Noninvasive Hemodynamic Monitoring of Patients Sustaining Severe Penetrating Thoracic,Abdominal and Thoracoabdominal Injuries for Early Recognition and Therapy of Shock
Free accessResearch articleFirst published online September, 2006
Noninvasive Hemodynamic Monitoring of Patients Sustaining Severe Penetrating Thoracic,Abdominal and Thoracoabdominal Injuries for Early Recognition and Therapy of Shock
ShoemakerWCAppelPLKramHBWaxmanKLeeTSProspective trial of supranormal values of survivors as therapeutic goals in high risk surgical patients. Chest1988;94 (6):1176–1186.
2.
BoydOGroundsMBennettDA randomized clinical trial of the effect of deliberate perioperative increase of oxygen delivery reduces mortality in high risk surgical patients. JAMA1993;270 (22):2699–2707.
3.
YuMLevyMMSmithPTakiguchiSAMiyasakiAMyersSAEffect of maximizing oxygen delivery on mortality and mortality rates in critically ill patients: A prospective randomized controlled study. Crit Care Med1993;21:830–838.
4.
BerlaukJFAbramsJHGilmourIJO'ConnorSRKnightonDRCerraFBPre operative optimization of cardiovascular hemodynamics improves outcome in peripheral vascular surgery. Ann Surg1991;214:289–299.
5.
YuMTakanishiDMyersSATakiguchiSASeverinoRHasaniyaNLevyMMMcNamaraJJFrequency of mortality and myocardial infarction during maximizing oxygen delivery: A prospective randomized trial. Crit Care Med1995;23:1025–1032.
6.
BishopMHShoemakerWCAppelPLMeadePOrdogGJWasserbergerJWoCJRimleDAKramHBUmaliRProspective trial of survivors values of cardiac index, oxygen delivery, and oxygen consumption as resuscitation endpoints in severe trauma. J Trauma1995;38:780–787.
7.
ScaleaTMSimonHMDuncanAOAtwehNASclafaniSJPhillipsTFShaftanGWGeriatric blunt multiple trauma: Improved survival with early invasive monitoring. J Trauma1990;30:129–136.
8.
HankelnKBSenkerRSchwartenJUBeezMGEngelHJLaniewskyPEvaluation of prognostic indices based on hemodynamic and oxygen transport variables in shock patients with ARDS. Crit Care Med1987;15 (1):1–7.
9.
TuchschmidtJFriedJAstizMRackowEElevation of cardiac output and oxygen delivery improves outcome in septic shock. Chest1992;102:216–220.
10.
MooreFAHaenelJBMooreEEWhitehillTAIncommensurate oxygen consumption in response to maximal oxygen availability predicts postinjury oxygen failure. J Trauma1992; 33 (1):58–67.
11.
CreamerJEEdwardsJDNightingalePHemodynamic and oxygen transport variables in cardiogenic shock secondary to acute myocardial infarction. Am J Cardiol1990; 65: 1297–1300.
12.
RadyMYEdwardsJDRiversEPAlexanderMMeasurement of oxygen consumption after uncomplicated acute myocardial infarction. Chest1993;103:886–895.
13.
AbrahamEBlandRDCoboJCShoemakerWCSequential cardiorespiratory patterns associated with outcome in septic shock. Chest1984;85:75–80.
14.
BishopMWShoemakerWCAppelPLWoCJZwickCKramHBMeadePKennedyFFlemingAWRelationship between supranormal values, time delays and outcome in severely traumatized patients. Crit Care Med1993;21:56–63.
15.
ShoemakerWCAppelPLKramHBRole of oxygen debt in the development of organ failure, sepsis, and death in high risk surgical patients. Chest1992;102:208–215.
16.
BishopMShoemakerWCAvakianSJamesEJacksonGWilliamsDMeadePFlemingAEvaluation of a comprehensive algorithm for blunt and penetrating thoracic and abdominal trauma. Am Surg1991;57:737–746.
17.
AsensioJAArroyoHJrVelozWFornoWGambaroERoldanGAMurrayJVelmahosGDemetriadesDPenetrating thoracoabdominal injuries: Ongoing dilemma-Which cavity and when? World J Surg2002;26:539–543.
18.
WangXASunHAdamsonDVan de WaterJMAn impedance cardiography system: A new design. Ann Biomed Eng1989;17:535–556.
19.
WangXVan de WaterJMSunHHemodynamic monitoring by impedance cardiography with an improved signal processing technique. Proc IEEE Eng Med and Biol1993;15:699.
20.
ShoemakerWCWoCCBishopMHAppelPLVan de WaterJMHarringtonJRWangXPatilRSMulticenter trial of a new thoracic electric bioimpedance device for cardiac output estimation. Crit Care Med1994;22:1907–1912.
21.
ShoemakerWCWoCCChanLRamiconeEKamelESVelmahosGCBelzbergHOutcome prediction of emergency patients by noninvasive hemodynamic monitoring. Chest2001;120:528–537.
22.
WoCCJShoemakerWCBishopMHNoninvasive estimations of cardiac output and circulatory dynamics in critically ill patients. Curr Opinion Crit Care1995;1:211–218.
23.
TremperKKWaxmanKShoemakerWCEffects of hypoxia and shock on transcutaneous PO2 values in dogs. Crit Care Med1979;7:526–528.
24.
TremperKKShoemakerWCTranscutaneous oxygen monitoring of critically ill adults with and without low flow shock. Crit Care Med1981;9:706–709.
25.
LubbersDWTheoretical basis of the transcutaneous blood gas measurements. Crit Care Med1981;9:721–733.
26.
VenusBPatelKCPratapKSKonchigeriHVidysagerDTranscutaneous oxygen monitoring during pediatric surgery. Crit Care Med1981;9:714–716.
27.
TremperKKHuxtableRFDermal heat transport analysis for transcutaneous O2 measurements. Acta Anaesthesiol Scand Suppl1978;68:4–8.
28.
TremperKKWaxmanKBowmanRShoemakerWCContinuous transcutaneous oxygen monitoring during respiratory failure, cardiac descompensation, cardiac arrest, and CPR. Crit Care Med1980;8:377–381.
29.
RoweMIWeinbergGTranscutaneous oxygen monitoring in shock and resuscitation. J Pediatr Surg1979;14:773–778.
30.
TremperKKShoemakerWCShippyCRNolanLSTranscutaneous carbon dioxide monitoring on adult patients in the ICU and operating room. Crit Care Med1981;9:752–757.
31.
SeveringhausJWMethodological problems in transcutaneous blood gas analysis. Acta Anaesthesiol Scand Suppl1978;68:1–3.
32.
TremperKKMentelosRAShoemakerWCEffect of hypercapnia and shock on transcutaneous carbon dioxide at different electrode temperatures. Crit Care Med1981;8:608–612.
33.
ShoemakerWCAppelPLKramHBIncidence, physiologic description, compensatory mechanisms, and therapeutic implications of monitored events. Crit Care Med1989;17:1277–1285.
34.
ShoemakerWCPatilRAppelPLKramHBHemodynamic and oxygen transport patterns for outcome prediction, therapeutic goals, and clinical algorithms: Feasibility of artificial intelligence to customize algorithms. Chest1992;102:617–625S.
35.
ShoemakerWCBayardDSWoCCBotnenAChanLSChienLCLuKDemetriadesDBelzbergHJelliffeRWStochastic model for outcome prediction in acute illness. Comput Biol Med.2006; 36: 585–600.
36.
ShoemakerWCWoCCDemetriadesDBelzbergHAsensioJACornwellEEMurrayJABerneTVAdibiJPatilRSEarly physiologic patterns in acute illness and accidents: Toward a concept of circulatory dysfunction and shock based on invasive and non-invasive hemodynamic monitoring. New Horiz1996;4:395–412.