Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: article i nfo Article history: Accepted 12 April 2012 Available online 24 April 2012 Vascular domains have been described as being coupled to neuronal functional units enabling dynamic blood supply to the cerebral cyto-architecture. Recent experiments have shown that penetrating arterioles of the grey matter are the building blocks for such units. Nevertheless, vascular territories are still poorly known, as the collection and analysis of large three-dimensional micro-vascular networks are difficult. By using an exhaustive reconstruction of the micro-vascular network in an 18 mm 3 volume of marmoset cerebral cortex,  numerically computed the blood flow in each blood vessel.  thus defined arterial and venular terri- tories and examined their overlap. A large part of the intracortical vascular network was found to be supplied by several arteries and drained by several venules.  quantified this multiple potential to compensate for deficiencies by introducing a new robustness parameter. Robustness proved to be positively correlated with cortical depth and a systematic investigation of coupling maps indicated local patterns of overlap be- ten neighbouring arteries and neighbouring venules. Hover, arterio-venular coupling did not have a spatial pattern of overlap but shod locally preferential functional coupling, especially of one artery with two venules, supporting the notion of vascular units.  concluded that intra-cortical perfusion in the pri- mate was characterised by both very narrow functional beds and a large capacity for compensatory redistri- bution, far beyond the nearest neighbour collaterals.
['Romain Guibert', 'Caroline Fonta', 'Laurent Risser', 'Franck Plouraboué']
I am writing a research paper on a idea Coupling and robustness of intra-cortical vascular territories.
[{"from": "human", "value": "I am writing a research paper on a idea Coupling and robustness of intra-cortical vascular territories."}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: article i nfo Article history: Accepted 12 April 2012 Available online 24 April 2012 Vascular domains have been described as being coupled to neuronal functional units enabling dynamic blood supply to the cerebral cyto-architecture. Recent experiments have shown that penetrating arterioles of the grey matter are the building blocks for such units. Nevertheless, vascular territories are still poorly known, as the collection and analysis of large three-dimensional micro-vascular networks are difficult. By using an exhaustive reconstruction of the micro-vascular network in an 18 mm 3 volume of marmoset cerebral cortex,  numerically computed the blood flow in each blood vessel.  thus defined arterial and venular terri- tories and examined their overlap. A large part of the intracortical vascular network was found to be supplied by several arteries and drained by several venules.  quantified this multiple potential to compensate for deficiencies by introducing a new robustness parameter. Robustness proved to be positively correlated with cortical depth and a systematic investigation of coupling maps indicated local patterns of overlap be- ten neighbouring arteries and neighbouring venules. Hover, arterio-venular coupling did not have a spatial pattern of overlap but shod locally preferential functional coupling, especially of one artery with two venules, supporting the notion of vascular units.  concluded that intra-cortical perfusion in the pri- mate was characterised by both very narrow functional beds and a large capacity for compensatory redistri- bution, far beyond the nearest neighbour collaterals."}]