The present invention provides a micro-lipid structure formed by biological carrier technology (BCT), comprising: a double-layer phospholipid sphere layer, the inner side of the double-layer phospholipid sphere layer forms an accommodation space； a nutrient substance located in the double layer The accommodating space of the phospholipid sphere layer； and a targeting substance embedded in the layer of the double phospholipid sphere or bound to the layer of the phospholipid sphere. The special hollow structure design of this creation, together with the target material composed of the same signal gene as human cells, can enter the human tissue cells through the cell membrane. In addition, the liposome structure can be hydrophobic, hydrophilic or ionic, and can carry nutrients of different properties, so that it can smoothly pass through the lipid bilayer structure of the cell, thereby effectively increasing the absorption rate and bioavailability.本創作提供一種以生物載體技術(BCT)形成之微脂體結構，其包括：一雙層磷脂球體層，該雙層磷脂球體層內側形成一容置空間；一營養物質，其位於該雙層磷脂球體層之該容置空間中；及一靶向物質，其係鑲嵌於該雙層磷脂球體層或結合於該雙層磷脂球體層之上。本創作特殊的中空結構設計加上與人體細胞相同訊號基因所組成的標靶物質，可通過細胞膜進入人體組織細胞中。另外，該微脂體結構可兼具疏水性、親水性或離子性，包覆攜帶不同性質的營養物質，使之順利通過細胞的脂雙層結構，有效增加吸收率及生物可利用率。
