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鈭瀹藉箍鐨勬娴嬭寖鍥达紙0.2 渭m-3 mm锛夈€佹娴嬫祿搴﹀彲楂樿揪1*10⁷涓?/span>/mL锛汓/span>

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鈭寮曞叆FIPS瓒呭垎杈ㄧ畻娉曞強AI鏅鸿兘绠楁硶绛夊绉嶇畻娉曪紝纭繚鏁版嵁鍑嗙‘鎬э紱

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鑳ょ厡绉戞妧(YinHuang Technology)鏄竴瀹朵笓娉ㄤ簬涓哄尰鑽€佸崐瀵间綋鍙婂寲宸ユ潗鏂欑瓑琛屼笟鎻愪緵妫€娴嬪垎鏋愯澶囧強鎶€鏈湇鍔＄殑楂樼鎶€鍏徃锛岃嚧鍔涗簬涓哄鎴锋彁渚涘叏闈€€佸噯纭殑妫€娴嬪垎鏋愬拰瑙ｅ喅鏂规銆備富钀ヤ骇鍝佸寘鎷笉婧舵€у井绮掑垎鏋愪华锛屽彲瑙佸紓鐗╂鏌ュ垎鏋愪华锛屽師娑茬矑搴﹀強Zeta鐢典綅鍒嗘瀽浠紝CHDF楂樼簿搴︾撼绫崇矑搴︿华锛岄珮鍒嗚鲸绾崇背绮掑害浠紝婧舵恫棰滆壊娴嬪畾浠紝婢勬竻搴︽祴瀹氫华绛夛紝鍏徃鑷富鐮斿彂鐨凕/span>YH-MIP绯诲垪鏄惧井璁℃暟娉曚笉婧舵€у井绮掍华銆?/span>YH-FIPS绯诲垪娴佸紡鍔ㄦ€佸浘鍍忔硶绮掑害浠紝YH-FIPS绯诲垪寰祦鎴愬儚棰楃矑鍒嗘瀽浠凡缁忓湪鐢熺墿鍖昏嵂銆佸崐瀵间綋鍙婃潗鏂欏寲宸ラ鍩熷緱鍒板箍娉涘簲鐢?/span>.

[1]Cooley M , Sarode A , Hoore M , Fedosov DA , Mitragotri S , Sen Gupta A . Influence of particle size and shape on their margination and wall-adhesion: implications in drug delivery vehicle design across nano-to-micro scale. Nanoscale. 2018 Aug 16;10(32):15350-15364. doi: 10.1039/c8nr04042g.