The new-edition Military Medical Metrology Tree Graph is involved in this paper.The fundamental,purpose and main ideas of the graph are introduced.The solutions to some problems are also put forward.

The working principle of oscillometric method are introduced in Indirect Blood Pressure(INBP) measurement,and the various algorithms in this field are compared.In addition,the framework of INBP simulator used to test or calibrate electronic blood-pressure meters is described.The restriction of the simulator to calibrate INBP is also discussed.

Naming refers to broad nerve network, the cerebral location of naming is not clearly so far. It is a main measure to study the mechanism of naming by combining the symptoms and the imaging examination of aphasic patients. Meanwhile, it is also a focus of research in the field of neuropsychology. Many models on naming were produced. In this article, the authors reviewed the previous research fruits on naming and summarized some useful neuroanatomical pathways, cortex areas related to naming such as fusiform gyrus, angular gyrus, etc., and the most influential theories in the field of neuropsychology: namely lexicon system and lexical access theories.

This article would review the general symptoms of anomia and the classification of anomia based on the clinical characteristics, including word production anomia, word selection anomia, semantic anomia, category-specific anomia, modality-specific anomia.

Optical imaging is one of the molecular imaging modalities,and it consists of three imaging methods (fluorescence,bioluminescence and diffusion imaging).For fluorescence imaging,quantum dots (QDs) are inorganic semiconductor nanocrystals with a diameter from 2 to 100 nm.Compared with organic fluorescent dye,QDs have several unique optical properties,such as wide and continuous excitation spectra,narrow and symmetrical emission spectrum,strong fluorescence intensity and high resistance to photobleaching.This article reviews the optical properties of QDs and their development in the field of molecular imaging from in vitro and in vivo applications,as well as the limitations and problems.

Firstly,this article analyzes the requirement of the standard voltage for the ECG & EEG verification instrument.Then it analyzes the feasibility of measurement using 34401A multimeter and provides the test method.This method is proved to be exact and reliable by experiment.

The digital EEG instrument is the use of that the electrical activity of cerebral cortex are extracted and recorded by electrodes, which diagnose and treat the human brain and nervous system. The examination methods that is strong interoperability is introduced based on JJG 954 -2000 Digital Electroencephalogram Mapping & Brain Electric Activity Mapping and combined with practical work experience for years.

Objective To analyze the characteristic of tuberculous encephalitis following with dysphagia. Methods The characteristic of the patient was analyzed, and the signs and symptoms were inconsistent. And it was different with neuro dysphagia. Videofluoroscopic swallowing study was used to further examine. Results The cause of the patient's dysphagia was confirmed as tracheoesophageal fistula. Conclusion It exists clinically that brain lesion accompanied with constructional dysphagia without neurogenic dysphagia.

Objective To explore the effects of vascular endothelial growth factor (VEGF) and nitric oxide (NO) on coronary collateral blood flow (CCBF) in a rabbit model of physical ischemic training (PIT),and to provide a foundation for the study of the mechanism of collateral circulation formation in PIT.Methods Models of intermittent myocardial ischemia were established in 55 rabbits by installing a water balloon constrictor on the left ventricular coronary artery.The rabbits were then divided into a sham-operation group,a pure ischemia group,a PIT group,a PIT group with NO inhibition pretreatment,a PIT group with VEGF inhibition treatment,and a PIT group with both NO and VEGF inhibition pretreatment.Microspheres were injected at modeling and before sacrifice before and after ischemic stimulation.At the termination of the experiment the ischemic myocardial tissue of the left ventricular anterior wall was sampled,and then relative CCBF was measured using the microspheres.Results There was no significant difference among the 6 groups before training.After training prominent differences among the groups were observed,with the PIT group having the greatest increase in CCBF.CCBF in the pure ischemia group,the PIT group,and the PIT group with NO inhibition pretreatment were significantly higher than in the sham-operation group.Significant differences were also found between the PIT group and the three pretreatment groups.CCBF in the PIT group with NO pretreatment and VEGF inhibition was significantly different from that in the NO pretreatment group,while it was not found in the group with VEGF inhibition pretreatment.The CCBF in the group with VEGF inhibition pretreatment and the group with NO inhibition pretreatment was similar.Conclusions PIT can improve CCBF to the remote ischemic myocardium when combined with VEGF and NO pretreatment.Blocking VEGF or NO can reduce CCBF after training,and both VEGF and NO are involved in the formation of collateral circulation,with VEGF playing the major role.