Objective To explore the influence of Gui piperazine strange maleate on the high sensitive C-reactive protein(hs-CRP) and S100B in the serum of patients with acute cerebral infarction.Methods 90 patients with acute cerebral infarction were randomly divided into two groups,the control group(45 cases) and the treatment group (45 cases).The patients in the control group were treated through the conventional treatment,while the patients in the treatment group were treated plus Gui piperazine strange maleate.They were treated for fourteen days.The hs-CRP and S100B in the serum were detected before and after treatment.Results The total effective rates were 93.3％ in the treatment group and 84.4％ in the control group.There was a significant difference between two groups(x2 =4.0125,P ＜ 0.05).The hs-CRP and S100B were decreased after treatment in both groups (all P ＜ 0.05),and there was a significant difference between two groups after treatment (all P ＜ 0.05).Conclusion Gui piperazine strange maleate can improve acute cerebral infarction through mitigating inflammation.

Objective To observe the influence of nursing intervention on heart function and emotion in elder patients with chronic heart failure(CHF)based on "Timing It Right".Methods A total of 100 elder patient with CHF in Nanyang City Center Hospital from January 2016 to January 2017 were recruited,and divided into control group and observation group by random number table method,with 50 cases in each group.The control group received routine care and follow-up,while the observation group received routine care and nursing intervention base on "Timing It Right" for 12 weeks.The heart function and emotion were compared between those two group at before and after nursing intervention by LVEF％,NT-proBNP,heart output and Chinese version of Brief Profile of Mood States(BPOMS).Results The patients' heart function and emotion of both groups improved after intervention.After intervention,the LVEF％,NT-proBNP and heart output of the observation group were(59.65±2.29)％,(249.21±58.79)ng/L and(5.72±1.10)L/min,the differences compared with the control group were statistically significant(t=-28.473,8.473,-5.505;P < 0.05).The total score of BPOMS of the control group and the observation group was(25.55±4.41)and(22.62±5.40)respectively(t=2.878,P<0.05).Conclusions Nursing intervention based on "Timing It Right" can improve patient's heart function and emotion in elderly patients with CHF,which has better effect then routine nursing intervention.

Autogenous odontogenic materials are a new, highly biocompatible option for jaw restoration. The inorganic component of autogenous teeth acts as a scaffold to maintain the volume and enable donor cell attachment and proliferation; the organic component contains various growth factors that promote bone reconstruction and repair. The composition of dentin is similar to that of bone, which can be a rationale for promoting bone reconstruction. Recent advances have been made in the field of autogenous odontogenic materials, and studies have confirmed their safety and feasibility after successful clinical application. Autogenous odontogenic materials have unique characteristics compared with other bone-repair materials, such as the conventional autogenous, allogeneic, xenogeneic, and alloplastic bone substitutes. To encourage further research into odontogenic bone grafts, we compared the composition, osteogenesis, and development of autogenous odontogenic materials with those of other bone grafts. In conclusion, odontogenic bone grafts should be classified as a novel bone substitute.

Autogenous odontogenic materials are a new, highly biocompatible option for jaw restoration. The inorganic component of autogenous teeth acts as a scaffold to maintain the volume and enable donor cell attachment and proliferation; the organic component contains various growth factors that promote bone reconstruction and repair. The composition of dentin is similar to that of bone, which can be a rationale for promoting bone reconstruction. Recent advances have been made in the field of autogenous odontogenic materials, and studies have confirmed their safety and feasibility after successful clinical application. Autogenous odontogenic materials have unique characteristics compared with other bone-repair materials, such as the conventional autogenous, allogeneic, xenogeneic, and alloplastic bone substitutes. To encourage further research into odontogenic bone grafts, we compared the composition, osteogenesis, and development of autogenous odontogenic materials with those of other bone grafts. In conclusion, odontogenic bone grafts should be classified as a novel bone substitute.