Objective To study antioxidation functions effect of Guizhi-Fuling Capsule in rats with atherosclerosis(AS). Methods 50 healthy SD male rats were randomly divided into 2 groups: normal group(n=12), and AS model group (n=36). The model of experimental AS rats was established by high cholesterol diet and intraperitoneal injecting Vit D3. The normal control group was fed by ordinary diet. AS model group was randomly divided into 3 groups: AS group (n= 12), control group (n= 12), therapy group (n=12). Therapy group was given Guizhi-Fuling Capsule (0.24 g/kg · d-1) , control group was given simvastafin (0.86 mg/kg · d-1 ) and captopril(4.3 mg/kg · d-1)by intragastric administration for four weeks. Oxidized-low density lipoprotein (oxLDL),malondialdehyde (MDA), superoxide dismutase(SOD) in serum were detected at the end of therapy. Results Compared with the normal group The oxLDL [ (83.46 ± 19.42)pg/dl], MDA [ (7.38 ±2.46)nmol/ml] in serum were increased significantly(both P＜0.01 ), while SOD[ (135.70±23.49)nu/ml] was decreased significantly (P＜0.01 )in AS model group. Compared with the model group, the oxLDL[(45.87± 1l.91)pg/di], MDA[ (5.27 ±1.95)nmol/ml] in serum in control group ,the oxLDL[(26.73±9.06)pg/dl], MDA[(4.05±1.83)nmol/ml] in serum in therapy group were lower significandy (all P＜0.01 ), and the lowering effect in therapy group was better than that in control group. SOD in serum was higher significantly in the two treatment groups [in control group (185.87±37.36)nu/ml (P＜0.01)、 in therapy group (158.65±31.4S) nu/ml (P＜0.05) ], and the increasing effect in therapy group was better than that in control group. ConclusionGuizhi-Fuling Capsule has the effects of resisting atherosclerosis to rats with AS. Its mechanisms maybe relate to its antioxidation functions.

Objective To observe the anti-atherosclerosis effects of Guizhi Fuling Capsule. Methods 50 healthy SD male rats were randomly divided into 2 groups: normal group (n=12) and AS model group(n=38). The model of experimental AS rats was established by feeding high cholesterol diet and intraperitoneal injecting VitD3. The normal control group was fed by ordinary diet. AS model group was further divided into 3 groups randomly: AS group(n=12), control group (n= 12), and therapy group(n= 12). The therapy group was given Guizhi Fuling Capsule by intragastric administration.The control group was given simvastatin and captopril by intragastric administration. 0.9% NaCl was given to the AS group instead of Guizhi Fuling Capsule. The rats were killed at the 16th weekend, and their aorta arch and breast aorta were observed.Blood fat and serum levels of Endothelin-1 (ET-1), Nitric oxide (NO), high-sensitivity C-reactive protein (hs-CRP) were detected respectively. Immunohistochemistry technology was used for observing the expression of intercellular adhesion molecule- 1 (ICAM- 1 ) in breast aorta. Results The values of ET- 1, NO, hs-CRP and the amount of ICAM- 1 were (142.61 ±25.67)ng/ml, (66.05 ± 8.63) μmol/L, (2.86±0.40)mg/L, (0.29±0.05) in the normal group; (182.38±22.96)ng/ml, (28.70±4.49)μmol/L, (5.60±0.49)mg/L, (0.58±0.06)in the AS group; (154.37±21.11)ng/ml, (45.88±11.36)μmol/L, (3.66±0.34)mg/L, (0.37±0.04)in the control group and (152.13±23.23)ng/ml, (57.67±8.96)μmol/L, (3.70±0.40)mg/L, (0.36±0.04) in the therapy group respectively. The levels of ET-1, NO, hs-CRP and the amount of ICAM-1 have significant difference between the AS group and the normal group(P=2.47E-4, 6.02E-19, 1.11E-12, 2.51E-18). There was also significant difference between the control group and the AS group(P=0.005, 1.59E-14, 1.87E-5, 3.87E-14). The level of NO in the therapy group was higher than that in the control group (P=0.002). The levels of ET-1, hs-CRP and the amount of ICAM-1 did not have significant difference between the therapy group and the control group(P=0.81, 0.81, 0.48) Conclusion Guizhi Fuling Capsule has effects of Anti-atherosclerosis on rats with AS.

Objective To investigate the changes in cortisol (COR) secretion in the acute phase of traumatic brain injury (TBI) .Method Seventy-five patients admitted to the hospital at 2-24 h after TBI were divided into 3 groups based on the Glasgow Coma Scale score: mild TBI group (group TBI1, n = 30), moderate TBI group (group TBI2, n = 12) and severe TBI group (TBI3, n = 33). Thirteen patients with cervical spondylosis or osteoma of the skull (admitted to the hospital at the same period) were regarded as control group (group C). Venous blood samples were taken on the first day after admission to measure the serum concentrations of total COR, adrenocorticotropin (ACTH) and corticosteroid-binding globulin (CBG). Free COR concentrations and free COR index were calculated. High blood COR was recorded. Result Compared with group C, the serum concentrations of total COR and ACTH, free COR levels and free COR index were significantly increased in TBI1, TBI2 and TBI3groups (P ＜ 0.05). The parameters mentioned above were significantly higher in TBI2 and TBI3 groups than in TBI1 group ( P ＜0.05). There was no significant difference in serum CBG concentrations among the four groups.The incidence of high blood COR was significantly higher in TBI1, TBI2 and TBI3 groups than in C group, and in TBI3 group thanin TBI1 and TBI2 groups (P ＜0.05). Conclusion COR secretion is increased in the acute phase of TBI and the level of COR secretion is related to the severity of brain damage.

Objective To measure in vivo biomechanical properties of pelvic support structures associated with uterosacral ligament suspension(ULS). Methods Ten Chinese female cadavers(death within 48 hours)without embalming were carefully dissected to expose the ligament. After dissection, ligaments were sewn according to standard ULS surgical technique. They were stretched at a steady rate to breakage during constant electronic registration of load and displacement. In vivo biomechanical properties were evaluated by a load-displacement curve. Results Ultimate load of uterosacral ligament, ring around cervix were(37.3±23.5),(49.3±28.4)N, respectively. The differences between the two groups was not significant(P>0.05). Ligament stiffness were(1.26±1.22),(1.45±0.92)N/mm, respectively. There was no significant difference between groups(P>0.05). Conclusions The uterosacral ligament, ring around cervix with sufficient strength are not easy to deform. ULS is an effective procedure for treating middle pelvic defects from a biomechanics perspective.

To improve the effectiveness of bedside localization of nasointestinal tube(NIT)and facilitate the placement of nasointestinal tube into jejunum,we established a procedure and composed a teaching verse for bedside placement of nasointestinal tube based on relevant classical literature and our own practices.Verse content:enteral nutrition means a successful strategy to improve the outcome in critically ill patient management,never hesitate to place nasointestinal tubes when necessary.There are several methods to deal with it,but popularizing it remains a long way off.Half-sitting and swallowing into the esophagus,freely withdrawing signifies the stomach cavity.Passing through the pylorus using light tension on the tube in the right lateral decubitus position.Arriving at the jejunum with low resistance in the left lateral decubitus position.What are the signs of intragastric coiling?Tube return out of nose is the initial observation,Failure of air insufflation indicates tube coiling.Dyeing location surpasses imaging.Vacuum test is the most sensitive,Sequential change from acid to base is specific.Methylene blue test is dramatical for localization.Combining three methods is enough to navigate.Abdominal plain film is the goldan standard and can still be used in ultrasonic era.3-D image establishes overall view.CT reveals the tube route exactly.The teaching verse has become a powerful tool for clinical teaching of manual nasointestinal tube placement in a concise and easy-to-remember form.