Objective To investigate the feasibility and significance of the re-operation for patients with recurrent primary liver cancer.Methods The clinical data of 58 patients with post-operative recurrence after initial operation for primary liver cancer in our hospital from January 2003 to December 2008 were analyzed.They were divided into re-operation group and the other treatment group,and the 1-and 3-year survival rates were compared.Results The 23 cases of re-operation group were all treated by local radical resection plus hepatic arterial chemotherapy pump implantation,and postoperative chemotherapy was given via hepatic artery chemoembolization pump line.The 35 patients of the other treatment group underwent radiofrequency ablation plus transcatheter hepatic arterial chemoembolization via femoral artery.The 1-and 3-year survival rates in re-operation group was 100% and 82.6% respectively,which was significantly higher than that of the other treatment group(82.9% and 45.7% respectively).Conclusions Re-operation is the treatment of choice for patients with tumor recrrrencr after radical resection of primary liver cancer,provided that the conditions are suitable and the timing of operation is appropriate.

Anti-Bacterial Agents ; therapeutic use ; Antitubercular Agents ; therapeutic use ; Coal Mining ; Drug Therapy, Combination ; Follow-Up Studies ; Humans ; Male ; Ofloxacin ; therapeutic use ; Pneumoconiosis ; complications ; Silicotuberculosis ; drug therapy

BACKGROUND: Tiantai I consists of gastrodia, Chinese angelica root, areca seed. It has been considered as the roles of invigorating the liver, nourishing marrow, heightening the intelligence and causing resuscitation. OBJECTIVE: To observe the effects of Tiantai Ⅰ on the abilities of learn ing and memory and the activity of central cholinergic system in mice withspontaneous Alzheimer disease. DESIGN: A randomized control observation. SETTING: Shenzhen Institute of Integrated Chinese and Western Medicine. MATERIALS: Male Kunming mice of 13 months old were raised to 21 months old, of which 52 with spontaneous Alzheimer disease werescreened. They were randomly divided into blank control group, westerndrug control group, Tiantai Ⅰ 6.80 and 20.41 g/kg groups, 13 mice in eachgroup. Another 13 aged mice with normal learning and memory abilitieswere selected as the normal control group at the same time. METHODS: Mice in the western drug control group were treated with0.6 mg/Kg Hydergine, those in the Tiantai Ⅰ 6.80 and 20.41 g/kg groupswere given intragastric administration of Tiantai Ⅰ of 6.80 and 20.41 g/kg, respectively, and those in the normal control group and blank control groupwere given double distilled water of the same volume. The learning andmemory results were examined by the step-down test. Freezing sections ofbrain tissue were prepared, acetylcholinesterase (AChE) fiber was showedaccording to the Hedreen method, and choline acetyltransferase (ChAT) was detected with Burt and Silver methods, the automatic image analysissystem for biomedical application was applied in the quantitative analysisof AChE fiber and ChAT activity. MAIN OUTCOME MEASURES: ① Effect of Tiantai Ⅰ on the abilities of learning and memory in mice with Alzheimer disease; ② AChE fiberarea density in temporal cortex and hippocampal CA1 region; ③ ChAT ac tivity in Meynert nuclei of basal forebrain. RESULTS: ① Tiantai Ⅰ in ameliorating the abilities of learning and mem ory in mice with spontaneous Alzheimer disease: The error times in theTiantai Ⅰ 6.80 and 20.41 g/kg groups, normal control group and westerndrug control group were obviously fewer than that in the blank controlgroup (5.08±2.18, 3.77±1.48, 3.25±1.27, 6.17±3.12, 9.31±3.65, P ＜ 0.05). ② AChE fiber area density: The AChE fiber area densities in temporalcortex were obviously higher in the Tiantai Ⅰ 6.80 and 20.41 g/kg groups, normal control group and western drug control group than in the blankcontrol group (20.19±4.18, 25.01±6.44, 26.38±6.52, 19.44±4.33, 14.36±3.21, P ＜ 0.05). The AChE fiber area densities in hippocampal CA1 region were obviously higher in the Tiantai Ⅰ 20.41 g/kg groups and nor mal control group than in the blank control group, western drug controlgroup and Tiantai Ⅰ 6.80 g/kg group (13.88±3.07, 14.11±4.36, 6.57±2.30, 10.13±2.94, 9.63±2.40, P ＜ 0.05). ③ ChAT activity: It was obviously high er in the TiantaiI 20.41 and 6.80 g/kg groups, western drug control groupand normal control group than in the blank control group (0.683±0.179, 0.589±0.179, 0.552±0.173, 0.705±0.141, 0.354±0.131, P ＜ 0.05). CONCLUSION: Tiantai Ⅰ can significantly improve the disturbances oflearning and memory in mice with spontaneous Alzheimer disease, and itcan increase the activity of central cholinergic system in a dose-dependentmanner.

BACKGROUND:Neuron nitrogen monoxide(NO) is related to synaptic plasticity and is the key transmitter of normal learning and memory.Neuronal nitric oxide synthase(nNOS) is the biological synthetic enzyme of NO in neurons.The reports have been fewer yet on cerebral nNOS activity in Alzheimer disease(AD) patients,especially on changes in positive neural fibers of nNOS in temporal lobe cortex and hippocapmus CA1 region. OBJECTIVE:To observe cerebral nNOS activity in AD patients, especially on changes in positive neural fibers of nNOS in temporal lobe cortex and hippocapmus CA1 region and effects of Tiantai Ⅰ on nNOS activity. DESIGN:A randomized and controlled trial. SETTING:Institute of Collaboration of Chinese and Western Medicine, Shenzhen City. MATERIALS:The experiment was performed in No.2 Grade Animal Experimental Room of Institute of Collaboration of Chinese and Western Medicine,Shenzhen City.A total of 65 Kunming mice were employed in the experiment. METHODS:The experimental animals were bred till 21 months old and the mice with senile dementia were screened from the aged ones according to the international general standards and methods.The experimental animals were randomized into 4 groups,named as senile dementia group,western drug control,group with small dosage of Tiantai Ⅰ and group with large dosage of Tiantai Ⅰ .In addition,a group with normal learning and memory of the senile mice(simply called senile normal group) was designed.There were 13 mice in each group.In western drug control,hydergine 0.6 mg/kg was prescribed; in the groups of small and large dosage of Tiantai Ⅰ ,the dosages were 6.80 g/kg and 20.41 g/kg respectively,continuously for 60 days.In senile normal group and senile dementia group,the bi distilled water of equal dosage was applied for perfusion.The scores of learning and memory were determined by step down test. Slices of brain tissues were prepared with frozen,nNOS activity was displayed by NBT histochemistry method and the analysis was done systematically with auto micrography in quantity. RESULTS:Learning and memory were significantly decreased in mice with senile dementia(P< 0.01),the positive reaction of nNOS was remarkably weaker compared with normal aged mice.It was the first time to discover that the surface densities of nNOS positive neural fibers in temporal lobe cortex and hippocampus CA1 region [(9.48± 2.09),(5.11± 2.74) respectively]were remarkably lower than those of the normal aged mice [(17.75± 3.47),(11.95± 2.00) respectively](P< 0.01). Simultaneously, it was also the first time to discover that normal correlation was apparent between nNOS activity of cortex and hippocampus and the scores of learning and memory.Tiantai Ⅰ could significantly increase the surface densities of nNOS positive neural fibers in cortex and hippocampus in senile dementia mice, of which, the values of the small dosage were (11.57± 2.44) and (8.18± 2.92) respectively and of the large dosage were (12.59± 2.88) and (9.33± 2.18) respectively,(P< 0.01- 0.05). CONCLUSION:The hypo activity of central nNOS in senile dementia mice resulted in significantly decreased positive neural fibers of nNOS in cerebral cortex and hippocampus.The surface densities of nNOS positive neural fibers in temporal lobe cortex and hippocampus CA1 region were significantly related to the scores of learning and memory.Tiantai Ⅰ could remarkably improve the disturbance of learning and memory in spontaneous senile dementia model and enhance its nNOS activity in cerebral cortex and hippocampus.

Adult ; Diagnosis, Differential ; Drugs, Chinese Herbal ; therapeutic use ; Humans ; Male ; Medicine, Chinese Traditional ; Middle Aged ; Phytotherapy ; Prostatitis ; drug therapy ; prevention & control

Adult ; Benzene ; poisoning ; Cord Blood Stem Cell Transplantation ; Female ; Humans ; Infant, Newborn ; Leukemia ; etiology ; surgery ; Male ; Treatment Outcome ; Young Adult

BACKGROUND: The early and medium medication has been proved to have a certain effect to patients with Alzheimer disease, can delay its development.OBJECTIVE: To investigate the effect of No. 1 recipe on learning and memory function of spontaneous Alzheimer disease models.DESIGN: A randomized and controlled trial.SETTING: Shenzhen City Institute of Integration of Traditional Chinese and Western Medicine.MATERIALS: The experiment was completed at the grade Ⅱ Laboratory of Shenzhen City Institute of Integration of Traditional Chinese and Western Medicine. The experimental animals were mice of Kunming strain.METHODS: Totally 52 Kunming mice, aged 21 months, with spontaneous Alzheimer disease (memory impairment) were chosen, and at random divided into 4 groups: senile dementia, western drug control, tiantai No. 1recipe 6.80 g/kg and 20.41 g/kg groups; besides 13 mice with normal learning and memory power were chosen as normal senile group. Hydergine 0.6 mg/kg was given for mice in western drug control group, tiantai No. 1recipe (orthogonally optimized) 6.80 g/kg and 20.41 g/kg were respectively given for mice in tiantai No. 1 recipe 6.80 g/kg and 20.41 g/kg groups.The medicines above were all prepared into 0.5 mL solution and given by garage, for consecutive 60 days. The mice in normal senile and senile dementia groups were given double distilled water of the same volume. The learning memory power was tested by jumping stand, comparing the numbers of learning error and memory error, latent escaping periods of learning training and latent safe platform of memory test.MAIN OUTCOME MEASURES: The improving effect of tiantai No. 1recipe on learning and memory function of spontaneous Alzheimer disease mice.RESULTS: All animals involved in the trial entered the final result analysis without any loss. The error numbers of learning and memory in tiantai No. 1 recipe 6.80 g/kg and 20.41 g/kg groups were smaller than that in senile dementia group (5.08±2.18, 3.77±1.48, 9.31±3.65; 1.85±1.21, 1.54±0.88,4.27±2.58), and the error number of learning in tiantai No. 1 recipe 6.80 g/kg group was more than that in tiantai No. 1 recipe 20.41 g/kg group. The escape latent period of learning training was smaller than that in the senile dementia group and the safe platform latent period of memory in tiantai No. 1 recipe 6.80 g/kg and 20.41 g/kg groups were longer than that in senile dementia group [(18.9±7.5), (19.9±5.9), (33.7±9.3); (91.7±32.0),(101.5±40.9), (43.6±20.7)s], and the safe platform latent period of memory in tiantai No. 1 recipe 6.80 g/kg group was smaller than that in 20.41 g/kg group.CONCLUSION: There was obvious intellectual disturbance in spontaneous Alzheimer disease mice, tiantai No. 1 recipe can remarkably improve their learning and memory impairments, with a relationship of dose-effect.

Objective To study CT features of thymoma,so that to improve the accuracy of CT diagnosis and differential diagnosis.Methods 31 cases of thymomas proved by surgery and pathology were examined with conventional CT scans.CT findings of thymoma were analyzed.Results The lesions in 27 cases(87.1%)were located in the anterior upper and middle mediastinum.There were benign lesion in 11,including mass-cardiovascular interface(MCI) with convex type(8 cases),flatness type(1 cases) and concave type(2 cases).20 cases were malignant lesion,including MCI with cast type(18 cases) and concave type(2 cases).Irregular invasion to adjacent organs was found in 11 cases,others included pericardiac effusion(n=6),pericardial and mediastinal invasion(n=2),pleural effusion(n=4),pneumonia(n=2),lung,bone,mediastinal lymphadens metastasis(n=2) and liver,pancreas metastasis(n=1).Conclusion CT scans is of significant value in diagnosis and differential diagnosis of thymoma.

BACKGROUND:Pelvic and acetabular fractures in elderly are frequently observed in the clinic, and the incidence gradual y increased. Moreover, it is difficult to conduct reduction and fixation due to their physical status and osteoporosis to different degrees. Locking plate is ideal fixation material in surgical treatment of acetabular fractures in elderly due to the special functions and good molding of screw and locking plate.
OBJECTIVE:To analyze the advantages and disadvantages of locking reconstruction plate used in the acetabular fracture for the aged patients and to improve the clinical effect of acetabular fractures in elderly.
METHODS:From January 2010 to February 2013, 21 aged patients with acetabular fracture were treated by open reduction and internal fixation with locking reconstruction plates made of titanium and 00Cr 18 Ni 14 Mo 3 stainless steel in the Department of Orthopedics Affiliated Hospital of Jining Medical University.
RESULTS AND CONCLUSION:Of 21 patients, 20 cases were fol owed up for 12-18 months (mean 14 months), but one dropped out. Al the fractures were healed within 4-6 months and no failure cases. According to Matta evaluation criteria, the satisfactory rate was 90%. According to the D’Aubigne scoring system, the excellent and good rate was 95%. These data indicated that locking reconstruction titanium plate is reliable, has low failure rate and satisfactory clinical effects for acetabular fracture in aged patients, and is ideal fixation material in treatment of acetabular fractures in elderly.

Yinchenzhufu decoction (YCZFD) is a classic formula for treating Yin Huang syndrome, which can improve liver injury caused by cholestasis. However, the mechanism of action of YCZFD still remains unclear. This article used network pharmacology, molecular docking, animal experiments, and molecular biology methods to explore the mechanism of YCZFD in treating liver injury caused by cholestasis. A mouse model of acute cholestasis induced by lithocholic acid was used to investigate the effects of YCZFD on liver injury. The experimental procedures described in this paper were reviewed and approved by the Ethical Committee at the Shanghai University of Traditional Chinese Medicine (approval NO. PZSHUTCM190823002). The results showed that YCZFD could reduce the levels of blood biochemical indicators and improve hepatocyte damage of cholestatic mice. Then, multiple databases were used to predict the corresponding targets of YCZFD active components on cholestatic liver injury. An intersection target protein-protein interaction (PPI) networks based on String database and Cytoscape software was used to demonstrate the possible core targets of YCZFD against cholestatic liver injury. The results indicated that core targets of YCZFD include tumor necrosis factor, interleukin-1β, non-receptor tyrosine kinase Src, interleukin-6, etc. GO (gene ontology) and KEGG (kyoto encyclopedia of genes and genomes) enrichment analysis indicated that YCZFD may regulate the tumor necrosis factor signaling pathway, nuclear factor-κB signaling pathway, bile secretion, and other related factors to ameliorate the cholestatic liver injury. AutoDockTools software was used to perform molecular docking verification on the core targets and components of YCZFD. To verify the results of network pharmacology, UPLC-MS/MS method was used to determine the effect of YCZFD on levels of bile acid profiles in mouse liver tissues. It was found that treatment with YCZFD significantly reduced the content of free bile acids, taurine bound bile acids, and total bile acids in the liver tissues of cholestatic mice. Then, results from real time PCR and Western blot also found that YCZFD can upregulate the expression of hepatic nuclear receptor farnesoid X receptor, metabolizing enzyme (UDP glucuronidase transferase 1a1), and efflux transporters (bile salt export pump, multidrug resistance-associated protein 2, multidrug resistance-associated protein 3, etc) in cholestasis mice, promote bile acid metabolism and excretion, and improve bile acid homeostasis. Moreover, YCZFD can also inhibit pyroptosis and inflammation by regulating NOD-like receptors 3 pathway, thereby inhibiting cholestatic liver injury.