Chronic kidney disease(CKD)is increasingly recognized as a global public health problem.Uncontrolled complications of CKD,especially cardiovascular diseases,contribute greatly to the premature death and unfavorable prognosis.Recent evidence shows that CKD complications may occur earlier than previously thought.CKD complications deserve early detection and active treatment.Periodical follow-up and regular check should be done to adjust the therapeutic condition.Clinical practice guideline or recommendation based on evidence-based medicine is essential for management of CKD complications.Personalized treatment should be considered to improve survival and quality of life,and to make patient return to society.

Objective To evaluate whether the pentylenetetrazol(PTZ)model is an appropriate animal model of absence seizure.Methods A series of tests including EEG,active avoidance response(AAR)and passive escape response(PER)in a two-way shuttle box were finished during seizure induced by PTZ(35 mg/kg,ip)in 40 Wistar epileptic rats.Results Epileptiform activity was characterized by bilaterally spike wave discharges synchronously elicited during seizure in PTZ models.During absence seizure induced by PTZ,the latency of active avoidance response was significantly prolonged.AAR positive rate was decreased by 85%.PER positive rate was increased by 56%,and escape failure positive rate was increased by 29%.Conclusion There is epileptiform discharge accompanying transient conscious disturbance during absence seizure induced by pentylenetetrazol.

Sport fatigue affects exercise ability of human being.A number of experiments of animals and humans have proved that the rational usage of nutritional supplementation will eliminate the fatgue caused by over-exerise,and improve exerise ability.This review is about the effect of the nutritional supplementation in eliminating sport fatigue.

The necessities and feasibilities of setting up of community nursing specialty for baccalaureate program in nursing college and university are discussed. And the cultivating approach from aspects of training target; training mode, curriculum design and training of community practical abilities is explored.

Objective To explore the application effect of problem-discuss-guidance(PDG) teaching model in rehabilitation medicine Teaching.Method Class A(141 students) was taught with traditional teaching model in ChapterⅡ,while PDG teaching model was adopted in Chapter V.Class B(150 students) was taught with PDG teaching model in chapterⅡ,while traditional teaching model was adopted in Chapter V.to compare teaching result of the two teaching model.Result The questionnaire scoring and the performance of the classroom test and the scoring rate in this section of Final Examination of PDG teaching model were obviously superior to traditional teaching model(P

With continued ozone deletion and increased ultraviolet application,ultraviolet (UV) induced eye injury receives more attention,especially for astronauts,residents on high elevation plateaus and other people exposed to intense beams of UV.Continuous exposure to UV can lead to damage of conjunctiva,cornea,crystalline lens and retina,which are correlated with conjunctivitis,keratitis,ocular tumor,climatic droplet keratopathy,and pterygium.This paper focuses on the effect of UV on eyes,with a systematic elaboration of UV-induced eye injury.

BACKGROUND:For distal clavicle fracture, clavicular hook plate and Kirschner wire tension band were used in the clinic, but they cannot keep the dual function of stability and functional protection. However, the application of microporous locking plate of distal clavicle makes it possible to double efficacy. OBJECTIVE:To compare and analyze the clinical outcomes of distal clavicle microporous locking plate and clavicular hook plate. METHODS:From March 2011 to March 2013, 40 patients with distal clavicle fractures were involved in this study. They were divided into two groups with the voluntary principles:distal clavicle microporous locking plate group and clavicular hook plate group. We compared and observed perioperative indicators (operation time, blood loss, and hospitalization days), clinical curative effects (University of California at Los Angeles scoring system and American Shoulder and Elbow Surgeons Scale), the score of shoulder joint function (Karlsson standard) and the overal treatment (removed the plate and functional training costs). RESULTS AND CONCLUSION:Al patients successful y underwent surgery. At 1 year after surgery, internal fixators were taken out. Necessary relevant rehabilitation training was performed for more than 3 months. There was no significant difference in perioperative indicators (P>0.05). However, clinical curative effects and the score of Karlsson shoulder joint function showed significant advantages in the microporous locking plate group (P<0.05). Although the distal clavicle microporous locking plate material cost was high, but there was no significant statistic difference in the overal treatment for better protection shoulder function (P>0.05). We draw the conclusion that distal clavicle microporous locking plate can effectively reconstruct the stability of the fracture site, and better retain the function of the joints at the same time.

Objective To establish a cell line and a convenient and well-duplicated minimal residual leukemia (MRL) model. Methods We chose the international standard domestic inbred DBA/2 mouse to inoculate the different numbers of L1210 leukemic cells to investigate the relationship between inoculating cell number and mouse survival time. On the third day after 1×106 leukemic cells per mouse were inoculated, different doses of CTX were used for the chemotherapy. Results The inoculating number of L1210 leukemic cells increased while the mouse survival time decreased;The survival time increased following the increase of the doses of the CTX;The survival time of the inoculated mouse treated with CTX at 125 mg/kg was equal to that of the mouse inoculated with 500 L1210 leukemic cells without treatment. Conclusion The observation results are that the dose of 125 mg/kg for creating the model of MRL mouse.