[Objective]Analyzing the effect of the theory thought of treating liver diseases from Zhang Zhongjing to Wang Xugao ’s book named“Xixi Library recorded”.[Method]To summarize the methods and experiences of treating liver diseases from Wang Xugao ’s book and to analyze the inheritance of the theory thought of treating liver diseases from Zhang Zhongjing to Wang Xugao.[result]Wang Xugao ’s book originated“the thirty methods of treating liv-er diseases”,based on his methods and experiences;he also generalized “liver qi,liver wind and liver fire ”as the essential points in liver diseases.[Conclu-sion]Dr. Wang Xugao was a famous physician skil ful at liver diseases ,and his theory thought of treating liver diseases basical y came from the theory of Dr. Zhang Zhongjing.

[Objective] To sum up Mr. Wang Xugao's experience in treating infants diseases. [Method] By analysis on infants medical cases treated by Mr. Wang Xugao such as fetus scare, child tuberculosis, Severe Malnutrition, acute asthmatic attack in children,etc., sum up his features in treating such dis-eases. [Result] In treating infants diseases, he pays attention to differentiation and analysis of organs deficiency and excessiveness, very according with the gist of Mr. Qian Yi's theory of infants physiologytender organs, un-enough Qi bloodand pathology easy deficiency and excessiveness, easy cold and hot. [Conclusion] Mr. Wang's treatment on infants diseases is flexible and changeable, with good cure effect.

Segmentation of cryo-electron micrograph (Cryo-EM) image is crucial to identification of macromolecular particles. In this paper, the features of Cryo-EM image are discussed and a new automatic segmentation algorithm for Cryo-EM image based on wavelet transformation and difference of Gaussian (DoG) is also provided. This method uses wavelet decomposition to do the multi-resolution analysis, which can depress noise and enhance contrast. After DoG image is segmented by using OTSU method, main edges are selected by the combination of gray and grads information. Experiment results show that the algorithm has good result.

The real-time dynamic display of physiological parameters curve is a key element to observing users' various physiological information directly in telemedicine system. The real-time dynamic display of B/S waveform is realized with ActiveX, DelphiActiveForm and network data communication based on Sockets.

The current situation of education in biomedical engineering in China is introduced.The necessity of training innovative talents is analyzed.The exploration and practice in talents training are introduced including personnel training modes,construction of experiment base,reform of teaching methods and material,training of teachers,participation of scientific research,etc.

Obiective To study and design a real-time monitoring system based on ZigBee wireless technology in ICU wards. Methods The framework and function of this system are analyzed and designed, which specifies the main function of physiological data acquisition and wireless transmission mode, monitor base and monitor center, and introduces the development environment and important technology realizing this system. Results The system is convenient to the treatment of patients, and the monitor base and monitor center can assist doctors to diagnose and treat patient's condition effectively. Conclusion The system utilizes ZigBee wireless communication technology as the communication technology of physiological data acquisition, which is well suited to organize the preceding wireless sensor network of 1CU ward monitor, and can reduce the cable wire splices on patient* largely, and is convenient for the treatments of patients. The monitor base and monitor center of the system can comprehensively and accurately record the vital signs, medical treatment and nursing of patients and it is convenient for doctors to supervise patients' condition, providing medical treatment, and nursing strategy pointer.

Objective To assess the clinical diagnosis value of CT guided transthoracic core needle biopsy in patients with pathological changes.Methods The pathological diagnosis was performed after getting the tissue by the groovy needle punctured the lesion.Results The 165 patients included 153 focal pulmonary diseases and 12 diffuse pulmonary diseases,the defined pathological diagnostic rate was 92.1%,false negative rate was 3.9%,18.9%in malignant and benign pathological changes;and complication presented in 33.3%,pneumothorax,bleeding,hemoptysis and hypodermic haematoma were 17.0%,7.9%,7.3%and 1.2%,respectively.Conclusion The technique of pulmonary percutaneous biopsy under CT guided is a perfect method for qualitative diagnosis of difficult pulmonary pathological changes:it is of great clinical application.

Objective To investigate the characterized imaging in conventional MRI, get information about the metabolites in basal ganglia from proton MR Spectroscopy(~1H-MRS) of acute bilirubin encephalopathy(ABE) and find out the relationship between those changes and bilirubin levels. Methods Twenty-eight patients with acute bilirubin encephalopathy and 15 normal neonates underwent MR and ~1H-MRS examinations T_1 WI, T_2WI and DWI were collected via conventional MRI scanning of all neonates. All patients underwent multi-voxels scanning and 15 of them had single voxel scanning. ~1H-MRS used point resolved spectroscopy (PRESS) both in multi-voxels and single voxel scanning. The data of them were acquired from the ROIs placed in basal ganglia and globus pallidus, respectively. The metabolites including NAA choline, Lactate, glutamate and glutamine, myoinositol and creatine were quantitatively analyzed to compare them between the control group and the case group. Equality of variance between patient data and normal values were tested by using the two-tailed t test. The case group was divided into three groups of 342.0 μmol/L < TSB ≤ 427. 5 μmol/L,427.5 μmol/L < TSB ≤ 513.0 μmol/L, TSB > 513.0 μmol/L including 8,9,11 patients, respectively. Analysis of variance was used for statistics. Results Conventional magnetic resonance imaging showed symmetrical high signal of T_1WI in globus pallidus of 23 patients. The case group and the control group were significantly different. Single voxel ~1H-MRS revealed that the relative concentrations of Glx/Gr and mI/Cr in the control group were 0.95±0.23, 0.57±0.20, respectively, While those in case group were 1.45±0.37, 0.74±0.23, respectively. There were significant differences between two groups (t =2. 13,4. 40,P =0.04,0.00 respectively). Multi-voxels scanning 1H-MRS revealed that Glx / Cr were 0.51±0.36 in case group and 0.29±0.18 in control group. There was also a significant difference between two groups (t =2.17,P =0.03). And the values of Cho/Cr, NAA/Cr and Lac/Cr were not significantly different. The results were same in multi-voxels ~1H-MRS. Total bilirubin level and the concentration of metabolites in the brain do not have obvious correlation. Conclusions ABE has a characteristic signature which is symmetrical high signal of T_1 WI in globus pallidus on conventional MBI; The values of mI/Cr and Glx/Cr remarkably increase as detected by ~1H-MRS, which is generally in agreement with what has been known about bilirubin pathology.

OBJECTIVE:To facilitate the evolvement of Chinese ADR monitoring.METHODS:Approaches concerning prescription-event monitoring in England and its progresses were investigated.RESULTS:Early warning signals that of precaution effect were available through prescription-event monitoring on primary safeguarded newly marketed drugs.CON?CLUSION:Voluntary ADR reporting system is now prevalent in China,the prescription-event monitoring system assumed by England set a good example for us to follow.

The contents and features of medical imaging technology and medical image processing course are introduced in this paper,relationship of the two courses and their different parts are mainly discussed.Contents and the multimedia courseware are then designed.