Objective To study the clinical effectiveness analysis of early use of low molecular weight hepa-rin and aspirin in the treatment of acute cerebral infarction.Methods 120 cases with acute cerebral infarction were randomly divided into the observation group and the control group according to a random number table,with 60 cases in each group.The patients of the control group were treated with aspirin,while the patients of the observation group were given low molecular weight heparin on the basis of the control group.Both groups were treated for one month,and the therapeutic effects and adverse reactions of the two groups were compared.Results The total efficiency of the ob-servation group was 96.7%(58 /60),which was significantly higher than the 76.7%(46 /60)of the control group, the difference was statistically significant(χ2 =12.051,P =0.019);The neurological deficits after treatment of the observation group was (16.21 ±2.05 )points,which was significantly lower than (26.04 ±1.03)points of the control group,the difference was statistically significant (t =10.372,P =0.027 ).Conclusion Acute cerebral infarction early use of low molecular weight heparin and aspirin had better clinical efficacy,and it can significantly promote the recovery of neurological function in patients.

【Objective】To observe the effect of Jianzhong Yuyang Tablets(JYT) on prostaglandin E2(PGE2) content in gastric mucosa of rats with gastrointestinal injury induced by indomethacin.【Methods】One hundred and seven SD rats were randomized into 7 groups: blank control group,model group,famotidine(7.14 mg?kg-1?d-1)group,two Radix Codonopsis(RC,0.71 and 2.84 g?kg-1?d-1 respectively) groups,two JYT(0.27 and 1.08 g?kg-1?d-1 respectively) groups.Except the blank control group,the rats in other groups were given subcutaneous injection of indomethacin 20 mg/kg to induce gastrointestinal injury.PGE2 content in gastric mucosa of rats were detected with radioimmunoassay 7 hours and 7 days after modeling respectively.【Results】PGE2 content in gastric mucosa of model rats was lower than that in the blank control group 7 hours and 7 days after modeling(P

Objective To perform mouse pMSV-Slfn5-GFP gene recombinant expression plasmid construction and gene structure analysis.Methods Total RNA was extracted from mouse liver and turned into cDNA by reverse transcription.Mouse Slfn5 coding sequence (CDS) fragment was amplified by PCR and connected with the pGEM-T Easy vector.The connected product was transferred the E.coli DH5a.The positive clones were selected for extracting plasmid,which was identified by double enzyme of restriction endonuclease Hpa Ⅰ and Xho Ⅰ.Then correct plasmid identified by enzyme digestion was sequenced by Macrogen USA.Then correct plasmid by sequencing was connected with pMSV-GFP by HindⅢ and Xbo Ⅰ,which was named as pMSV-Slfn5-GF.UCSC (http://genome.ucsc.Edu/) was used to analyze mouse Slfn5 and its family genomic structure.Slfn5 protein structural domain was determined by NCBI.Results Slfn5 full-length gene sequence was cloned into the expression vector pMSV-GFP,the fragment size was about 2.65 kb by enzyme digestion identification.The conservatism of AAA_4 protein domain in Slfn5 protein family was determined by phylogeny.fr.Conclusion Mouse full-length gene pMSV-Slfn5-GFP expression vector is successfully constructed.

MicroRNAs and hypoxia inducible factor have extensive and important biological functions, both of them play an important regulatory role in angiogenesis. The interaction between them has an important significance for the profound understanding of the regulatory mechanism of angiogenesis. This article mainly summarizes the mutual regulation of microRNA and hypoxia inducible factor and its effect on angiogenesis in recent years.

Aortic Diseases ; Aortic Valve ; Aortic Valve Stenosis ; Calcinosis ; Humans ; Hyperlipoproteinemia Type II

Kinesin-2 family proteins, including KIF3A, KIF3B, KIF3C and KIF17, are members of the kinesin superfamily motor proteins , which transport various proteins and vesicles in the cell and play diverse biological functions . Recently, studies on members of kinesin-2 family proteins suggest that they play fundamental roles during ciliary transport , whose defects can lead to abnormal cilia development , the major cause of human ciliopathies .In this review , we will sum-marize the functions of this motor protein family during ciliogenesis and focus mainly on their roles in the development of model organisms .

Objective To evaluate the efficacy and safety of long-term anticoagulation therapy with warfarin in elderly patients with pulmonary thromboembolism (PTE) and the maintenance dosage of warfarin,and provide evidence for anticoagulation therapy. Methods Twenty elderly patients ( ≥65 years old) with PTE whose anticoagulation therapy duration exceeded 12 months were included into this study. The hemorrhage event, recurrence event and the maintenance dosage of warfarin in each patient were determined by the follow-up record. Results Six male patients and 14 female patients [(73.55 ± 5.76) years old] were diagnosed as PTE by CT pulmonary arteriography(CTPA). The average duration of follow-up was (22.60 ± 11.45 ) months. No fatal hemorrhage event such as cerebral hemorrhage was found during the course of long term anticoagulation therapy, and mild hemorrhage was found in 5 patients, including 1 patient with gingiva hemorrhage, 1 patient with epistaxis, 1 patient with hemoptysis, 1 patient with ecchymosis in the left leg and 1 patient with conjunctiva hemorrhage. PTE recurrence emerged in 1 patient and the recurrence rate was 5%.No change was found in the maintenance dosage of warfarin during the course of long-term anticoagulation therapy and the average dosage of warfarin was about 3.5 mg with sufficient anticoagulation therapy.Conclusions Long-term anticoagulation therapy with warfarin in elderly patients with PTE is safe and efficacious. The maintenance dosage of warfarin is about 3.5 mg, and detecting the international normalized ratio regularly is necessary.

Objective To find out the difference between fetal malnutrition (FM) and small for gestational age (SGA) and its clinical significance. Methods Clinical nutritional status was assessed in 548 singleton term babies. Nine superficial, rapidly detected signs of malnutrition were taken for the clinical assessment nutritional status score (CANSCORE). FM was diagnosed if the total score was less than or equal to 24. Results Among 40 SGA, 21(52.5%) were FM, the other 19 (47.5%) were not FM with scores more than 24, whereas 13(2.8%) out of 508 AGA (appropriate for gestational age) were FM. Conclusion SGA and FM are not synonymous and FM can be rapidly determined by the CANSCORE. Biochemical and ultrasonic studies should be done in high risk preg nancy during second trimester to discover FM and intervene by nutritional treatment to prevent the infants with FM.

Objective To understand the death rate and the main death causes of the senile diabetic inpatients. Methods The histories of all the death cases of senile diabetic inpatients in this hospital from 1992 to 1999 were reviewed. The death rate and causes of senile diabetics were compared with those of the non-senile diabetics. Results Senile diabetics among the total diabetic inpatients increased within 8 years (56.93% during 1992-1995 vs. 67.63% during 1996-1999,P80 yrs group being 23.60%, P

ObjectiveTo investigate the effect of different dosage recombinant human erythropoietin(rhEPO),an angiogenesis-like factor,on pulmonary angiogenesis exposed to hyperoxia in newborn rats.MethodsSixty Sprague-Dawley newborn rats were randomly divided into four groups:air group (room air exposure,n =15 ),hyperoxia group ( exposed to 95％ oxygen,n =15 ),hyperoxia + large dosage rhEPO group (received rhEPO 5000 U/kg,intraperitoneally on 1 hour before and 3 days after exposed to hyperoxia,n =15) and hyperoxia + small dosage rhEPO group (received rhEPO 800U/kg,the same time points,n =15 ).The isodose of saline were given intraperitoneally on the same time points in the air group and the hyperoxia group.After 6 d of exposure,the survival rate was compared,CD31 and vascular endothelial growth factor (VEGF) were measured by immunohistochemistry to assess hyperoxia-induced changes in lung morphology.ResultsAfter 6d of exposure,hyperoxia + large dosage rhEPO group prolonged the survival rate in comparison with the hyperoxia group [ 86.7 ％ ( 13/15 ) vs 60.0 ％ ( 9/15 ) ].The expression of lung CD31 [ ( 38.69 ±1.69)％ vs (33.57±4.12)％,P＜0.05] and VEGF (124.4296±7.2823 vs 114.2059 ±-8.345 7,P＜0.05) in newborn rats treated with large dosage of rhEPO was significantly higher than those in hyperoxia group.While there was no significant difference of CD31 [ ( 36.34 ± 1.89 ) ％ ] and VEGF( 115.429 6 ± 6.719 9) in small dosage rhEPO group compared with the hyperoxia group (P＞0.05 ).ConclusionInstead of treatment with small dosage rhEPO (800 U/kg),large dosage rhEPO (5000 U/kg) may have important protective effects on pulmonary angiogenesis in hyperoxia-induced lung injury of newborn rats.