Objective To investigate the clinical manifestations and diagnosis and treatment of aortic dissection(AD).Methods The clinical data of 20 patients with aortic dissection were analyzed retrospectively.Results 20 patients were diagnosed by CT, MRI and colour ultrasonography (5,5,10 cases, respectively). According to DeBakey typing, this group of patients was composed of type I(11 cases, 55%), type II(2 cases, 10%)and type III (7 cases, 35%). All patients were treated with internal medicine ,average time in hospital stay was(29 8?25 5)days. The patients' conditions were improved in 19 person-times (76%). 4 patients died (20%) and 2 patients abandoned treatment (8%).Conclusions The accurate diagnosis as early as possible and active therapy was a key of improvment of prognosis in patients with aortic dissection.

Objective To study the value of P 300 in judging the true and false coma in patients with closed craniocerebral trauma. Methods The latency and amplitude of abnormal P 300 evoked by visual (image) stimulation were compared and analyzed between 237 cases with closed craniocerebral trauma.which were divided into coma,non coma,false coma and noclear group.Results There was very remarkable diffe rence in the latency and amplitude of P 300 between coma group and non coma group ( P 0 05). There was remarkable difference between the cases whose coma histories were unclear and non coma ( P

Objective To detect the changes in cTnI and CK MB during extracorporeal circulation and the myocardial injury by extracorporeal circulation. Methods The value of cTnI and CK MB was determined in 30 persons during extracorporeal circulation. We divided them into 6 groups according to pre operation, 6, 12, 24, 48 and 72 hours after operation. Modified method (Bodor et al) was used to detect cTnI, and immune suppression method to detect CK MB. Results cTnI and CK MB were, cTnI ( ?s ) (5.20?2 80) ?g/L,CK MB ( ?s ) (10.75?4.70) U/L in 28 persons. They elevated 6 hours after operation. 12 24 hours after operation cTnI and CK MB increased to the maximum, cTnI 28.80 71.30 ?g/L,CK MB 55.60 71.30 U/L. During 48 72 hours, CK MB decreased to normal, 49.70 22.80 U/L. cTnI was 9.40 19.80 ?g/L 72 hours after operation. Conclusion Extracorporeal circulation may cause myocardial diseases. cTnI is a more sensitive biochemical marker for myocardial diseases.

Objective To study the change of P 300 in patients with acute puffer poisoning.Methods With medicid-03E brain evoked potential instrument of Neuronic Company. the latency and the amplitude of P 300 evoked by visual (image) and audio stimulation were measured in 21 patients with acute puffer poisoning, these patients were compared with 30 normal subjects and compared with the P 300 during different condition of poisoning.Results The latency of P 300 evoked by visual (image) and audio stimulation in patient group was significantly prolonged as compared with the control group (P

Objective To compare the peak latency(PL) and amplitude(Amp) of P_ 300 evoked by image,photo and chinese character stimulations in normal young people.Methods The PL and Amp of P_ 300 evoked by image,photo and chinese character stimulations were recorded respectively in 32 normal young people.Results There was a very remarkable difference of PL between the chinese character stimulation and the other two ways( P

Objective To investigate changes of the visual P300 topography mapping in patients with closed craniocerebral trauma.Methods The visual P300 topography mapping was recorded from 103 patients with closed craniocerebral trauma and 66 normal subjects with a medicide-03E brain evoked potential instrument. Results The P300 latency in patient group was significantly prolonged as compared with the control group ( P

Objective To provide structure and function applied anatomical of auricle stabilizing system for plastic and reconstruction.Methods Twelve cases fresh ears from adult head specimen,to dissect the skin,muscle fascia system and cartilage,to observe nerve,blood vessel and structure of cartilage.Results The structure of auricle Including the perichondrium,auricle cartilage,muscle and ligament.There was a rich blood supply for auricle stabilize system.The mainly blood supply come from posterior auricular artery diameter was 1.2 ± 0.2 cm and superficial temporal artery diameter was 2.6 ± 0.3 mm.Vein accompanying with the same name.Lymphatic flow in the area of superficial muscle fascia.Conclusion The blood supply of posterior auricular artery and superficial temporal artery play a crucial role in auricle repair and reconstruction.The main structure of stable system was elastic cartilage.Auricle cartilage and muscle play an important role in the microsurgery of auricle cartilage morphology and location.

The clinical data of 186 patients with acute gout attack during upper gastrointestinal bleeding were analyzed retrospectively.The ratio of male to female was 1.7∶1, smokers and alcohol drinkers accounted for 66.1% ( 123/186 ) and 62.4% ( 116/186 ) of patients were had underlying diseases.All patients had different degree of joint painful and fever , the blood uric acid levels were higher.Gastroscopic examinations were performed in 166 patients , of whom 88 cases received endoscopic intervention.The symptoms of gout were improved after treatment with dexamethasone and celecoxib ; and the medication did not induce or increase gastrointestinal bleeding.

Objective To investigate the influence of hypoxia-reoxygenation on the myocardin gene expression of cultured rats' vascular smooth muscle cells(SMC).Methods The SMC were isolated from the media of the thoracic aorta vessel of Sprague-Dawley rats,and cultured with attachment-block manner.The morphology and cell counting of the cultured cells under hypoxia conditions were observed and comparedto that under normal culture condition.Total RNA extracted from the cultured cells,the expression of myocardin mRNA in SMC were measured at hypoxia status and at various time after reoxygenation through RT-PCR.Results The rats' vessel SMC was successfully cultured and showed a "peak-valley" shape.Self-made hypoxia equipment can produce a lower oxygen partial pressure without significant variation of pH value which met the experiment requirements in 2 4 hours .However,in the hypoxia conditions,the expression level of myocardin was lowest at the 12th hours,then increased.After 24 hours of hypoxia,the expression levels of myocardin began to increase at the 6th hour of reoxygenation and reached a normal level at the 12th hour of reoxygenation.Conclusions Hypoxia-reoxygenation has an effect on the expression of myodardin gene.

Objective To investigate the disease assessment and prognosis value of serum copeptin level in patients with acute cerebral infarction (ACI). Methods One hundred first diagnosed ACI patients were selected as ACI group. According to the National Institutes of Health stroke score (NIHSS), the ACI patients were divided into mild (NIHSS<7 scores), moderate (NIHSS 7-15 scores) and severe (NIHSS>15 scores). Sixty cases of healthy subjects were selected as control group. The serum copeptin level was measured by double antibody sandwich enzyme linked immunosorbent assay method in control group and ACI group (onset within 24 h). The NIHSS, Alberta stroke program early CT score (ASPECTS) and modified Rankin score (mRS) onset within 24 h and 14 d were evaluated in patients with ACI, and the mRS 90 d and 180 d after ACI were evaluated. The neurological impairment was assessed by mRS 180 d after ACI, mRS ≤ 2 scores was good prognosis, ≥ 3 scores was poor prognosis. The correlation was analyzed. Results Among the 100 patients with ACI, mild was in 52 cases, moderate in 34 cases, and severe in 14 cases; good prognosis was in 79 cases and poor prognosis in 21 cases. The serum copeptin levels within 24 h of ACI in mild, moderate and severe patients of ACI group were significantly higher than that in control group:(4.82 ± 1.25), (6.39 ± 2.21) and (9.28 ± 3.82) pmol/L vs. (1.95 ± 0.28) pmol/L. The serum copeptin level within 24 h of ACI in moderate patients was significantly higher than that in mild patients, in severe patients was significantly higher than that in moderate patients, and there were statistical differences (P<0.05). Within 24 h of ACI , the ASPECTS in moderate and severe patients were significantly lower than that in mild patients:(10.02 ± 2.10) and (6.24 ± 3.05) scores vs. (12.16 ± 0.84) scores, in severe patients was significantly lower than that in moderate patients, and there were statistical differences (P<0.05). The NIHSS in moderate and severe patients were significantly higher than that in mild patients:(10.68 ± 3.14) and (16.20 ± 4.26) scores vs. (4.35 ± 1.52) scores, in severe patients was significantly higher than that in moderate patients, and there were statistical differences (P<0.05). The serum copeptin levels within 24 h of ACI and NIHSS in each time point in good prognosis patients were significantly lower than those in poor prognosis patients:(3.52 ± 1.26) pmol/L vs. (8.68 ± 3.06) pmol/L and (5.68 ± 2.11) scores vs. (15.36 ± 3.25) scores, (4.85 ± 1.86) scores vs. (12.60 ± 3.89) scores, (3.68 ± 1.21) scores vs. (6.35 ± 2.96) scores, (2.16 ± 0.75) scores vs. (5.21 ±1.96) scores, and the ASPECTS within 24 h of ACI was significantly higher than that in poor prognosis patients:(11.38 ± 2.21) scores vs. (7.86 ± 2.49) scores, and there were statistical differences (P<0.05). The single factor Logistic regression analysis results showed that the age, ASPECTS, NIHSS and serum copeptin level were the influencing factors of severity of illness in patients with ACI (OR = 1.21, 5.36, 5.61 and 6.62;95%CI 0.99-1.39, 3.34-9.21, 2.86-7.52 and 1.38-12.64;P=0.04, 0.01, 0.01 and 0.00), and the influencing factors of poor prognosis (OR=1.32, 5.21, 4.86 and 6.82;95%CI 0.84-1.43, 3.52-8.39, 2.62-5.35 and 2.67-11.85;P=0.04, 0.01, 0.01 and 0.00). ROC analysis results showed that the area under curve of NIHSS, serum copeptin level and ASPECTS in predicting poor prognosis in patients with ACI were 0.926, 0.863 and 0.624. In the mild, moderate and severe patients, the serum copeptin level was negative correlated with ASPECTS ( r=-0.682,-0.594 and-0.572;P<0.01), and the serum copeptin level was positively correlated with NIHSS ( r = 0.652, 0.614 and 0.586; P<0.01). Conclusions The serum copeptin level in patients with ACI is significantly elevated. The serum copeptin level is positively correlated with neurologic impairment severity and prognosis in patients with ACI, and it has important significance in evaluating pathogenetic condition and prognosis.