| Variable: | Haemothorax_CXR | ||
| Description: | Haemothorax | ||
| Distribution: | Discrete | ||
| States: |
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| Relations: |
Parent Variables: |
Child Variables: | |
| Parameterised From: | RLHDataset | ||
TIC BN Evidence-BaseEvidence Browser for the TIC BN Evidence-Base |
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Evidence Browser: Variable: Haemothorax_CXR
Main Page
Variables
- Abdominal Injury
- Acidaemia
- Base Excess
- Blood Loss
- Chest Injury
- Energy
- Extremity Injury
- GCS
- Haemodilution
- Haemothorax (CXR)
- Head Injury
- Heart Rate
- Hypothermia
- Intra-abdominal Bleeding (FAST)
- Lactate
- Long Bone Fracture
- Mechanism of Injury
- Pelvic Injury
- Pre-hospital Fluids
- Resuscitation
- Systolic Blood Pressure
- TIC
- Temperature
- Tissue Injury
- Tissue Perfusion
- Unstable Pelvic Fracture (PXR)
- pH
Relations
- Abdominal Injury → Intra-abdominal Bleeding (FAST)
- Abdominal Injury → Tissue Injury
- Acidaemia → Resuscitation
- Blood Loss → Tissue Perfusion
- Chest Injury → Haemothorax (CXR)
- Chest Injury → Tissue Injury
- Energy → Abdominal Injury
- Energy → Chest Injury
- Energy → Extremity Injury
- Energy → Head Injury
- Energy → Pelvic Injury
- Extremity Injury → Long Bone Fracture
- Extremity Injury → Tissue Injury
- Haemodilution → Resuscitation
- Haemothorax (CXR) → Blood Loss
- Head Injury → GCS
- Head Injury → Tissue Injury
- Hypothermia → Resuscitation
- Intra-abdominal Bleeding (FAST) → Blood Loss
- Long Bone Fracture → Blood Loss
- Mechanism of Injury → Abdominal Injury
- Mechanism of Injury → Chest Injury
- Mechanism of Injury → Extremity Injury
- Mechanism of Injury → Head Injury
- Mechanism of Injury → Pelvic Injury
- Pelvic Injury → Tissue Injury
- Pelvic Injury → Unstable Pelvic Fracture (PXR)
- Pre-hospital Fluids → Haemodilution
- Resuscitation → TIC
- Temperature → Hypothermia
- Tissue Injury → TIC
- Tissue Perfusion → Base Excess
- Tissue Perfusion → Heart Rate
- Tissue Perfusion → Lactate
- Tissue Perfusion → Pre-hospital Fluids
- Tissue Perfusion → Systolic Blood Pressure
- Tissue Perfusion → TIC
- Tissue Perfusion → Temperature
- Tissue Perfusion → pH
- Unstable Pelvic Fracture (PXR) → Blood Loss
- pH → Acidaemia
Fragments
- Coagulopathy Fragment
- Resuscitation Fragment
- TIC Model
- Tissue Injury Fragment
- Tissue Perfusion Fragment
Data
Experts
Publications
- ACoST2008
- AllgowerEtAl1967
- AucarEtAl2003
- AuerEtAl1978
- BirkhahnEtAl2005
- BolligerEtAl2010
- BraselEtAl2007
- BrazilEtAl2000
- BredbackaEtAl1994
- BroderEtAl1964
- Brohi2009
- BrohiEtAl2003
- BrohiEtAl2007a
- BrohiEtAl2007b
- BrohiEtAl2008
- BrownEtAl2012
- BrownEtAl2013
- BruijnsEtAl2013
- CaballoEtAl2013
- CapEtAl2011
- CarrickEtAl2005
- CastellinoEtAl2014
- ChaiEtAl2013
- CharbitEtAl2016
- CheddieEtAl2013
- ChenEtAl2017
- CheseboroEtAl2009
- ChhabraEtAl2013
- ChoEtAl2009
- CoatsEtAl2006
- CohenEtAl2007
- CohenEtAl2009
- CohenEtAl2010
- CohenEtAl2012
- CohenEtAl2013
- CosgriffEtAl1997
- DarlingtonEtAl2011
- DarlingtonEtAl2012
- DarlingtonEtAl2013
- DarlingtonEtAl2015
- DavenportEtAl2011
- DavisEtAl1991
- DavisEtAl1994
- DavisEtAl1996
- DelanoEtAl2015
- DerasEtAl2014
- DiBattistaEtAl2016
- DickneiteEtAl2009
- DickneiteEtAl2010
- DirkmannEtAl2013
- DonahueEtAl2014
- DoranEtAl2012
- DuanEtAl2014
- DunbarEtAl2009
- EksethEtAl2002
- EngelsEtAl2011
- EngstromEtAl2006
- EvansEtAl1996
- FerraraEtAl1990
- FloccardEtAl2012
- FriesEtAl2005
- FriesEtAl2006
- FrithEtAl2010
- FungEtAl2012
- GenetEtAl2013
- GentilelloEtAl1997
- GisselEtAl2016
- GoodnightEtAl1974
- GreutersEtAl2011
- GrottkeEtAl2010
- GulyEtAl2011
- HagemoEtAl2013
- HaiderEtAl2009
- HalpernEtAl2008
- HarrEtAl2011
- HayakawaEtAl2011
- HayakawaEtAl2013
- HayakawaEtAl2015
- HeiniusEtAl2011
- HessEtAl2008
- HowardEtAl2016
- HubetamannEtAl2011
- HulkaEtAl1996
- HusariEtAl2009
- IrelandEtAl2011
- IwamotoEtAl2010
- JansenEtAl2011
- JohanssonEtAl2011
- JohanssonEtAl2011b
- JohanssonEtAl2012
- JohanssonEtAl2012b
- JohanssonEtAl2013
- KapschEtAl1984
- KashukEtAl2010
- KearneyEtAl1992
- KellerEtAl2001
- KettnerEtAl2003
- KhanEtAl2014
- KheirabadiEtAl2007
- KiralyEtAl2006
- KlemckeEtAl2005
- KutcherEtAl2013
- LeeEtAl2014
- LesperanceEtAl2012
- LetsonEtAl2012
- LetsonEtAl2016
- LittleEtAl1995
- LozanceEtAl1998
- LustenbergerEtAl2010
- LustenbergerEtAl2013
- MacLeodEtAl2003
- MacLeodEtAl2014
- MaegeleEtAl2007
- Martini2007
- MartiniEtAl2005
- MartiniEtAl2005b
- MartiniEtAl2006
- MartiniEtAl2006b
- MartiniEtAl2007a
- MartiniEtAl2007b
- MartiniEtAl2008
- MartiniEtAl2009
- MartiniEtAl2013
- MatijevicEtAl2014
- MayEtAl1997
- MengEtAl2003
- MitraEtAl2011
- MohrEtAl2013
- MooreEtAl2014
- MorganEtAl2006
- NealEtAl2014
- NekludovEtAl2007
- NilesEtAl2008
- NishiEtAl2013
- OstrowskiEtAl2011
- OstrowskiEtAl2012
- ParkEtAl2013
- ParrEtAl2008
- PawelczykEtAl2013
- Peek-AsaEtAl2003
- PeinigerEtAl2012
- PragstEtAl2010
- PratEtAl2015
- RadyEtAl1992
- RazaEtAl2013
- RezendeNetoEtAl2014
- RixenEtAl2005
- RizoliEtAl2011
- RizoliEtAl2011b
- RugeriEtAl2007
- RutherfordEtAl1992
- SalehpourEtAl2011
- SchochlEtAl2013
- ScholsEtAl2008
- ShafiEtAl2005
- ShazEtAl2011
- SherrenEtAl2013
- SimmonsEtAl2011
- SixtaEtAl2012
- SmithEtAl2013
- SmithEtAl2015
- SossdorfEtAl2009
- SpahnEtAl2013
- SpronkEtAl2015
- TalvingEtAl2009
- TanEtAl2002
- TianEtAl2015
- TongletEtAl2014
- TorresEtAl2013
- TurtayEtAl2010
- VandrommeEtAl2010
- WafaisadeEtAl2010
- WafaisadeEtAl2010b
- WangEtAl2005
- WattsEtAl1998
- WattsEtAl2015
- WhelihanEtAl2014
- WhiteEtAl2010
- WhiteEtAl2011
- WhiteEtAl2015
- WhiteEtAl2015b
- WilliamsEtAl2013
- WindelovEtAl2014
- WohlauerEtAl2012
- WolbergEtAl2004
- WuEtAl2014
- XuEtAl2013
- XuEtAl2015a
- XuEtAl2015b
- YetEtAl2014
- ZehtabchiEtAl2008
- deOliveiraManoelEtAl2015
- vanZylEtAl2016
- vanderSandeEtAl1978