Objective To explore particularity of the diagnosis and treatment with massive bilateral chronic subdural hematoma (BCSDH) in elders.Method The clinical data of 25 elders with BCSDH treated in our hospital from 2007 to 2011 were analyzed retrospectively.All patients were examined with computerized tomography (CT) of 25 patients through the bilateral trephined hole.Results Twenty-four patients recovered better,the symptom significantly improved.After operative 1 month,14 patients? hematoma disappear,6 patents only had little bilateral subdural effusion,4 patents only had little unilateral subdural effusion.One patient appeared massive subdural effusion on the second day after operation,the familiality gave up therapy,and the patient was dead.Conclusion CT scanning should be taken before you make correct diagnisis.Bilateral single twist-drill craniostomy with irrigation and drainage is a chief method to massive BCSDH.

Humans ; Rectal Fistula ; surgery ; therapy

Biomedical Research ; Humans ; Integrative Medicine ; Medicine, Chinese Traditional

Aged ; Apraxias ; physiopathology ; Gait Apraxia ; physiopathology ; Humans ; Parkinson Disease ; diagnosis ; physiopathology

0.2).The lymphocyte counts of the KD area grain group and the group of the KD area grain supplemented with Se were lower than that of the non-KD area grain group, and the CIC level and the hepatic Se content were much lower in the group of the KD area grain than in the other groups (p

Bone marrow stem cells(BMSCs) can differentiate into cardiomyocytes when induced with proper reagent. The cardiomyocytes from BMSCs have cardiomyocyte phenotypes with the expression of cardiac-specific antigen and receptor. BMSCs differentiate into cardiomyocytes in host myocardial microenvironments. Mechanism of the differentiation is unclear and need to be studied further.

According to the concept of sagittal spinal balance, the alternating curves of cervical and lumbar lordosis and thoracic and sacral kyphosis enable the head to be positioned over the trunk and pelvis. But the sagittal imbalance represents departure from this ideal form. Cervical kyphosis may represent the most disabling of these imbalances, for it can cause pain, postural difficulties, or neurologic deficit. A summary and discussion is reviewed regarding the anatomy, biomechanics, etiology, clinical presentation, laboratory examination and treatment of this condition.

AIM: To study mouse's skin ulcer pharmacodynamics of Allantoin Compound Ointment. METHODS: The wounded and scalded skin ulcer models of mice were est ablished. The skin ulcer area of mice was treated with Allantoin Compound Ointme nt and the control group was also ser, and the inflammatory infiltration of the ulcer was observed under the microscope. RESULTS: Compared with the self-control group, the skin ulcer area o f mice treated with Allantoin Compound Ointment reduced obviously (P

OBJECTIVE:To investigate the characteristics and regularity of adverse drug reaction (ADR) in a third grade class A hospital,and to provide reference for rational drug use in clinic. METHODS:A total of 813 cases of ADR reported to Na-tional ADR Monitoring by the hospital during 2013-2015 were summarized and analyzed retrospectively in terms of age,gender,route of administration,drug type,organs or systems involved in ADR,clinical manifestation and outcome. RESULTS:Among 813 cases of ADR,there were 391 male (48.09%) and 422 female (51.91%). Patients aged more than 60 were with high inci-dence of ADR,involving 347 cases(42.68%). Among routes of administration,most ADR cases were caused by intravenous ad-ministration,involving 747 cases (91.88%). Among all drug types,the number of ADR cases caused by anti-infective drugs was the most,involving 382 cases(46.99%);cephalosporins took up the highest proportion,being 38.22%(146 cases). Organs or sys-tems involved in ADR were mainly skin and its appendants,involving 434 cases (53.38%). CONCLUSIONS:ADR monitoring should be strengthened for elderly patients receiving anti-infective drugs intravenously so as to reduce the occurrence of ADR and guarantee medication safety.

Techniques for functional brain imaging are critical to analyze the information processing of brain and to reveal the advanced functions in brain. These techniques are the hot topics of international research. Great success has been obtained with neuroimaging techniques in the fields of neuroscience research and clinical diagnosis. Existing brain functional imaging such as magnetic resonance imaging (fMRI),positron emission tomography (PET),electroencephalogram (EEG),magnetoencephalography (MEG) and so on,have been successfully used to study brain function. However,these methods have some limitations unavoidably in the temporal or spatial resolution at present. Comparatively,the optical imaging technologies of brain function show their unique charms. Laser speckle imaging (LSI) and intrinsic optical signals imaging (IOSI) stand out because they offer a superior combination of spatial sampling,spatial resolution and temporal resolution; on the other hand,they have no need to use exogenous contrast agents. Great developments also have been obtained in both techniques and applications of brain optical imaging,and they have become powerful tools for in vivo studying functional architecture and pathophysiology in cerebral cortex by monitoring hemodynamics. However,the two optical imaging techniques are confronted with some challenges.