[bjective]This paper is about to expound the true meaning of the 374th clause of Treatise on Febrile Diseases. [Methods] Under the guidance of dynamic thinking of Treatise on Febrile Diseases, with the help of other clauses about Zaoshi syndrome, Small Decoction for Ordering the Qi, Gardenia and Prepared Soybean Decoction, to understand the 374th clause.[Results] The 374th clause is not alone, it should be combined with the 375th clause, they tell us when we treat the combination of Shi and Re syndrome of Yangming disease, we should use Small Decoction for Ordering the Qi first, then use Gardenia and Prepared Soybean Decoction. At the same time if we want to understand the 374th clause, we should combine it with the 368th clause to 375th clause, it tells us the treatment and difference between the diarrhea of cold, wet heat, Shi and Re, deficient heat etc. [Conclusion]This clause institutes the principle of the treatment for Shi and Re syndrome of Yangming disease, completing the system of treating diarrhea. It also tells us how to combine two decoctions.

Objective:To study feasibility of preparing artificial antigen by membrane coated with hapten-carrier.To compare the Emodin-BSA membrane antigen immunogenicity and specificity against the liquid antigen.Methods:Emodin-BSA-PVDF membrane was prepared by the method that BSA was coated on PVDF membrane and the BSA was coupled with Emodin-couplint agent derivative.Rats were immunized by subcutaneous implantation.The immunogenicity and antibody specificity were characterized using Emodin-CA or Chrysophanol-CA or Physcion-CA membrane immunoassay. Results: The immunogenicity of Emodin-BSA coated membrane antigen was higher than Emodin-BSA liquid antigen;the specificity for three anthraquinones was almost the same(P>0.05). Conclusion:Emodin antiserum generated using Emodin-BSA coated membrane antigen has a high immunogenicity and specificity to Emodin.The results show it is feasible that membrane coated with hapten-carrier is used as artificial antigen.

Objective To explore the correlation between the glucose variability and the severity of acute isolated traumatic brain injury(TBI). Method According to the inclusion/exclusion criteria,a total of 125 cases of acute isolated TBI admitted in Department of Neurosurgery of China Medical University from July 2012 to June 2015 were included. According to Glasgow coma scale(GSC),the patients were divided into five groups including control(GCS 15),mild(GCS 13?14),moderate(GCS 9?12),severe(GCS 6?8),and extra?severe(GCS 3?5)groups. Blood glucose control(including relief of the stress and the application of insulin)were carried out immediately. The average,standard deviation,and variation co?efficient of blood glucose of all groups were recorded at admission,48 hours and 3?7 days after hospitalization. The clinical records and glycemic in?dex were compared among different groups and during different periods,so as to analyze the relationship of the variability of glucose and the duration of hyperglycemia with the severity of TBI and the effects of glycemic intensive care management. Results The results of Kruskal Wallis test and Mann?Whitney Utest showed that the average,standard deviation,and variation coefficient of glucose in the extra?severe group and the severe group were statistically higher than those in the control group(P<0.05)during the same period. Meanwhile,the average,standard deviation,and variation coefficient of glucose at admission,48 hours and 3?7 days after hospitalization were also different among each group(P<0.05). The duration of hy?perglycemia and conscious disturbance in both the extra?severe group and the severe group were longer than those in the control(P<0.05). The analyses using rank correlation indicated that glucose variability,the level and duration of hyperglycemia were positively correlated with the severity of TBI(r>1). Conclusion The glucose variability in acute isolated TBI patients could be considered as the index of the severity of TBI.

The etiology of hemophagocytic lymphohistiocytosis (HLH) is complicated and difficult to diagnose, unexplained HLH often with hematological malignancies. Invasive biopsy can help to find etiology, the results may be affected by the technique and the location of the puncture site. Multiangle puncture can improve the success rate, but the corresponding risk increases. A patient with HLH was admitted to Affiliated Hospital of Zunyi Medical College. The etiology was unknown. Active symptomatic support treatment was conducted, at the same time, finding the evidence of viral infection, autoimmune disease related detection, blood culture, bone marrow puncture smear and spleen biopsy were performed respectively to find the pathogen basis. Spleen hemorrhage was not being controlled after spleen biopsy in patients, and emergency splenectomy was adopted to stop bleeding for saving lives. Finally, the patients died of low protein, pulmonary edema and respiratory failure. The bone marrow puncture and spleen biopsy failed to provide the basis for tumor invasion, while the spleen pathological slices plus immunohistochemical indicate diffuse large B cell lymphoma (DLBCL) after splenectomy, which was identified as malignant tumor-associated hemophagocytic syndrome. Underscoring the high risk of bleeding after tumor-associated splenomegaly puncture and the importance of having emergency plans. Through analyzing the clinical characteristics, diagnosis and treatment of this patient, we hope to improve the clinicians' understanding of HLH and lymphoma.