ABSTRACT
Background: The addition of an adjuvant, like clonidine and fentanyl, in epidural blockade has enhanced the effectiveness of local anaesthetics as they not only help in intensifying and prolonging the blockade effect but also help in the reduction of the dose of local anaesthetics. Methods: Our study had 45 patients, all patients belonged to ASA grade-I or II, between 20 and 55 years of age requiring neuraxial blockade for lower abdominal surgeries. All the patients were randomly allocated into two groups. Group-I: Epidural ropivacaine 0.75% (14.5ml) + Fentanyl 50 μgm (1 ml) + 0.5 ml distilled water. Group-II: Epidural ropivacaine 0.75% (14.5ml) + Fentanyl 50 μgm (1 ml) + clonidine 50 μgm. Patients were monitored for sensory and motor blockade, hemodynamic parameters, rescue analgesia and adverse effects in perioperative period. Results: Highest level of sensory and motor blockade was found to be insignificant (p>0.05) in both the groups. Mean time for regression of sensory blockade to T10 was significantly longer (p<0.05) in group II as compared to group I. The duration of motor blockade was significantly (p<0.001) higher in patients of Group-II as compared to Group-I. The addition of clonidine to epidural Ropivacaine and fentanyl (Group-II) produces longer duration of analgesia as compared to Group-I. Haemodynamically the patients in both the groups behaved similarly. The patients, in whom epidural fentanyl was used, had slightly higher incidence of nausea, vomiting, dry mouth and pruritus. Conclusions: So this study re-established the fact, that the fentanyl and clonidine when added as adjuvant to epidural ropivacaine, significantly prolongs the analgesic duration without causing significant hemodynamic and respiratory changes.
ABSTRACT
Background: A prospective study was carried out in our hospital to predict morbidity and mortality in middle and old aged surgical patients by adding echocardiography to standard scoring system with hemodynamic studies. Methods: A total of 50 patients of either sex ranging from 40-70 years of ASA grade 1 & 2 scheduled for various types of noncardiac surgeries were enrolled for the study in our hospital. Patients were divided in two groups according to echocardiographic examinations. The patients with normal echocardiographic values were kept in control group and the patients with abnormal values were kept under study group. The patients in study group were further divided in three groups according to LVEF. Group1-LEVF≥60%, Group2-LVEF≥50-59%, Gr3≥40-49% Tab lorazepam was given to all the patients’ orally prior night of surgery. All the patients were induced with same type inducing agents according to body weight. All the patients were maintained on IPPV by anaesthesia machine with supplemental fentanyl, N2O, O2 and muscle relaxant. SPO2, electrocardiograph (ECG), Non-invasive/invasive blood pressure (BP), Spirometry, Capnography and temperature were monitored. At the end of the research project data’s were compiled systematically and were subjected to statistical analysis using odd’s ratio(OR),95% confidence interval (CI), z value and p value, two statistical software programme were used. Results: Significant difference in the results seen between the three study groups (Gr1, Gr2, Gr3) for perioperative ischemic changes, CHF and arrhythmias. Conclusions: In conclusion preoperative TTE before non-cardiac surgery can predict the risk of perioperative cardiac complications in known or suspected cases of cardiac disease patients.