Objective To investigate the association of single nucleotide polymorphism (SNP) rs13333226 in uromodulin (UMOD) gene with diabetic kidney diseases (DKD) in Han population in Tianjin,China.Methods A total of 210 type 2 diabetes (T2DM),90 normal controls (NC) and 280 DKD patients were recruited.According to the level of estimated glomerular filtration rate (eGFR),the DKD subjects were further subdivided into three groups:GFR≥90 ml/min group (n=105),60 ml/mim≤GFR ＜ 90 ml/min group (n=84) and GFR ＜ 60 ml/min group (n=91).Polymerase chain reaction-restriction fragment length polymorphism (PCR-RFLP) was used for UMOD rs13333226C genotyping.Results The frequencies of AA,GA,GG genotype were 27.8％,58.9％,13.3％ in NC group and 41.0％,48.6％,10.5％ in T2DM group and 54.3％,36.1％,9.6％ in DKD group.The frequency of G allele was 42.8％ in NC group,34.8％ in T2DM group and 27.7％ in DKD group.The genotype distribution of UMOD was statistically significant between NC group and DKD group,and between T2DM group and DKD group (P ＜ 0.05).G allele of UMOD was an independent protective gene polymorphism of DKD in Logistic regression (B=-0.248,Wald=8.012,P=0.021,OR=0.780,95％ CI 0.612-0.968).Conclusion The G allele of UMOD gene may be an independent protective factor of DKD in Han population in Tianjin,China.

We got vary data about neuron-threshold from animal experiment. We try to find the disciplinarian from the data in order to confirm something. In this article we first confirmed unitary method of neuron-threshold; and then found t he complication working on the neuron-threshold parameter and the connection bet ween one another; at last proved the non-linear characteristic about neuron. The se conclusions do well to the clinic application of nerve electro-physiology; ne rve biology and neuron-threshold. Along with the experiment data enriched and co nsummated more and more, using analysis method for experiment, neuron-threshold will be up to par of clinic diagnosis and treatment.

This paper mainly introduces the design for system of evoked potentials detecting based on technology of mobile computing platform and CF interface. The CF+ card in IO mode based on the mobile computing equipments and its CF interface are designed, and the driver and application software on Windows CE platform are also written at the same time. The system with these hardware and software can perform the task of generating evoked signals and sampling evoked potentials signals. Simple hardware design and perfect software support are available in this system, which can meet the research needs in many fields of evoked potentials signals.

Objective To generate an human interleukin-17 receptor-like molecule (IL-17RLM) recombinant plasmid with 6?myc tag and detect its specific expression in eukaryotic cells. Methods Design two specific primers(including the enzyme sites of EcoRⅠand XhoⅠ), reextract hIL-17RLM-L DNA fragment after PCR and insert it into the 6?myc tagged pcDNA3.0 vector, then detect its expression by Western blot after transfecting COS7 cells. Results The 6?myc tagged recombinant plasmid pcDNA3.0- 6?myc /hIL-17RLM-L was generated successfully and its expression can be detected by Western blot in eukaryotic cells. Conclusion The eukaryotic expressing plasmid pcDNA3.0-6?myc /hIL-17RLM-L was generated successfully and its specific expression was realized, which may provide the basis for further research of its biological function.

OBJECTIVETo screen SNP information of keloid pedigrees through whole genome sequencing.

METHODSWe Collected information and clinical data of the keloid pedigree and constructed charts of the pedigree. The DNA was extracted from peripheral venous blood samples of the pedigree to sequence the whole genome.

RESULTS27 SNP and 8 disease-associated genes were screened out.

CONCLUSIONSWhole genome sequencing technology can select new genetic mutations associated with keloid, and provide a new way for the research of keloid.

China ; ethnology ; Genome, Human ; Humans ; Keloid ; genetics ; Mutation ; Pedigree ; Polymorphism, Single Nucleotide ; Sequence Analysis, DNA

Objective To study the clinical and genetic characteristics of keloid through investigating on four Han Chinese pedigrees.Methods The pedigree information and clinical data from Han Chinese keloid pedigrees were collected,which consisted of 22 patients in 127 family members,and then the charts of these pedigrees were constructed according to the data.Using the genetic model and pedigree analyses we summarized the clinical features of the disease in the families.Results Four Han Chinese keloid pedigrees were discovered.The three pedigree spans included 3 generations and one was 4 generations.Incidence of KD in the consanguinity family member was 23.7％ (23/93),and 20.8％ (11/53) in male KD,and 27.5％ (11/40) in female.Incidence of anterior chest KD was 40.9 ％.The inheritance pattern observed in these pedigrees was consistent with an autosomal dominant inheritance multi-gene hereditary disease with incomplete penetrance,and its nonpenetrance of KD gene carriers was 12％ (3/25).Conclusions The pattern of inheritance observed in these four Han Chinese keloid pedigrees is similar to previous reports and no gender differences are found in the incidence of disease,but differences in pathogenic site.Pedigree investigation helps to reveal the genetic characteristics of keloid.

According to the analysis of 9 237 hospitalized type 2 diabetic patients, the prevalence of diabetic retinopathy ( DR )was 32.9％ , with the prevalence of mild, moderate, and serious non-proliferative DR and proliferative DR being 10. 1％, 18. 3％, 3.2％, and 1.3％ respectively. The prevalence of diabetic macular edema ( DME ) was 3.56％ in type 2 diabetics and i 0. 8％ in patients with DR. Diabetes duration and proteinuria were the common risk factors of DR and DME.

The association of coagulation function with progressive proteinuria in type 2 diabetic patients was retrospectively analyzed.With increasing microalbuminuria,fibrinogen level was increased significantly.Fibrinogen was an independent risk factor of microalbuminuria. In patients as the early-stage diabetic nephropathy (DN)progressed to clinical-stage DN,the baseline level of fibrinogen was also increased [ ( 3.5 ± 0.9 vs 3.0 ± 0.6 ) g/L,P＜0.05 ].Fibrinogen may serve as a useful predictor of progressive proteinuria in type 2 diabetes.

In subclinical diabetic nephropathy with glomerular hyperfiltration,the renal size parameters are increased significantly,and this change sets in as early as before the appearance of microalbuminuria.The average kidney length discriminator value for glomerular hyperfiltration by receiver operating characteristic (ROC) curve analysis is 10.53 cm,with the best sensitivity,higher specificity and total coincidence rate,and can be a clinical indicator for screening early diabetic nephropathy with glomerular hyperfiltration.

0.05).Conclusion Tripterygium wilfordii,combined with routine treatment,appeared to decrease 24-hour proteinuria in a certain extent and did not adversely affect liver function,renal function and the blood routine test in most patients with diabetic nephropathy.