Clinical anatomical basis for cardiovascular control structure for cardiovascular treatment QOL improvement View Homepage


Ontology type: schema:MonetaryGrant     


Grant Info

YEARS

2004-2006

FUNDING AMOUNT

3000000 JPY

ABSTRACT

This year, was still focused on the analysis of the cardiac autonomic nervous system which is foreign control structure having an unresolved issue from it, which is the final year. Based on the analysis results for the normal pattern of the cardiac autonomic nervous system in normal arteries branching form of the last fiscal year of the person, this year is mainly, were analyzed for changes in the heart autonomic light system in the large vascular abnormalities of human origin branchial arch artery. As a result, it has been revealed that, such as the following. 1. In the past heart autonomic nervous system at the time of the large blood vessel abnormalities, has been reported to shift downward (caudal), this result was completely negative. In other words, even when the various types of gill arch artery-derived vascular abnormalities, all cardiac nerve / branch has been regularly observed. 2. When new blood vessels are present as such large vessels mutations, cardiac nerve / branch along to it appear. In addition, that if newly added (differentiation) emerged cardiac nerve / branch is especially thick, the tendency to be differentiation in supply (sympathetic trunk) ganglion it was observed. As a result of the above is, in recent years has been obvious to are very both molecular developmental biology data are in good agreement, it is useful towards the result integration further progress and the future. In addition, in the distal portion from the pericardium reversing section, normal type, that there is little change in the form of cardiac nerves in the aorta aberrant both, the determination of the transplant cleavage site at the time of the clinical as well - for example, heart transplantation and It seems to be improving - help. From the time of the beginning of the study, also comparing evolutionary morphological analysis of the cardiac autonomic nervous system has been carried out in parallel, also for further development is expected to slide into continue. More... »

URL

https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-16790804

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