The present invention relates to a neurocatheter for neurosurgery minimally invasive bioconducting microscaffolds comprising a structural body； and a plurality of stent fibers disposed in the body of the structure and distributed throughout the body of the structure； The scaffold fibers of the structural body form an void space through irregular distribution, a plurality of functional particles are movably disposed in the void space, and a fiber fluff layer is disposed around the periphery of the structural body, the fiber fluff layer comprising a plurality of scaffolds A fiber termination structure 25 for guiding the direction of external release of the functional particles.本創作係關於用於神經外科微創含高生物相容性微支架之神經導管，其中包含一結構主體；以及複數個設置於該結構主體不規則分佈並貫穿該結構主體之支架纖維；其中該結構主體之該支架纖維透過不規則分佈形成一空隙空間，複數個機能性微粒可移動地設置於該空隙空間，以及在該結構主體外圍環繞分佈一纖維絨毛層，該纖維絨毛層包含複數個支架纖維終端結構25，該支架纖維終端結構用於引導該機能性微粒對外部釋放的方向。
