Plasma exchange in multiple organ failure: changing gears in sepsis and organ failure.
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Humans↗
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Ketone body ratio: an index of multiple organ failure?
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Humans↗
[Infection-induced change in the pharmacokinetics of cefotaxime. Dose calculation in multiple organ failure and relevance of score systems].
The pharmacokinetics of cefotaxime were investigated in 14 patients suffering from multiple-organ failure requiring pump-assisted, continuous volume-constant hemofiltration (CVHF) for blood purification, whereby the filtration rate was 20 ml/min. Samples of blood and ultrafiltrate were evaluated by high-pressure liquid chromatography. For dose adjustment, three different algorithms of Dettli and Kroh were used. As compared with values obtained for anuric patients during the dialysis-free period, the mean serum half-life was nearly doubled (2.75 vs 4.48 h). This reduced elimination depended mainly on a diminished non-renal elimination ratio ranging from 0.085 to 0.366. The volume of distribution remained unchanged within a wide interindividual range (Vz, 0.35 l/kg, from 0.22 to 0.56 l/kg); the sieving coefficient increased to 0.89 as compared with 0.62 in healthy volunteers. Dose adjustment by algorithms showed varied degrees of over-dosage. The estimate closest to an optimal dose was reached by the application of a new algorithm of Kroh (mean dose deviation +19%; SD, +/- 27%) using an individual non-renal elimination ratio (QIND). QIND correlated significantly with the severity of disease according to the sepsis score of Elebute and Stoner (r = 0.763, P less than 0.005). Thus, it is possible to adjust reliably individual dosage in multiple-organ failure and to reduce the frequency of drug monitoring required.
Adult↗
[Successful mitral valve replacement in multiple organ failure due to mechanical hemolytic anemia after mitral valve repair: a case report].
An 18-year-old man suffered multiple organ failure due to hemolytic anemia after mitral valve repair. He was admitted with mitral regurgitation (MR) and mitral valve repair was performed. However, after 3 days of the operation, he developed hemolytic anemia and heart murmur. A reoperation of mitral valve replacement was performed because of progressing heart failure with renal and liver dysfunction. The operative findings revealed a rupture in the choldae with dislocation of the C-E ring. The MR flow and dislocated ring are suspected to be the cause of the hemolysis. After the reoperation, the hemolysis and general condition were immediately improved. The indication of this reoperation should be carefully decided. In this case of multiple organ failure following mitral valve repair, reoperation of mitral valve replacement was successful.
Adolescent↗
Multiple organ failure in polytrauma patients.
To determine limitations in survival and problems of single and multiple organ failure (SOF, MOF) following trauma in Bavaria, we reviewed 433 consecutive patients with multiple injuries treated at the Klinikum Grosshadern from 1978 through 1982. Most patients were young and were injured in traffic accidents. The overall mortality was 18% (78 deaths): 38 deaths were due to CNS injuries (49%), six from miscellaneous causes (7%), 15 associated with SOF (19%), and 19 associated with MOF (25%). There were 50 patients with SOF and 34 with MOF. Two MOF patterns were found: a rapid single-phase (15 patients) due to trauma and shock; and a delayed two-phase MOF (19 patients) due to trauma, shock, and sepsis. Mortality for the MOF group was 56%. The lung was the predominant organ to fail represented in all SOF and MOF cases. Cimetidine and pirenzipin prevented stress bleeding in all but four patients. Significant factors leading to MOF were shock, massive blood transfusions, sepsis, and errors in treatment. The temporal sequence of organ failure was lung, clotting system, kidney, and liver. Sepsis was ultimately the cause of death in eight MOF patients (42%). Earlier pulmonary and cardiovascular support beginning at the scene of the accident, and prevention and better treatment of head injury, respiratory failure, and sepsis are critical factors for increasing survival after injury.
Abdominal Injuries↗
Use of single-frequency bioimpedance at 50 kHz to estimate total body water in patients with multiple organ failure and fluid overload.
OBJECTIVE: To investigate the relationship between single-frequency bioimpedance at 50 kHz (both total body impedance and segmental impedance) and total body water, measured using tritiated water in the presence of the severe fluid retention seen in multiple organ failure. DESIGN: Prospective, controlled study. SETTING: General intensive care unit. SUBJECTS: Twenty patients with multiple organ failure and 30 normal volunteers, of whom a subgroup of ten had total body water measured. INTERVENTIONS: None. MEASUREMENTS AND MAIN RESULTS: Total body water and total and segmental bioimpedance values at 50 kHz were measured using tritiated water and a Holtain body composition analyzer in 20 patients with multiple organ failure and in ten normal volunteers. An additional 20 normal volunteers also had segmental and total body impedance measured. There was no difference in the linear regression lines constructed for the patients and the volunteers, but the SEM in the patients (7.6 L) was four times that seen in the normal subjects (1.9 L). In a further seven patients, the impedance technique overestimated the change in total body water, deduced from acute changes in weight, by between 0% and 46% (median, 12%). In the patients, who were supine, the knee-ankle segment contributed significantly more to total body impedance than it did in the normal volunteers (42.5% vs. 34.4%; p < .001), who were upright and mobile immediately before the measurement. CONCLUSIONS: Although single-frequency bioimpedance does give an indication of total body water and change in total body water, it is neither precise nor accurate enough to be the sole guide to fluid therapy. The proportion of total impedance contributed by the knee-ankle segment, which contains relatively little water, was significantly greater in the patients than in the controls, probably reflecting better drainage of fluid from the lower limb in the supine position.
Adult↗
Retroperitoneal laparostomy as an effective emergency treatment of abscess and multiple organ failure after blunt duodenal trauma: report of a case.
Retroperitoneal abscess with multiple organ failure, after traumatic duodenal rupture followed by dehiscence of duodenal sutures, is a condition associated with a very high mortality. We report on a case treated by retroperitoneal laparostomy, a technique proposed as treatment for pancreatic abscess after an acute necrotizing pancreatitis. The retroperitoneal laparostomy creates a wide open cavity in a gravity-favorable position, allowing drainage and daily debridement of necrotic collections.
Abscess↗
[Pulmonary complications within the scope of multiple organ failure].
The adult respiratory distress syndrome (ARDS) is the pulmonary manifestation of multiple organ failure. Respiratory distress, alveolar consolidation and hypoxemia refractory to oxygen are the result of uniform and unspecific morphological reactions of the alveolo capillary membrane. The development of ARDS is most commonly associated with risk factors such as sepsis, trauma, shock or pneumonia. A causal therapy for ARDS is not known. Treatment of the underlying disease, maintenance of arterial oxygenation and prevention of secondary complications are the most important therapeutic measures.
Combined Modality Therapy↗
Treatment of multiple organ failure through sepsis by surgery and blood purification.
For the treatment of multiple organ failure (MOF) through sepsis, we have commonly applied various blood purification modalities during the perioperative period. From January 1996 to December 2000, 33 patients with MOF through sepsis were admitted and operated on in the First Department of Surgery, Akita University School of Medicine, and 21 of these 33 patients were treated using various blood purification modalities during the perioperative period: endotoxin-adsorbing therapy using polymyxin B (PMX) in 17 patients, continuous hemofiltration (CHF)/continuous hemodiafiltration (CHDF) in 15 patients, and plasma exchange (PE) and CHDF in 3 patients. Of the outcome of these 33 patients with MOF through sepsis, 17 survived and 16 died (48% mortality). Of the 21 patients with MOF through sepsis treated by surgery and blood purification, 12 survived and 9 died (43% mortality). We evaluated APACHE II and the number of failed organs before operation. Amongst the group with 12 survivors and 9 deaths, Acute Physiology and Chronic Health Evaluation II (APACHE II) was 15 +/- 5, 23 +/- 2 and the number of failed organs was 2.7 +/- 0.7, 3.9 +/- 0.8, respectively. An increased APACHE II score and number of failed organs were significantly associated with mortality. As to the treatment of MOF through sepsis due to acute peritonitis, patients with APACHE II scores ranging from 15 to 20, and those with 2-3 failed organs seem to be the candidates for the application of blood purification during the perioperative period.
APACHE↗
Impact of a comprehensive supportive care team on management of hopelessly ill patients with multiple organ failure.
We developed a supportive care team for hopelessly ill patients in an urban emergency/trauma hospital. The team includes a clinical nurse specialist and a faculty physician as well as a chaplain and social worker. The supportive care team provides an alternative to intensive care or conventional ward management of hopelessly ill patients and concentrates on the physical and psychosocial comfort needs of patients and their families. We describe our experience with 20 hopelessly ill patients with multiple organ failure vs a similar group treated before the development of the supportive care team. Although there was no difference in mortality (100 percent), the length of stay in the medical ICU for patients with multiple organ failure decreased by 12 days to 6 days. Additionally, there were 50 percent fewer therapeutic interventions provided by the supportive care team vs intensive care or conventional ward treatment of multiple organ failure patients. We describe the methods that the supportive care team uses in an attempt to meet the physical and psychosocial comfort needs of hopelessly ill multiple organ failure patients and their families. This multidisciplinary approach to the care of the hopelessly ill may have applications in other institutions facing the ethical, medical, and administrative challenges raised by these patients.
Critical Care↗
Effects of N-acetylcysteine on tissue oxygenation in patients with multiple organ failure and evidence of tissue hypoxia.
Covert tissue hypoxia, particularly of the splanchnic region, appears important in the pathogenesis of multiple organ failure (MOF). This investigation evaluates the effects of N-acetylcysteine (NAC) upon several measures of tissue oxygenation in 10 patients with severe MOF and evidence of splanchnic hypoxia (as suggested by a pathologically low value (< 7.32) of the pH of the gastric mucosa (pHi)). Patients were studied following a prospective, randomized, placebo-controlled, cross-over design. Measurements included pulmonary and systemic haemodynamics, cardiac output by thermodilution, arterial and mixed venous blood gas values, blood lactate concentration, whole-body oxygen uptake by analysis of the expired gases, and pHi by tonometry. A complete set of measurements was obtained before and 45 min after the infusion of NAC (150 mg.kg-1 in 250 mL of saline) and, also, before and 45 min after the infusion of an equivalent volume of saline. NAC increased the cardiac index and vasodilated the systemic circulation (p < 0.01). However, O2 delivery to the tissues did not increase because the arterial oxygen content fell after NAC (p < 0.01). Mean O2 extraction or lactate concentration did not change after NAC, and pHi fell slightly (from 7.11 +/- 0.21 to 7.07 +/- 0.21; p < 0.05). The infusion of saline did not modify any variable significantly. The O2 extraction fraction increased exponentially in those patients with reduced O2 transport to the tissues. These results argue against a beneficial effect of N-acetylcysteine upon tissue oxygenation in patients with severe multiple organ failure and evidence of splanchnic hypoxia. Furthermore, they suggest that the mechanisms controlling the extraction of oxygen by the peripheral tissues in these patients were not impaired.
Acetylcysteine↗
[A standardized large animal model of multiple organ failure after severe trauma].
In the past various attempts have been made to develop a standardized animal model of multiple organ failure (MOF). Until now there has been no large animal model, that imitates the clinical situation of multiple trauma patients up to MOF. In a manner similar to the pathophysiological sequence in multiple trauma patients, the combination of damaging mechanisms in the early phase (hemorrhagic shock, operating trauma, application of endotoxin (ET; 0.75 microgram/kg body weight) and zymosan-activated plasma (ZAP; 20 ml) every 12 h on days 1-5) leads to sequential irreversible damage to several organs in the late phase (> day 6) in sheep (n = 10). In this animal model representative organ parameters showed a similar course to that in MOF after multiple trauma in humans. The cardiac index increased significantly in the late phase (day 1: 6.47 +/- 0.41 ml/min x m2; day 10: 10.36 +/- 0.79 ml/min x m2), arterial oxygen pressure declined significantly (day 1: 103.1 +/- 1.6 mmHg; day 10: 89.8 +/- 4.2 mmHg). Liver function was impaired, bilirubin levels showed a significant increase (day 1: 2.94 +/- 0.34 mumol/l; day 10: 7.19 +/- 0.91 mumol/l). Creatinine clearance was low on day 1 (54.3 +/- 7.4 ml/min), increased up to day 5 and deteriorated again significantly in the late phase over the entire period (day 2: 104.3 +/- 26.8 ml/min; day 10: 53.1 +/- 17.6 ml/min).
Animals↗
Sesame oil attenuates multiple organ failure and increases survival rate during endotoxemia in rats.
OBJECTIVE: To investigate the effects and the possible mechanism of sesame oil on multiple organ failure induced by lipopolysaccharide in rats. DESIGN: Laboratory in vivo study of the effects of sesame oil on serum aspartate aminotransferase, gamma-glutamyltransferase, alkaline phosphatase, total bilirubin, blood urea nitrogen, creatinine, lipid peroxide, and nitric oxide concentrations. To assess the effect of sesame oil on xanthine oxidase, serum uric acid was measured. Furthermore, lipid peroxide concentrations in liver and kidney were determined. SETTING: University laboratory. SUBJECTS: Male Wistar rats. INTERVENTIONS: Blood testing. MEASUREMENT AND MAIN RESULTS: Serum aspartate aminotransferase, gamma-glutamyltransferase, alkaline phosphatase, total bilirubin, blood urea nitrogen, creatinine, and uric acid concentrations were determined. Lipid peroxide was analyzed by using a commercial kit. Nitric oxide production was estimated by Griess reaction. Sesame oil ameliorated hepatic and renal damage in a dose-dependent manner and increased animal survival in lipopolysaccharide-treated rats. Sesame oil decreased lipid peroxide concentration in serum but not in liver and kidney. Serum nitrite production was unaffected by sesame oil ingestion. Furthermore, the activity of xanthine oxidase was reduced by sesame oil in lipopolysaccharide-challenged rats. CONCLUSION: Sesame oil ameliorated multiple organ failure and mortality via its inhibition of xanthine oxidase in lipopolysaccharide-dosed rats. Xanthine oxidase may play a critical role in sesame oil-associated organ protection during endotoxemia in rats.
Animals↗
Phaeochromocytoma presenting as acute hyperamylasaemia and multiple organ failure.
Phaeochromocytoma may present in many different ways. We report an unusual presentation of phaeochromocytoma in a man with hyperamylasaemia and multiple organ failure thought to be due to acute relapsing pancreatitis. Abdominal ultrasound and computerised tomography (CT) examinations revealed a mass at the tail of the pancreas. Fine needle biopsy of the mass precipitated headache, intense vasoconstriction and labile blood pressure. He proceeded to laparotomy, at which an 8 x 9 cm mass was found to be replacing the left adrenal gland. Histological examination revealed a phaeochromocytoma. This case illustrates that hyperamylasaemia and multiple organ failure may be unusual presentations of phaeochromocytoma and may be unusual presentations of phaeochromocytoma and phaeochromocytoma should be considered in the differential diagnosis of a peripancreatic mass found by ultrasound or CT.
Acute Disease↗
[Multiple organ failure in pre-term pregnancy: gestosis and/or typhoid fever?].
The authors describe a clinical case of Multiple Organ Failure (MOF). Such a pathology was reported, at admission in ICU, in a young woman aged 26 who was in the 30th week of amenorrhoea, formerly hospitalized in Obstetrics, where she had had a Caesarean section because of the met of eclamptic crisis, after a pregnancy substantially normal. At the moment of her admission to the ICU the examination highlighted the sense organ obnubilated, the breath dyspnoic, a systolic and diastolic hypotension and a tachycardia of medium seriousness. From laboratory examinations it was possible to maintain that there was a serious anemia with white cells raised, a coagulative imbalance and above all a serious alteration of hepatic and pancreatic function. The creatininemia had increased a bit, a clear contraction of diuresis was present and a considerable metabolic acidosis had become intelled. Therefore the patient was affected by multiple organ failure. In successive days it was possible to execute an EEG that proved substantially normal, then a Computer Tomography to abdomen showed the presence of vast areas of hepatic necrosis, ascitic hemorrhagic fluid and a volume increased pancreas. Hepatitis markers proved negative, while a positive response was achieved for a typhoid infection (this result was reconfirmed many times later.) Modifying the antibiotic therapy (substituting full dose ampicillin to the cephalosporin) the clinical case was solved. Moreover, also thanks to a very good answer to antibiotic therapy, it was possible to confirm the diagnosis of typhoid fever, not gestosis.
Adult↗
[Acute blood purification for septic multiple organ failure].
Blood purification has been used for the prevention or treatment of septic multiple organ failure (MOF). Continuous renal replacement therapy (CRRT) is useful in the careful management of fluid, electrolytes, and acid-base balance and for the removal of metabolic wastes. Continuous plasma exchange (CPE) with CRRT is applied in order to cope with septic hepatic failure as an artificial liver support. Direct hemoperfusion with polymyxin B immobilized fiber (PMX-DHP) can rapidly improve circulation and decrease blood levels of cytokines. It is considered that these effects relate to PMX-DHP adsorbing endogenous cannabinoid. It is significant to judge the indication and combination of a suitable blood purification by the pathophysiologic causes of septic MOF.
Hemoperfusion↗
Microvascular thrombosis in pediatric multiple organ failure: Is it a therapeutic target?
PURPOSE: To discuss the current rationale for the use of specific and nonspecific therapies for thrombotic microangiopathy in thrombocytopenia-associated pediatric multiple organ failure syndromes. Methods: Pertinent PubMed and MEDLINE citations and proceedings of recent critical care meeting presentations were reviewed. RESULTS: Critical care clinicians have reported using antithrombin III concentrate, protein C concentrate, activated protein C, prostacyclin and its analogues, heparin, tissue factor pathway inhibitor concentrate, plasma infusion, plasma exchange, whole blood exchange, pentoxifylline, tissue plasminogen activator, urokinase, and streptokinase with perceived therapeutic benefits in patients with thrombocytopenia-associated multiple organ failure, including those with thrombotic thrombocytopenic purpura/hemolytic uremic syndrome, disseminated intravascular coagulation syndrome, and secondary thrombotic microangiopathy syndrome without prolonged prothrombin time/activated partial thromboplastin time. CONCLUSION: Assuming that underlying disease is remediable, a consensus has developed that thrombotic microangiopathy is a therapeutic target in children with thrombocytopenia-associated multiple organ failure syndromes. Studies are warranted to delineate efficacious use of specific and nonspecific therapies to prevent and reverse thrombotic microangiopathy in these patients.
Journal Article↗
[Neisseria Sicca endocarditis disclosed by multiple organ failure syndrome].
The authors report a case of Neisseria sicca endocarditis presenting with multiple organ failure in a 33 year old intravenous drug user. The diagnosis was confirmed by transthoracic and transoesophageal echocardiography showing vegetations on the aortic valve and three blood cultures positive for Neisseria Sicca. Massive aortic regurgitation occurred on the 4th day. The patient died of complications of intracerebral haematomas before surgical intervention. Contrary to pathogenic Neisseria gonorrhoeae and meningitides, saprophytic Neisseria, including Neisseria sicca, are commensal organisms of the upper respiratory tract. They are exceptionally rare causes of endocarditis. A review of the literature from the era of antibiotic therapy, found about thirty cases of saprophytic Neisseria endocarditis of which only five were due to Neisseria sicca. The clinical characteristics were the young age, the mainly left heart valve disease and the high incidence of cerebrovascular accidents. The originality of this case was the exceptionally rare involvement of this organism and the multiplicity of the extracardiac manifestations, especially renal and neurological.
Adult↗