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Objective To confirm early (6 hours) exercise in patients with partial hepatectomy is safe and feasible. Methods The control group included 211 patients who qualified for partial liver resection before the accelerated rehabilitation surgery (ERAS), 218 patients with partial hepatectomy who met the entry criteria after the implementation of ERAS were taken as test group, get out of bed 24 hours after routine mission in control group, activity of 6 hours after operation in ERAS group. To observe the time of getting out of bed and the incidence of postoperative complications in 2 groups. Results Comparison with control group, early exercise time of patients in ERAS group after surgery. The incidence of postoperative complications decreased was 14.3% (31/218) while 34.6%(73/211) of the control group. The difference was statistically significant ( χ2=299.3, 18.270, P<0.01). And did not increase the risk of falls, incision pain, postoperative bleeding. Conclusion Liver partial resection is safe and effective for patients with 6 hours post-operative exercise, worth clinical application.
RESUMO
Objective@#To confirm early (6 hours) exercise in patients with partial hepatectomy is safe and feasible.@*Methods@#The control group included 211 patients who qualified for partial liver resection before the accelerated rehabilitation surgery (ERAS), 218 patients with partial hepatectomy who met the entry criteria after the implementation of ERAS were taken as test group, get out of bed 24 hours after routine mission in control group, activity of 6 hours after operation in ERAS group. To observe the time of getting out of bed and the incidence of postoperative complications in 2 groups.@*Results@#Comparison with control group, early exercise time of patients in ERAS group after surgery. The incidence of postoperative complications decreased was 14.3% (31/218) while 34.6%(73/211) of the control group. The difference was statistically significant (χ2=299.3, 18.270, P < 0.01). And did not increase the risk of falls, incision pain, postoperative bleeding.@*Conclusion@#Liver partial resection is safe and effective for patients with 6 hours post-operative exercise, worth clinical application.
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Objective We observed influence of different handgrip exercise on the changes of blood flow velocity and blood vessel diameter of basilic vein before and after the PICC placement and discuss the best model for handgrip exercise.Methods 60 patients with PICC were chosen and divided into group A,B and C with 20 patients in each groups.Group A received routine guidance on unarmed handgrip exercise,group B used electronic handgrip,the frequency was 25 times/min,the time period was 2 min with 4 times a day,once every 4 hours,group C adopted the same model as that of group B and 6 times a day,once every 3 hours.The venous blood flow velocity and blood vessel diameter was measured by pulsed Doppler ultrasound one hour before the PICC placement and one hour,1 day,3 days,7 days,10 days,14 days,21 days after placement.Results The venous blood flow velocity before and after PICC placement had statistically significant differences at different time points (F=2.934,P ＜ 0.05).The effect of group B and C was better than that of the group A and group C showed the best effect.The blood vessel diameter before and after PICC placement had significant differences at different time points(F=3.940,P ＜ 0.05).There was significant differences in the blood vessel diameter 1h before and 1h after PICC placement.Conclusions Handgrip exercise can effectively promote the upper limb venous blood flow velocity in patients with PICC,but shows little effect on the blood vessel diameter.Using the electronic hand grip in weak tap position,25 times/min,2 min every time,and 6 times a day (once every 3 hours),can obviously promote the upper limb venous blood flow velocity.