[Inhalation anesthesia at the end of the 19th Century].
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Biomedical subjects
Publications and source records attributed to A Franco.
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The objective of this study was to evaluate the effect of early enteral nutrition on the incidence of the septic syndrome as well as its tolerance, in patients with severe burns. We retrospectively studied 64 patients older than 15 years of age, with a greater than 20% burned body surface area. They were divided into 2 groups as a function of the time elapsed between the beginning of Enteral Nutrition and the time of the burning: 23 patients were given Enteral Nutrition within 24 hours after the burn, and in 41 patients the enteral nutrition was started later than 24 hours after sustaining the thermal injury. Both groups were similar with respect to age, sex, percentage of 2nd and 3rd degree burns, incidence of inhalation, and deaths. All patients received the Enteral Nutrition through a nasogastric tube, with administration of a polymeric, hyperprotein and hypocaloric formula through a continuous infusion pump. In our study we saw a reduction of the incidence of the septic syndrome in the patients who received early enteral Nutrition (26%; 6 patients of a total of 23), with respect to those who did non receive early Enteral Nutrition (54%; 22 patients of a total of 41), with a statistical significance of p > 0.05. There were no differences between both groups with respect to the digestive tolerance to Enteral Nutrition. From our study we can deduce that early Enteral Nutrition reduces the incidence of septic complications, without this increasing the digestive intolerance to the same.
BACKGROUND: The purpose of this study was to investigate whether the combined positive inotropic and vasodilating properties of enoximone have a short-term benefit when used in patients who underwent open heart surgery. METHODS: From 7/1994 to 1/1995 twenty-six patients with severe myocardial dysfunction (ejection fraction < 35%) were enrolled into a prospective trial before undergoing coronary artery bypass graft. They were randomly selected into two study groups: the first treated with enoximone (group E) and the other one with dopamine (group D). Anaesthesia was the same for both groups using high-dose fentanyl. Buckberg cardioplegia was used. All patients were followed by: conventional monitoring, Swan-Ganz catheter and transesophageal echocardiography. measurements (hemodynamic parameters, end-systolic and diastolic area and left ventricular wall motion) were recorded: after induction of anesthesia, after loading-dose and an intensive care unit. Enoximone- and dopamine infusions were started during weaning from cardiopulmonary bypass and tailored to hemodynamic parameters (cardiac index > 2.8 l/min, wedge pressure < 16 mmHg, mixed venous blood saturation > 65%). Major events were defined as: endotracheal intubation > 36 h, using intraortic balloon pump or centrifugal pump, intensive care timer > 48 h, in hospital cardiac death. Prices, were established by DRG-tables (diagnosis related groups). Statistical analysis were performed by X and "t" Student tests. RESULTS: Cardiac index increased more significantly in group E (CI 1.9-->3.9 vs 2.3-->3.3; p 0.05) thanks to a higher reduction of vascular systemic (SVRI 2889-->1447 vs 2536 -->1565; p 0.005) and pulmonary resistances (PVRI 271-->193 vs 288-->218; p 0.05). Fewer major cumulative events and intensive care costs were observed in group E rather than group D. CONCLUSIONS: Enoximone administer immediately after open heart surgery had more beneficial hemodynamic and clinical effects than dopamine in patients with severe left ventricular dysfunction.
The natural history of patients with coronary artery disease and diastolic dysfunction who underwent coronary artery bypass grafting (CABG) is not well known. The aims of our study were to evaluate the incidence of diastolic dysfunction, its evolution after CABG and its possible correlation with adverse in-ICU prognosis. We studied 88 consecutive patients scheduled for CABG with not severely depressed left ventricular function (ejection fraction > 35%) and multivessels disease. Buckberg cardioplegia was used for myocardial protection. Diastolic function was investigated by recording mitral and venous pulmonary flow by transesophageal Doppler echocardiography (TEE). TEE examination was performed in operative room pre and post-bypass, at ICU arrival and after three months. Diastolic dysfunction was defined as mild, moderate and severe. Adverse in ICU events were defined as: use of inotropic drugs or ventricular mechanical support, an ICU stay > 24 hours, perioperative myocardial infarction and death. The study group was compared with a control group. T-Student test was used; a p < 0.05 was considered significant. A reduced diastolic function was present in 77% of patients at baseline examination. Diastolic dysfunction did not worsen significantly after hypothermic cardiac arrest and reperfusion. It persisted during ICU stay and normalized after three months from CABG in the majority of patients (85%). Diastolic failure was not associated with an adverse ICU prognosis (adverse events: 18 versus 13%; p = ns).
AIMS: To propose an original evaluation and validation of the Clock Face Test (CFT). METHOD: Outpatients; 163 elderly people, aged over 65 years. Factory analysis, Student's test. RESULTS: The test shows a positive correlation with Folstein's MMSE (r = 0.769) and Signoret's BEC 96 (r = 0.644), a good specificity (75% with MMSE; 79% with BEC 96) and a good sensitivity (87% with MMSE; 74% with BEC 96). Four factors are identified by factory analysis; 74% of the variancy is explained by the first three factors. CONCLUSION: The CFT is a valid tool, easy to conduct. Several applications are possible for diagnosis, psychometric control and therapeutic trials.
INTRODUCTION: Knowing the most reliable method for measuring the metabolic energy use (MEU), is of great importance in patients with severe burns. For the calculation of the energetic requirements of large burn patients, several predictive equations (PE's) are used, based on weight, size, age, body surface area (BSA), and burned body surface (BBS). Previous studies note the tendency for over-or underestimating the MEU, depending on whether one or another PE is used, which is why it is considered necessary to calculate the energy requirements in the most exact manner possible, which can be done by means of indirect calorimetry (IC). MATERIAL AND METHODS: 18 patients (14 men and 4 women) who were admitted to the Burn Unit between 1994 and 1995, were included in the study, with the following inclusion criteria; age > 18 years and < 65 years, and who presented deep burns on are than 15% of the body surface. The MEU of the patients was evaluated by means of IC, using a Deltatrac il unit. The MEU calculated by means of IC was compared with that calculated by means of the four most commonly used PE's in literature: Long Formula: MEU = Basal energy use (BEU) x activity factor x aggression factor which is variable according to the BBS; Curreri Formula: MEU = (Weight x 25) + (total BBS x 40); MEU = 2000 x BSA. As statistical methods, one looked for the existence of correlation, by means of the Pearson method, and the "r" were compared by means of the Fischer conversion. The regression coefficient was found among the values obtained through the PE's and those measured by IC, as well as among those of IC and the percentage of deep burn and the total burned body surface. RESULTS: All the formulate included overestimated the MEU measured between 30.6% and 43.8% with the 2 x MEU formula being the one which did so least (30.6%). In any of them, there is an important variation of the percentage of overestimation with respect to the average MEU in this group. All are correlated in an important way with the MEU. The reliability of these PE's is variable, as is shown by the slopes of the regression lines, with the most reliable PE being that of 2000 x BSA, and that of 2 x MEU, by Harris-Benedict. There is also correlation between the average MEU by IC and the deeply burned body surface. CONCLUSION: This study proves the usefulness of the IC for knowing the EME in burn patients, to prevent their hypernutrition, as well as the relative value of the formulae usually used clinically to estimate this parameter.
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Based on their experience of 1,870 burned children, authors point out the main etiologic factors involved and discuss the preventive actions among which an improvement of the familial income and an adequate diffusion of safety rules seem to be the most relevant.