Objective] To observe the use of large-connecting-meridians therapy(agitate blood) for the treatment of two cases of Guillain-Barre syndrome for clinical efficacy. [Method] Two cases of Guillain-Barre syndrome differentiation apply the principlesfrom yin to yang,from yang to yin,according to the meridians order, sequentially taking acupuncture, once daily treatment, continuous treatment for 5 days, rest for two days, surrounded by a continuous course of treatment, continuous treatment of four cycles. [Results] After stomach deficiency syndrome type of patients treated, appetite and sprint of improvement,the muscle gradually was full, muscle strength increased significantly, while blood cells and cerebrospinal fluid protein level were restored to normal range;After stagnation context type of patient treated,numbness feeling relieved a little, numbness narrowed, cerebrospinal fluid protein level was reduced to normal level;two cases of Guillain-Barre syndrome after treatment achieved better results.[Conclusion]Large-connecting-meridians method can be applied not only to stroke, used in Guillain-Barre syndrome can also get good results.

Chronic obstructive pulmonary disease ( COPD) is a group of chronic airway inflammatory disease characterized by sustained airflow limitation and pulmonary function damage.Inflammation and tissue repair repeatedly result in airway remodeling.Now the mechanisms of airway remodeling remain unclear.More and more researches indicated that epithelial mesenchymal transition ( EMT) is crucial in the airway remodeling of COPD.EMT could be induced by various cell factors and signal channels in the airway epithelium, thus the airway remodeling happened.This review systematically introduces EMT and focuses on the relationship of EMT and airway remodeling of COPD and the probable mechanisms.

BACKGROUND:Scientists began to use stem cells to treat Alzheimer’s disease since human beings achieved embryonic stem cells successful y in 1998.
OBJECTIVE:To review the research progress in stem cells treatment for Alzheimer’s disease.
METHODS:An online search of CNKI and PubMed databases was performed for articles published from 1998 to 2012 (CNKI) using key words of“Alzheimer’s disease, stem cells, neural stem cells, mesenchymal stem cells, induced pluripotent stem cells”in Chinese and English, respectively. The articles were included which related to Alzheimer’s disease, neural stem cells, mesenchymal stem cells and induced pluripotent stem cells, and for articles in the same field, those published recently or in authorized journals were selected. A total of 85 articles were searched. According to inclusion and exclusion criteria, 29 were included.
RESULTS AND CONCLUSION:The possible mechanisms of Alzheimer’s disease include differentiation of neural-like cells, secretion of nutrition factor, improvement of endogenous repair, stimulation of vascular regeneration and action on inflammatory cells. This review highlighted research status of neural stem cells, mesenchymal stem cells and induced pluripotent stem cells in the treatment of Alzheimer’s disease. There were advantages and disadvantages for al of them. The low immunogenicity and oncogenicity of neural stem cells are advantages, but limited source reduces their application. Mesenchymal stem cells also have low immunogenicity and oncogenicity, but their differentiation potential is not good as embryonic stem cells. Induced pluripotent stem cells also have many unsolved problems, but they have been regarded as promising stem cells.

This paper presents a surgical optical navigation system with non-invasive, real-time, and positioning characteristics for open surgical procedure. The design was based on the principle of near-infrared fluorescence molecular imaging. The in vivo fluorescence excitation technology, multi-channel spectral camera technology and image fusion software technology were used. Visible and near-infrared light ring LED excitation source, multi-channel band pass filters, spectral camera 2 CCD optical sensor technology and computer systems were integrated, and, as a result, a new surgical optical navigation system was successfully developed. When the near-infrared fluorescence was injected, the system could display anatomical images of the tissue surface and near-infrared fluorescent functional images of surgical field simultaneously. The system can identify the lymphatic vessels, lymph node, tumor edge which doctor cannot find out with naked eye intra-operatively. Our research will guide effectively the surgeon to remove the tumor tissue to improve significantly the success rate of surgery. The technologies have obtained a national patent, with patent No. ZI. 2011 1 0292374. 1.
Computer Systems ; Fluorescence ; Humans ; Infrared Rays ; Lymph Nodes ; Neoplasms ; Optical Imaging ; Software ; Surgery, Computer-Assisted

Acupuncture Points ; Acupuncture Therapy ; Adolescent ; Adult ; Female ; Humans ; Joints ; injuries ; Male ; Meridians ; Middle Aged ; Sprains and Strains ; therapy ; Young Adult

Objective To observe the clinical efficacy of autologous peripheral blood stem cells (PBSC) transplantation in 26 cases of diabetic foot.Methods From 2003-11 to 2004-07,26 patients with diabetic foot received rhG-CSF 450~600ug/d by hypodermic injection for 5 days to mobilize stem cells.On the sixth day,PBSC were collected by COBE 6.1 Spectra Version for 82~148ml.The PBSC were injected into the ischemic lower limbs and foot intramuscularly for 3?3 cm distance.The clinical and laboratory findings were monitored.Results In 26 patients receiving PBSC transplantation,obvious pain-relief was shown in 23 cases for 3~14 days,foot cold-feeling changed in 24 patients after 2~7 days,foot ulcer improved in 4 cases after 4~12 weeks.ABI increased in 6 cases.Digital subtraction angiographic scores were peformed in 2 patients after 8 weeks,and there was new collateral vessels formation.No related complication or adverse effects were observed in all process.Conclusion Autologous PBSC transplantation might be a safe and effctive method for diabetic foot.

Objective To observe the clinical efficacy and interrelated factors of autologous peripheral blood stem cells (PBSC) transplantation in the treatment of arteriosclerosis obliterans (ASO) of the lower extremity. Methodes A total of 26 patients with ASO of the lower limb received rhG-CSF 450-600?g/d by hypodermic injection for 5 days to mobilize stem cells. On the sixth day, PBSC were collected by COBE 6.1 Spectra Version with a total amount of 82-118ml, with the number of mononuclear cells (MNC) (718.2-224.6)?10 9 /L. The MNC were injected intramuscularly into the ischemic limbs with intervals of 3cm apart. The clinical and laboratory findings were monitored. Results In 23 out of 26, pain was relieved after 3-21 days (88.5%), in 24 patients coldness was ameliorated after 2-28 days (92.3%), in 4 patients foot ulcers were better after 4-12 weeks. ABI increased in 6 cases. The total effective rate was 92.3%. No complication or adverse effect was observed in all the patients. Conclusion Autologous PBSC transplantation might be a safe and effective method for ASO of the lower limb ASO.

Objective Clinical efficacies of angiogenesis and improvement in lower limb ischemia are compared for the transplantation of both the peripheral blood stem cells(PBSC)and bone marrow stem cells(BMSC).Methods A total of 170 patients suffering from lower limb ischemia who received stem cell transplantation were monitored for random comparison study during September 2004 to October 2006.Among them 94 patients were treated with PBSC and 76 were BMSC.All the clinical data and laboratory findings before and after the transplantation in the 1st.12th and 24th weeks were comprehensively evaluated and tested by SPSS 12.0 software package.Results The total number of MNC,CD34+ cells and CD133+ cells in PBSC group was greatly more than BMSC group and had prominent or very prominent variances(P

Objective To investigate the long-term programming effects on pubertal reproductive function by immunological challenge in early life. Methods Female Sprague-Dawley rats were administered by endotoxin (lipopolysaccharide, LPS) at a dosage of 50 μg/kg and saline intraperitoneally on postnatal day 3 and 5. Body weight was measured weekly. Puberty onset ( vaginal opening) and oestrous cyclicity were monitored from postnatal day 30. At the age of 6 weeks, bilateral ovariectomy was performed. The histological and morphological change of the ovaries (the thickness of the theca interna and the number of different kinds of follicles) were observed and the immunoreactivity of the ovarian sympathetic nerve markers (low affinity receptor of nerve growth factor, p75NGFR) was evaluated by immune staining. Results Immunological challenge (exposed to LPS) in early life delayed vaginal opening significantly [LPS-treated (40.6 ±0.7) days versus controls ( 38. 6 ± 0. 5 ) days, P ＜ 0. 05], decreased the percentage of normal oestrous cyclicity ( LPS-treated 26. 1% versus controls 66. 8% , P＜ 0. 05 ) , decreased the total number of different types of follicles (primordial follicles: LPS-treated 610 ±47 versus controls 1181 ±57, P ＜ 0. 05; primary follicles: LPS-treated 624 ±41 versus controls 960 ± 30, P ＜ 0. 05 ; preantral follicles: LPS-treated 183 ± 16 versus controls 260 ± 14, P ＜ 0. 05; antral follicles: LPS-treated 32 ± 4 versus controls 79 ± 7, P ＜ 0. 05) and increased the thickness of the theca interna [LPS-treated ( 15. 8 ±0. 4) μm versus controls (11.4 ±0. 3) μm, P ＜ 0. 05]. The immunostaining of p75NGFR was obviously enhanced in the LPS-treated ovaries when compared with that of controls ( P ＜ 0. 05 ) . Conclusions Immunological stress during early critical developmental windows could have long dysfunctional effects on the pubertal reproductive function. It delayed puberty onset, reduced the percentage of the normal oestrous cycles, decreased follicles reserve and increased the thickness of the theca interna which might involve the up-regulation of the local ovarian sympathetic nerve activity.

BACKGROUND:Biliary stent is widely used in different biliary tract surgeries, and there are some defects in the use of biliary stent. OBJECTIVE:To explore the biodegradability and compatibility of polylactide/glycolide biliary stent. METHODS:The polylactide/glycolide biliary stent was prepared, and immersed in the bile. At 1, 2, 3, 4 and 5 weeks after soaking, eight experimental stents were dried and placed under the scanning electron microscope. In the sterile condition, the stent was implanted under the rat skin. At 1, 2, 3, 4, and 5 weeks after implantation, two rats were sacrificed. The stent was taken out. The appearance of the stent and muscle structure of experimental animals was observed. The gross appearance of stent was observed at different time by scanning electron microscopy. The rate of degradation was calculated. The muscle structure of experimental animal and the stent were understood. RESULTS AND CONCLUSION:At 1 week, stent shape remained almost intact, but the texture became soft;surface roughness and cracks gradual y appeared;stent wal col apse was visible. The stent was completely degraded at 5 weeks. Before degradation, the stent presented clear three-dimensional reticular structure observed by scanning electron microscopy. With the time extended, the stent surface and section corrosion became worsened. By gel permeation chromatography detection, at 1 week of implantation, the molecular mass of the stent declined rapidly, and then gradual y declined. At 2 weeks, the relative molecular mass decreased to 15 000. At 4 weeks, stent mass loss was approximately 40%. Al the experimental animals were survived, no poisoning, al ergy or heat source response. The operative wound was healed wel , and no infection occurred. By histological observation, at 5 weeks, the stent was completely degraded, with a degradation rate of 100%. Surrounding muscles recovered to a normal state. These results indicate that the polylactide/glycolide biliary stent has good degradation in vitro and biocompatibility.