1.The prevention and treatment of heijingpaichitang for immune rejection following high-risk corneal transplantation in rats
Xiao-feng, XIE ; Qing-mei, TIAN ; Hong-sheng, BI ; Ying, WEN ; Shu, ZHANG ; Ai-lian, GUO
Chinese Journal of Experimental Ophthalmology 2012;(10):902-907
The rate of corneal graft rejection is still high for high-risk keratoplasty although immune suppression drug is routinely used.The role of traditional Chinese medicine in corneal transplantation is concerned gradually.Heijingpaichitang on the prevention and treatment of rats with high-risk corneal allograft rejection needs further study.Objective This study was to investigate the inhibitory effect of heijingpaichitang on high-risk corneal transplantation immune rejection in rats.Methods Sixteen female SD rats were used as the donors and 32female Wistar rats were served as recipients.The high-risk corneal trasplantation models were established by corneal suture in 32 Wistar rats,and then homogeneity variant SD-Wistar corneal transplantation was performed.The recipients were randomized into model control group,cyclosporinc A (CsA)group,heijingpaichitang group and CsA +heijingpaichitang group.CsA,heijingpaichitang and CsA + heijingpaichitang was orally administered 4 days after operation once per day for 15 days,and normal saline solution was used at the same way in the model control group.Ocular anterior segment reaction was examined under the slit lamp and corneal opacification,edema and neovasculation were scored based on Larkin' s criteria.Rejection index of the corneal graft was recorded and the graft survival time was calculated.The pathological examination of the corneal graft was carried out in all rats,and the inflammatory cells in the corneas and CD4+ cells in the periphery blood were assayed using flow cytometry.The use of the animals complied with ARVO Statement.Results Corneal graft rejection occurred in 10 days after operation in the model control group,12-13 days in the CsA group and heijingpaichitang group and 22 days in the CsA +heijingpaichitang group.Compared with model control group,the scores of the corneal opacification,corneal edema and neovascularization were significantly lower in the CsA group,heijingpaichitang group and CsA+heijingpaichitang group (P<0.05),and all the scores were declined in the CsA+ heijingpaichitang group compared with CsA group and heijingpaichitang group(P<0.01),but no significant differences were seen in the scores between the CsA group and heijingpaichitang group(P>0.05).The mean survival time of grafts was (10.38 ±1.69)days in the model control group,(22.50 ± 3.07) days in the CsA + heijingpaichitang group,with the significant difference (t =-9.790,P =0.000).The pathological examination of graft showed that the lymphocytes and new blood vessels were less in the CsA+heijingpaichitang group compared with CsA group and heijingpaichitang group 15 days after operation.Flow cytometry verified that the number of lymphocytes in graft,CD4+cells and CD4+/CD8+ in periphery blood were significantly lower in the heijingpaichitang group,CsA group and CsA+heijingpaichitang group compared with model control group (P<0.05).Conclusions Heijingpaichitang can inhibit immune rejection to certain extent in high-risk corneal transplantation rat and has a similar effect to 0.1% CsA.Heijingpaichitang and 0.1% CsA have a synergistic effect.
2.Effect of electro-acupuncture stimulation of Ximen (PC4) and Neiguan (PC6) on remifentanil-induced breakthrough pain following thoracal esophagectomy.
Yan-Hu, XIE ; Xiao-Qing, CHAI ; Yue-Lan, WANG ; Yan-Chun, GAO ; Jun, MA
Journal of Huazhong University of Science and Technology (Medical Sciences) 2014;34(4):569-74
The clinical analgesic effect of electro-acupuncture (EA) stimulation (EAS) on breakthrough pain induced by remifentanil in patients undergoing radical thoracic esophagectomy, and the mechanisms were assessed. Sixty patients (ASAIII) scheduled for elective radical esophagectomy were randomized into three groups: group A (control) receiving a general anesthesia only; group B (sham) given EA needles at PC4 (Ximen) and PC6 (Neiguan) but no stimulation; and group C (EAS) electrically given EAS of the ipsilateral PC4 and PC6 throughout the surgery. The EAS consisting of a disperse-dense wave with a low frequency of 2 Hz and a high frequency of 20 Hz, was performed 30 min prior to induction of general anesthesia and continued through the surgery. At the emergence, sufentanil infusion was given for postoperative analgesia with loading dose of 7.5 μg, followed by a continuous infusion of 2.25 μg/h. The patient self-administration of sufentanil was 0.75 μg with a lockout of 15 min as needed. Additional breakthrough pain was treated with dezocine (5 mg) intravenously at the patient's request. Blood samples were collected before (T1), 2 h (T2), 24 h (T3), and 48 h (T4) after operation to measure the plasma β-EP, PGE2, and 5-HT. The operative time, the total dose of sufentanil and the dose of self-administration, and the rescue doses of dezocine were recorded. Visual Analogue Scale (VAS) scores at 2, 12, 24 and 48 h postoperatively and the incidence of apnea and severe hypotension were recorded. The results showed that the gender, age, weight, operative time and remifentanil consumption were comparable among 3 groups. Patients in EAS group had the lowest VAS scores postoperatively among the three groups (P<0.05). The total dose of sufentanil was 115±6.0 μg in EAS group, significantly lower than that in control (134.3±5.9 μg) and sham (133.5±7.0 μg) groups. Similarly, the rescue dose of dezocine was the least in EAS group (P<0.05) among the three groups. Plasma β-EP levels in EAS group at T3 (176.90±45.73) and T4 (162.96±35.00 pg/mL) were significantly higher than those in control (132.33±36.75 and 128.79±41.24 pg/mL) and sham (136.56±45.80 and 129.85±36.14 pg/mL) groups, P<0.05 for all. EAS could decrease the release of PGE2. Plasma PGE2 levels in EAS group at T2 and T3 (41±5 and 40±5 pg/mL respectively) were significantly lower than those in control (64±5 and 62±7 pg/mL) and sham (66±6 and 62±6 pg/mL) groups. Plasma 5-HT levels in EAS group at T2 (133.66±40.85) and T3 (154.66±52.49 ng/mL) were significantly lower than those in control (168.33±56.94 and 225.28±82.03) and sham (164.54±47.53 and 217.74±76.45 ng/mL) groups. For intra-group comparison, plasma 5-HT and PGE2 levels in control and sham groups at T2 and T3, and β-EP in EAS group at T3 and T4 were significantly higher than those at T1 (P<0.05); PGE2 and 5-HT levels in EAS group showed no significant difference among the different time points (P>0.05). No apnea or severe hypotension was observed in any group. It was concluded that intraoperative ipsilateral EAS at PC4 and PC6 provides effective postoperative analgesia for patients undergoing radical esophagectomy with remifentanil anesthesia and significantly decrease requirement for parental narcotics. The underlying mechanism may be related to stimulation of the release of endogenous β-EP and inhibition of inflammatory mediators (5-HT and PGE2).
3.Significance of Expression of Soluble L-Selectin in Children Serum and Cerebrospinal Fluid with Viral Encephalitis
zhao-hong, YUAN ; chang-yi, WANG ; xiao-dong, CHEN ; qing-zhi, XIE
Journal of Applied Clinical Pediatrics 2006;0(19):-
Objective To observe the changes of soluble L-selectin(sL-selectin) concentrations in children with viral encephalitis(VE) and probe its significance in pathogenesy and clinic.Methods Selecting 30 children with VE,including 14 mild case and 16 severe case.Collecting their venous blood and cerebrospinal fluid(CSF) in acute and recovery stage.Using double antibody sandwich enzyme-linked immunosorbent assay(ELISA) method to measure sL-selectin concentrations of serum and CSF and comparing with control group,respectively.Results SL-selectin concentrations from serum and CSF in the acute stage were significantly higher than those of control group(all P0.05).Conclusions L-selectin may participate in the pathologic course in VE.The concentrations of sL-selectin from serum and CSF are related with the patients′ condition and it has important reference value in judging patients′ condition,assessing their prognose and guiding clinical treatment.
4.Transcatheter arterial embolization for traumatic hepatic hemorrhage
Chaohua WANG ; Xiaodong XIE ; Qing YAN ; Jiangtao LI ; Zejun FEI ; Zhenyin LIAO ; Xiao LI
Journal of Interventional Radiology 1994;0(04):-
Objective To investigate the clinical efficacy,indications and complications of transcatheter arterial embolization for the treatment of traumatic hemorrhage of liver.Methods Retrospectively analyzed 33 cases of traumatic hemorrhage of liver admitted to West China Hospital from May 1996 to May 2006.Twenty-four cases underwent hepatic arterial angiography and were diagnosed as hepatic arterial pseudoaneurysms and followed by superselective embolization of the feeding vessel with gelatin sponge and/or spring coils.Results Embolization was succeeded technically in 28 pseudoaneurysms of 24 cases.Rebleeding occurred in 2 cases and a second embolization was performed with one recovered uneventfully.The other died of rebleeding and severe abdominal infection one week after the second embolization.Fever unrelated to embolization occurred in 9 cases.Conclusion Transcatheter arterial embolization is safe,prompt and effective for the treatment of hemorrhage due to hepatic injury.(J Intervent Radiol,2007,16:226-228)
5.Combined use of MRI and 1 H proton magnetic resonance spectroscopy on the detection of brain metabolites and different brain areas of volume in small for gestational age
Gangming XIAO ; Lifang LIU ; Mei JIANG ; Bixian SHEN ; Jingwen XIE ; Xiaodong LI ; Qing TIAN
Chinese Pediatric Emergency Medicine 2015;22(4):241-244,248
Objective By 1 H magnetic resonance spectroscopy( 1 H MRS) ,small for gestational age (SGA)and appropriate for gestational age(AGA) as the detection of brain metabolites and MRI plus soft-ware measurement in different brain areas of volume,investigate its cerebral metabolites and the changes of brain in different parts of the volume and significance. Methods Select 88 patients eligible infants, SGA group of 27 cases and AGA group of 21 cases of premature infants;SGA group of 22 cases and AGA group of 18 cases of term infants. Preterm infants with a gestational age of 32 to 36 weeks,term infants with a gesta-tional age of 37 to 41 weeks. Check time between 4 to 7 days old. Calculation of cerebrum volume,cerebellar volume and cerebrospinal fluid volume and intracranial volume,N-acetylaspartic acid(NAA),as 1H MRS area of metabolites measured right frontal choline compounds( Cho) and creatine compounds( Cr) wave,calcu-lation of Cho/Cr and NAA/Cho ratio of NAA/Cr. Results NAA/Cr,the cerebrum volume and intracranial volume of SGA in premature infants group,term infants group and mixed group were 0. 627 ± 0. 183,(2. 831 ±0. 199) ×105 mm3,(3. 178 ±0. 209) ×105 mm3;0. 706 ±0. 139,(3. 056 ±0. 217) ×105 mm3,(3. 411 ± 0. 212 ×105 mm3;0. 708 ± 0. 171,(2. 932 ± 0. 234) × 105 mm3,(3. 282 ± 0. 239) × 105 mm3,respective-ly. NAA/Cr,the cerebrum volume and intracranial volume of AGA in premature infants group,term infants group and mixed group were 0. 734 ± 0. 101,(2. 987 ± 0. 111) × 105 mm3,(3. 347 ± 0. 137) × 105 mm3;0. 805 ± 0. 106, ( 3. 228 ± 0. 284 ) × 105 mm3 , ( 3. 588 ± 0. 306 ) × 105 mm3; 0. 721 ± 0. 119, ( 3. 098 ± 0.240) ×105 mm3,(3.458 ±0.258) ×105 mm3,respectively. The data of SGA group were all lower than those in AGA group,which had significant difference(P<0. 05,respectively). In SGA group,NAA/Cr,the cerebrum volume and intracranial volume of premature infants group were all lower than those in term infants group,which had significant difference(P<0. 001,respectively). In SGA group,Cho/Cr,cerebellar volume and cerebrospinal fluid volume of premature infants group,term infants group and mixed group were[1. 653 ± 0. 343,(1. 816 ± 0. 119) × 104 mm3 ,(1. 651 ± 0. 235) × 104 mm3;1. 588 ± 0. 223,(1. 936 ± 0. 957) × 104 mm3,(1. 623 ± 0. 210) × 104 mm3; 1. 612 ± 0. 262,(1. 870 ± 0. 124) × 104 mm3,(1. 649 ± 0. 206) × 104 mm3 ,respectively. In AGA group, Cho/Cr, cerebellar volume and cerebrospinal fluid volume of premature infants group,term infants group and mixed group were 1. 531 ± 0. 226,(1. 872 ± 0. 159) × 104 mm3 ,(1. 731 ±0.280) ×104 mm3;1.528 ±0.107,(2.017 ±0.302) ×104 mm3,(1.648 ±0.169) ×104 mm3;1.583 ± 0.222,(1.939±0.244)×104mm3,(1.681±0.252)×104mm3,respectively.ThedataofSGAgrouphad no significant difference with corresponding AGA group(P >0. 05,respectively). In the premature infants groups,the NAA/Cho of SGA group(0. 401 ± 0. 737) was lower than in the AGA group(0. 506 ± 0. 116), which had significant difference(P=0. 000). In the term infants groups,the NAA/Cho of SGA group(0. 483 ±0. 605) was lower than in the AGA group(0. 472 ± 0. 987),which had no significant difference(P =0. 653). In the AGA groups,NAA/Cr,NAA/Cho,cerebellar volume and cerebrospinal fluid volume of pre-mature infants group and term infants group had no significant difference ( P>0. 05 ) . Both of the cerebellar volume and cerebrospinal fluid volume between the premature infants AGA group and premature infants AGA group had no significant difference(P>0. 05). Conclusion Neurons in the brain,the cerebrum volume,the cranial cavity volume and NAA/Cr of SGA was significantly lower than those of AGA,but Cho/Cr,cerebel-lar volume and cerebrospinal fluid volume of SGA and AGA had no significant difference. NAA/Cr in the brain and the cerebrum volume of SGA may be associated with low volume of small nerve mental retarda-tion,worthy of further study.
6.Optimization of electroporation parameters in HL-60 cells for STIM1 siRNA interference during its differentiation.
Hai-Yang CHEN ; Wen-Ying ZOU ; Cui-Hua XIE ; Xiao-Jing MENG ; Chun-Qing CAI
Chinese Journal of Applied Physiology 2011;27(4):497-499
Cell Transformation, Neoplastic
;
drug effects
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genetics
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Dimethyl Sulfoxide
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pharmacology
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Electroporation
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methods
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HL-60 Cells
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Humans
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Membrane Proteins
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genetics
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Neoplasm Proteins
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genetics
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RNA Interference
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RNA, Small Interfering
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genetics
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Stromal Interaction Molecule 1
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Transfection
7.Right cervical lymph node enlargement.
Jian-lan XIE ; Xiao-ge ZHOU ; Zhao-qing WANG
Chinese Journal of Pathology 2013;42(4):273-274
Antineoplastic Combined Chemotherapy Protocols
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therapeutic use
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Boronic Acids
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administration & dosage
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Bortezomib
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Cyclin D1
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metabolism
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Dexamethasone
;
administration & dosage
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Diagnosis, Differential
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Follow-Up Studies
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Histiocytic Necrotizing Lymphadenitis
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metabolism
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pathology
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Humans
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Infectious Mononucleosis
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metabolism
;
pathology
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Ki-67 Antigen
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metabolism
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Lymph Nodes
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pathology
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Lymphoma, Large B-Cell, Diffuse
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metabolism
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pathology
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Lymphoma, Mantle-Cell
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drug therapy
;
metabolism
;
pathology
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Male
;
Middle Aged
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Neck
;
pathology
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Pyrazines
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administration & dosage
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SOXC Transcription Factors
;
metabolism
8.Recognition and treatment of the secluded bleeding points in the nose.
Hong-wu XIE ; Xiao-qing BAO ; Yu-zan CHEN
Chinese Journal of Otorhinolaryngology Head and Neck Surgery 2006;41(4):305-306
Adolescent
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Adult
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Aged
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Endoscopy
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Epistaxis
;
pathology
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therapy
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Female
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Humans
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Light Coagulation
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Male
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Microwaves
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therapeutic use
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Middle Aged
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Young Adult
10.The Concentration and Variation of Airborne Microbe in Guangzhou City
You-Sheng OUYANG ; Xiao-Bao XIE ; Yi-Ben CHEN ; Xiao-Mo HUANG ; Hong PENG ; Qing-Shan SHI ;
Microbiology 1992;0(03):-
One year survey on the concentrations and monthly or seasonal variations of airborne microbe in Guangzhou city were analysed and studied with JWL-IIB airborne microbial sampler. The results showed that the yearly average airborne microbe content of outdoor was 2, 298 cfu/m3, and that of indoor was 1,792 cfu/m3 in Guangzhou city. The monthly variation range of outdoor airborne microbe was from 1,073 to 4,096 cfu/m3, the highest content was 4,096 cfu/m3 in March, and the lowest content was 1,073 cfu/m3 in October. The outdoor airborne bacteria and fungi counts were the highest in spring, next in summer, lower in winter and the lowest in autumn in the four seasons . The yearly average concentrations of outdoor airborne microbe at the Garbage compression station, the business walk street, the key traffic route, the residential area, the industrial district and the garden were 4, 573, 3, 835, 1, 580, 1,413, 1, 197 and 1, 187 cfu/m3respectively; and Ones of indoor at the key traffic route, the tourist three star-route hotel and the subway station were 2,511, 1,699and 1,167 cfu/m3 respectively . The study on airborne microbe can be used for the research of health prevention and environment control measures in Guangzhou .