelm Kuhn, Sven-Olaf Thomas-Rüddel, Daniel O. Simon, Philipp Reinhart, Konrad Lindner, Matthias Schwarzkopf, Daniel Komann, Marcus Gerlach, Herwig Bauer, Michael Wetzker, Reinhard Rüddel, Hendrik |
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BackLink | https://www.ncbi.nlm.nih.gov/pubmed/34674733$$D View this record in MEDLINE/PubMed |
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ContentType | Journal Article |
Contributor | Lange, Martina Schreiber, Torsten Thomas-Rüddel, Daniel Teichert, Andrea Rosenberger, Peter Clausen, Tobias Riessen, Reimer Henn, Philipp Textor, Zoran Diers, Anja Christink, Susann Matthäus-Krämer, Claudia Lemke, Thees Eiserloh, Christel Meier-Hellmann, Andreas Rüddel, Hendrik Schädler, Dirk Guderian, Liane Eiche, Jürgen Fischer, Annemarie Fleischhacker, Christoph Klaproth, Marion Knebel, Frieder Meinhardt, Alexander Fuchs, Christina Lucht, Alexander Fahrenholz, Meike Voswinckel, Robert Scheer, Christian Häberle, Helene Bloos, Frank Bach, Friedhelm Gerber, Manuela Kuhn, Sven-Olaf Seibel, Armin Simon, Philipp Bachmann-Holdau, Ulrike Sternkopf, Michael Schulz-Ruhtenberg, Nina Anetseder, Martin Weiler, Norbert Sander, Annett Schürholz, Tobias Becker, Klaus-Dieter Menning, Winfried D'Aria, Stefanie Braun, Georg Mezger, Friederike Jensen, Nicole Brederlau, Jörg Jelschen, Florian Lehmann, Gunther Toussaint, Susanne Kaisers, Udo Koch, Mathias Barz, Robert Hoeschen, J Michaelsen, Birgit Volkmer, Christel Vedder, Ina Redlich, Ulrike Rücker, Marcus Dey, K |
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Keywords | PCT Prognosis Lactate Outcome Mortality Body temperature Sepsis Fever Blood cultures |
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Snippet | Background
Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates.
Methods
We did a secondary... Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. We did a secondary analysis of a large... Background Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. Methods We did a secondary... Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. We did a secondary analysis of a large... Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates.BACKGROUNDFever and hypothermia have... Abstract Background Fever and hypothermia have been observed in septic patients. Their influence on prognosis is subject to ongoing debates. Methods We did a... |
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SubjectTerms | Body temperature Critical care Critical Care Medicine Data collection Datasets Diagnosis Emergency Medicine Environmental aspects Fever Fever - complications Humans Hyperthermia Hypothermia Hypothermia - complications Infections Intensive Medical prognosis Medicine Medicine & Public Health Mortality Outcome Pathogens Patient outcomes Patients PCT Prognosis Regression analysis Risk factors Sepsis Sepsis - therapy Temperature Weather |
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Title | Fever and hypothermia represent two populations of sepsis patients and are associated with outside temperature |
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