Objective Cavernous hemangioma of infant was reported as an obscure diagnosis with the different sensitivity to corticosteroid therapy and various natural courses. Therefore, a clinical studies for the biological classification of deep subcutanious vascular lesions might be needed, which was alluded by Mulliken two decades ago. Methods Infants with cavernous hemangiomas accepted normal system corticosteroid therapy during the first 6 months of life before eight-year-follow-up, which continued until the children were 9 to 10 years old. The expression of PCNA and bFGF, and cellular histological characteristics were observed in 12 cases by biopsy. Results There were two major categories of subcutaneous vascular lesions groups: deep capillary hemangiomas, a lesion regressing slowly, and venous malformation, a lesion growing commensurated with the child. They will be also distinguished on the basis of diverse final treatment results, expression of cellular markers, microscopical characteristics, and physical signs. Conclusion The new classification appears to be helpful to make the choice of therapy for infants with "cavernous hemangiomas" , which is proven to be a terminologic confusion.

Objective To explore the effect of home-based rehabilitation on cerebral palsy.Methods 60 children with cerebral palsy were assigned to hospital-based rehabilitation group and hospital-home-based rehabilitation group and treated for 1 year.Every child was evaluated before and after the treatment with Bayley Scales of Infant Development(BSID).The Mental Development Index(MDI) and Physical Development Index(PDI) were compared between these two groups.Results After one year,the MDI and PDI improved in both groups(P<0.05),while those of the hospital-home-based rehabilitation group was better than of the hospital-based rehabilitation group(P<0.05).Conclusion Home-based rehabilitation plays an important role in the rehabilitation of cerebral palsy children.

OBJECTIVE: To evaluate the safety and efficacy of FK506-based dual therapy and CsA-based triple therapy for immunosuppression after liver transplantation. METHODS: The literature about the randomized controlled trials (RCT) on FK506 and CsA for immunosuppression after liver transplantation was retrieved for analysis using RevMan 5.0 software. RESULTS: A total of 7 RCTs were included; 3 were considered as high quality of RCT, 4 as moderate quality. The results of Meta-analysis of FK506-based dual therapy indicated the patients’ survival rate (RR=1.06, 95%CI=0.77～1.45,P=0.72), grafts’ survival rate (RR=0.99, 95%CI=0.76～1.29,P=0.92), infection rate(RR=0.98, 95%CI=0.60～1.58,P=0.93)and incidence of neurotoxicity (RR=0.59, 95%CI=0.32～1.07,P=0.08)was not significantly different. The incidence of acute rejection in CsA group was lower than in FK506 group (RR=1.57, 95%CI=1.23～2.01,P=0.000 3). CONCLUSION: The curative efficacy of FK506 group is not different from that of CsA group in respect of rate of patient/graft, infection but increase the incidence of acute rejection. Because CsA can increase incidence of neurotoxicity, it is suggestion to treat patients of nervous systerm disease with FK506.

In this study, the internal transcribed spacer 2 of nuclear ribosomal DNA (ITS2) sequence was used for i-dentifying A nemone raddeana and its adulterants to ensure the quality of medicines and clinical efficacy. Genomic DNA was extracted from 36 samples using Genomic DNA kit and used as templates for Polymerase Chain Reaction (PCR). Sequence assembly and consensus sequence generation were performed by CodonCode Aligner. The intraspe-cific and interspecific genetic distances were computed and the neighbor-joining tree was constructed by MEGA 5.1 in accordance with the Kimura 2-Parameter (K-2P) model. Results: The length of ITS2 sequence of A nemone rad-deana was 216 bp. The Maximum intraspecific genetic distance was 0.014, the minimum interspecific genetic dis-tance was 0.021. The NJ tree showed that A . raddeana differ from its adulterants obviously. Conclusion: ITS2 se-quence was able to identify A . raddeana and its adulterants correctly stably and correctly, which provides a new tech-nique to its identification.

Objective To prepare a thrombus-targeted ultrasonic contrast agent and to investigate its targeted ability to fresh blood clots. Methods We first synthesized FITC-KGDS-Palm compound, and then prepared thrombus-targeted microbubbles using "ultrasound & high speed shearing method".Fluorescence labeling thrombus-specific peptides and KGDS,directed at the activated glycoprotein(GP)Ⅱb/Ⅲa receptor of platelets were attached to the surface of lipid microbubbles. The concentration and size of TUCA were measured by Malvern Zeta Sizer Nano-ZS590 and Coulter counter.Immunofluorescence was applied to confirm the conjugation.The conjunct ratio was assessed by flow cytometer (FCM).Results The KGDS-TUCA was straw yellow turbid liquor,and the concentration was 1.5×10~9/mL,and the average size was 1.5 μm. The targeted microbubbles conjugated with the thrombus-specific peptides showed bright green rings by fluorescence microscope.FCM demonstrated that the wavelength of shell of KGDS-TUCA changed greatly,and the conjunct ratio was 90.04%.In vitro study showed KGDS-TUCA remained stable for 48 h at 4 ℃ and target-attached to blood clots and showed good stability.Conclusion The ultrasound & high speed shearing method to prepare TUCA is easy and in favor of purification.KGDS-TUCA has high specific biological activity.The conjunct ratio and stability of KGDS-TUCA are excellent.

Objective To investigate CT findings of concealed rupture of intestine following abdominal trauma.Methods CT findings of 11 cases with concealed rupture of intestine following abdominal trauma proved by surgery were identified retrospectively.Results The main special signs included:(1)Free air in 4 cases,mainly around injured small bowel or under the diaphragnl,or in the retroperhoneal space or and in the lump.(2)High density hematoma between the intestines or in the bowel wall(4 cases).(3)Bowel wall injury sign,demonstrated as low density of the injured intestinal wall,anenuated locally but relatively enhanced in neiighbor wall on enhanced CT.(4)Lump around the injured bowel wall with obvious ring.shaped enhancement(4 cases).Other signs included:(1)Free fluid in the abdominal cavity or between the intestines with blurred borders.(2)Bowel obstruction.Conclusion CT is valuable in diagnosing concealed rupture of intestine following abdominal trauma.

Objective: This study aimed to discriminate between Eupatorii Herba and its adulterants in order to guarantee the quality and clinical curative effect of this medicinal material. Methods: Genomic DNA extracted from Eupatorii Herba was used as templates. The internal transcribed spacer 2 (ITS2) of nuclear ribosomal DNA was amplified. Sequence assembly and consensus sequence generation were performed by CodonCode Aligner. The intraspecific and interspecific genetic distances of Eupatorii Herba and its adulterants were computed by MEGA5 and the phylogenetic tree was constructed using the neighbor-joining (NJ) method. Results: The length of ITS2 sequence of Eupatorii Herba was 218 bp. The maximum intraspecific genetic distance (K2P distance) of Eupatorii Herba was 0.0092. The minimum interspecific genetic distance of Eupatorii Herba and its adulterants was 0.024. The NJ trees showed that the ITS2 sequence would be used to identify Eupatorii Herba and its adulterants. Con-clusion: ITS2 sequence was able to identify Eupatorii Herba and its adulterants correctly and it provided a new technique to ensure clinical safety in utilization of traditional Chinese medicines.

This study aimed to design a pair of primers for amplifying internal transcribed spacer 2 region which was used to identify Gastrodia elata through optimizing of DNA extraction and PCR amplification process. Two sequences are used for research object by amplification of universal primers. Design three pairs of specific primers by Primer Premier 5.0 and select the highest specificity through the study of 22 samples. The results showed that identification efficiency of the primer named TM2F-2R is as high as 90.9% when Annealing Temperature is equal to 54 degrees Celsius. Therefore, TM2F-2R can be used as primers ITS2 sequences of G. elata, this article provides a set of accu-rate and stable identification methods for G. elata in the molecular identification.

Objective To introduce the experience in endovascular stent graft repair (EVSGR) of thoracoabdominal aortic dissecting aneurysm (TAADA). Methods Retrospective analysis was made on the management of 6 patients with TAADA from October 2000 to June 2001. Results There were six male patients aged 42～72 in this series. Of them, 5 patients with Stanford type B TAADA and one with Stanford A TAADA. Of the 6 patients, The fissures were sealed and the dissections were disappeared completely in 5 cases; one case shifted to open surgery for abdominal aortic fenestration, Rupture of the iliac dissection occurred in 1 case 3 days after EVSGR, then the abdominal aortic fenestration and graft replacement of distal abdominal aorta were performed. One patient died of heart infarction on the third day postoperatively. Five cases were followed-up for 1～9 months, they all were alive and well. Conclusions Endovascular stent graft technique is safe and simple in repairing of TAADA, and abdominal aortic fenestration is an adjuvant procedure.

In this study, the ITS2 sequence was used to identify Pinelliae Rhizoma and its adulterants to ensure its market circulation, clinical effect and safety. All genomic DNA from 59 samples were extracted successfully. The Kimura 2-Parameter (K2P) distances and NJ tree were calculated using software MEGA 6.0. The length of the ITS2 sequence of Pinelliae Rhizoma was 251 bp. The intraspecific genetic distance was smaller than the interspecific ones;The NJ tree indicated that Pinelliae Rhizoma distinguished from its adulterants obviously. The results showed that the ITS2 sequence can be used to distinguish Pinelliae Rhizoma from its adulterants accurately and stably.