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The sex-determining region Y box protein (SOX),is an active transcription factor,particularly SOX2,which maintains the undifferentiated state of cancer stem cells in many tissues such as the brain.Gliomas are the most common primary intracranial malignancies in adults,and SOX2 plays an important role in the occurrence and development of glioma stem cells.Therefore,SOX2 has a good research prospect in the clinical treatment of human gliomas.In this article,we will summarize the relationship between SOX2 and gliomas,and the relevant therapeutic strategies for the treatment of gliomas using SOX2 as a target.
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OBJECTIVE:To observe clinical efficacy and safety of Shuxuening injection in the adjunctive treatment of traumat-ic subarachnoid hemorrhage. METHODS:96 patients with traumatic subarachnoid hemorrhage were randomly divided into control group and observation group with 48 patients in each group. Control group was given Tranexamic acid injection,Nimodipine injec-tion and Citicoline injection,daily lumbar punctrive and determined intracranial pressure and drained cerebrospinal fluid via lumbar puncture;observation group was additionally given Shuxuening injection 20 ml added into 5% Glucose injection 250 ml,ivgtt,qd. Both group were treated for consecutive 2 weeks. Clinical efficacy of 2 groups were observed,and GCS and MCA were also ob-served before and after treatment;ADR of 2 groups were recorded. RESULTS:Excellent rate of observation group(60.42%)was significantly higher than that of control group(31.25%),with statistical significance(P0.05);7 and 14 days after treatment, GCS of 2 groups increased significantly while MCA decreased significantly,and the observation group was better than the control group,with statistical significance (P<0.05). The incidence of cerebral vasospasm,cerebral infarction and cerebral hemorrhage were 8.33%,4.17%and 4.17%in observation group,and those of control group were 16.67%,12.50%and 16.67%;the observa-tion group was significantly lower than the control group,with statistical significance(P<0.05). CONCLUSIONS:Shuxuening in-jection shows significant therapeutic efficacy in the adjunctive treatment of traumatic subarachnoid hemorrhage,with low incidence of ADR.
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Nampt is a rate -limiting enzyme in the mammalian salvaging pathway for the synthesis of NAD that is involved in cell metabolism and proliferation .In recent years,growing research has elucidated that Nampt is correlated to various malignant tumors .It has a complex functions including regulation of energy metabo-lism and genome instability,promotion of proliferation and angiogenesis ,tumor-promoting inflammation and a-voidance of immune destruction .Recent reports indicate that Nampt is highly expressed in gliomas ,and it is close-ly related to the proliferation ,migration,invasion and prognosis of gliomas ,which will provide a new target for the glioma research and therapy .
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Objective To explore the clinical characteristics of evolutionary type of traumatic subdural hydroma(ETTSH) and experiences of diagnosis and treatment of ETTSH. Methods The clinical data of 37 patients with ETTSH were analyzed retrospectively. Results The patients ages were from 3 months to 75 years old, most of primary craniocerebral injuries were mild, the main clinical manifestation was chronic increased intracranial pressure, and the final diagnosis time by CT scanning was 28 to 110 days after craniocerebral injury. All patients had a good prognosis by surgical drainage. Conclusion Polarized age, mild primary craniocerebral injury and chronic increased intracranial pressure are the main clinical characteristics of ETTSH. Dynamic CT scanning and surgical drainage were the first choice of diagnosis and treatment of ETTSH, respectively.
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Objective To study the diagnosis and treatment of delayed radiation-induced brain injury. Methods 21 patients with delayed radiation-induced brain injury were diagnosed by CT, MRI and MRS, and were treated with dehydration, corticosteroid, neuroprective drugs and hyperbaric oxygen or surgery. Results The symptoms of 66.7% patients were obviously improved, 19.0% patients partly recovered and the symptoms of 14.3% patients were not obviously improved. Conclusion The early diagnosis and reasonable treatment could decrease delayed radiation-induced brain injury to minimal extent. The operative treatment should be performed in the patients who had operative indicators. And it was important to prevent the occurrence of delayed radiation-induced brain injury.
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Objective To investigate the curative effect of magnesium ion on patients with severe craniocerebral injury. Methods According to the standards,80 patients with severe craniocerebral injury were chosen and divided into control group and experimental group randomly. The control group received routine therapy and the experimental group received routine therapy plus magnesium sulfate. Serum endothelin(ET) and Glasgow coma score(GCS)of all the patients were measured at different time respectively,and Glasgow outcome scale(GOS)of all the patients were determined after 3 months,and then these data were analyzed statistically. Results Compared with the control group, Serum ET in the experimental group were lower,GCS were higher,and GOS were better. All these differences were significant(P