Type 2 diabetes mellitus(T2DM)is a complicated endocrine disease caused by both genetic and environmental factors,many of which are unknown as far as for the pathogenesis of T2DM is concerned. In recent years,diabetes researchers have paid more attention to the intestinal microbiota. The discovery,verification and molecular mechanism of the intestinal microbiota related to T2DM are the focus of this article. The role of intestinal microecology in the development of T2DM is also reviewed,involving diet,chronic inflammation,short chain fatty acids,bile acids,the intestinal microbiota and circadian rhythm,and microRNA.

OBJECTIVE:To study the pharmaceutical human resources management and new management modes.METHO_DS:Survey and analysis were based on the relevent literature and combined with the actual situations of human resources man_agement of pharmaceutical enterprises in China.RESULTS & CONCLUSION:Only by raising the level of human resources management and practicing new management modes,will the pharmaceutical enterprises get sustained benefit of the company and society.

OBJECTIVE:To provide a human resources management reference model of pharmaceutical enterprises in new situation in China METHODS:Consulting relevant literature and data of investigation,we analysed the changes and development of human resources management in pharmaceutical enterprises since the founding of our republic RESULTS & CONCLUSION:We put forward an idea of modern management model Only when human resources management model conforming to the reality in China is adopted can pharmaceutical enterprises subsist and develop

Through the network medical teaching and guidance system,the live video of clinical medicine activity can be multicast by MPEG2 code and MPEG4 code simultaneously on the LAN or WAN.It may meet the request of different network bandwidth,realize the bidirectional audio or video frequency at the same time,and satisfy the clinical teaching or guidance need.The client port can be deployed in the random terminal on LAN or WAN,while the user with the authorization can see the high clear surgery image in real time at any place,make communication through the bidirectional audio and video system,and even remotely control the camera's lens angle and focus for perfect video effect.

PurposeTo evaluate the shear wave elastography in diagnosis of intraductal papillomas, benign or malignant breast lesions.Materials and Methods From December 2013 to December 2014, 145 female patients with 155 lesions who underwent ultrasonography and shear wave elastography in general hospital of PLA were retrospectively studied. All the lesions were confirmed by pathology via surgery or biopsy. The performance of the maximum elasticity, the mean elasticity, the minimum elasticity values and the elasticity ratio in diagnosis of benign and malignant tumors were analyzed. The portion of intraductal papillomas in misdiagnosed cases was calculated. The elasticity values of intraductal papillomas were compared with those of other breast benign and malignant lesions.ResultsAmong 155 lesions, pathology confirmed intraductal papillomas in 20 lesions, fibroadenosis in 23 lesions, fibroadenoma in 23 lesions, inflammation in 9 lesions, adenosis with fibroadenoma in 17 lesions, and breast cancer in 63 lesions. The maximum, mean, minimum elasticity values and the elasticity ratio of intraductal papillomas were (84.39±74.08) kPa, (51.33±46.36) kPa, (26.55±24.98) kPa and 2.80±2.18, respectively. The elasticity values of intraductal papillomas were between those of breast cancer and other benign lesions, and there were no statistically significant (P=0.003).ConclusionThe elasticity values of intraductal papillomas were between those of breast cancer and other benign lesions, which may be a potential reason to cause misdiagnosis using shear wave elastography to differentiate breast benign and malignant diseases.

AIM:To investigate the role of SDF-1? in migrating of bone marrow stromal cells to the injured areas. METHODS:Ischemic brain lesion model was created in rats by permanent middle cerebral artery occlusion (MCAO). 48 SD rats were divided randomly into 2 groups. Group 1:phosphate buffered saline (PBS 1 mL) for control (n=25); Group 2:BMSCs (2?106) were injected intravenously at 24 h after MCAO (n=24). After propagated in BMSCs,Ad5/F35 GFP (green fluorescent protein) was infected to BMSCs. The expression of SDF-1? (stromal cell-derived factor-1?) mRNA in the penrumbral tissue was assayed by real-time quantitative PCR. The expression of CXCR4 on MSCs was detected by flow cytometry. Confocal microscopy was used to detect the GFP-labeled MSCs migration. RESULTS:Ad5/F35 GFP signals was observed in almost infected BMSCs. The expressions of SDF-1? mRNA in the thalamus and hippocampus of the ischemic brains were peaked at 3rd day after stroke,followed by a decrease at 14th day post-ischemia. The expression of SDF-1? mRNA in the cortex of the ischemic brains was peaked at 7th day post-ischemia,still at high level at 14th day post-ischemia. The median percentage of surface CXCR4 expression in BMSCs was 14%. GFP labeled BMSCs were detected in the origination of the middle cerebral artery (olfactory area) at 6 h,after 3 days in the prenumbra tissue such as thalamus,and in the cortex more labeled cells were found after 14 d post-ischemia.CONCLUSION:BMSCs can pass through the blood brain barrier of ischemic rats. Its mechanism might be associated with the expression of SDF-1? in the ischemic brain.

Anticonvulsants ; pharmacology ; therapeutic use ; Epilepsy ; drug therapy ; genetics ; Humans ; Pharmacogenetics

Pancreatic neuroendocrine neoplasms (pNENs) are rare tumors with malignant potential.The pNENs could be classified into functional or nonfunctional according to associated clinical symptoms.Magnetic resonance imaging (MRI) is helpful for preoperative diagnosis of nonfunctional pNENs.The clinical data of 22 patients with nonfunctional pNENs who were admitted to the Chinese PLA General Hospital from March 2010 to February 2014 were analyzed retrospectively.Nonfunctional pNENs were characterized by moderate to marked,consistent or progressive enhancement with capsule-like enhancement on dynamic contrast MRI,which is very important for the diagnosis and differential diagnosis of pNENs.

Objective To obtain the elasticity value of non-mass-like breast lesions with supersonic shear wave elastrography (SWE), in order to observe the value of quantitative elastography with SWE in differential diagnosis of non-mass-like breast lesions. Methods SWE was performed in 80 non-mass-like breast lesions. Taking pathologic results as reference, quantitative elasticity value of the lesions were performed. The diagnostic accuracy, sensitivity and speciifcity were calculated. Results In the 80 non-mass-like breast lesions, 37 lesions (46%) were malignant and 43 lesions (54%) were benign. The max and mean elasticity value of malignant lesions were (106.28±46.39) kPa and (51.02±30.06) kPa, and the max and mean elasticity value of benign lesions were (37.13±18.22) kPa and (26.44±15.62) kPa. There was statistical differences between malignant and benign lesions in max and mean elasticity values (t=15.328, 18.149, both P<0.05). Taking 61.25 kPa as the threshold of max elasticity value and 40.65 kPa as the threshold of mean elasticity value, the diagnostic accuracy, sensitivity and speciifcity were 70.53%, 66.83%, 51.22%and 68.34%, 65.81%, 50.63%, respectively. When max elasticity was combined with conventional ultrasound (US), the diagnostic accuracy, sensitivity and speciifcity were 84.17%, 92.28%and 68.39%, respectively. The diagnostic accuracy and speciifcity signiifcantly increased compared with conventional US (χ2=5.217, 9.652, both P<0.05). When mean elasticity was combined with conventional US, the diagnostic accuracy, sensitivity and speciifcity were 82.35%, 90.66%, and 63.35%, respectively. The diagnostic accuracy and speciifcity signiifcantly increased compared with conventional US (χ2=5.084, 8.686, both P<0.05). Conclusions The diagnostic accuracy and speciifcity of SWE for non-mass-like breast lesions are not high. But when SWE is combined with conventional US, the diagnostic accuracy and speciifcity increase signiifcantly, which is very helpful for the diagnostic of non-mass-like breast lesions.

miRNA was 20～25 nt endogenous non-coding RNA. miRNAs are encoded small RNAs that hybridize with messenger RNAs, resulting in degradation or translational inhibition of targeted transcripts. In order to investigate the function of miR-138 on mouse mammary epithelial cells, technique for gene silencing-miRNA inhibitor (anti-miRNA) was applied to make miR-138 silence, qRT-PCR was showed valid for inhibitor miR-138. And Western blot, CASY(r)-technology was put in use to study some change of mouse mammary epithelial cells after miR138 inhibitor. It was shown that miR-138 suppresses the exepress of PRL-R(P