Multiple-pulse-mediated electrofusion of intact erythrocyte onto human term placental amnion

Subrata Biswas, Sujoy K Guha
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Abstract

The creation of surface modified human term placental amnion by electrofusing human cells onto its surface has been thought of. A multiple-pulse electrofusion protocol with 10 square pulses of 10-μs pulse length, and electric field of 0.2 kV cm−1, can make erythrocyte–amnion tissue electrofusion possible. The protocol devised merge the cell-tissue-adherence steps with fusogenic pulse. The finding opens up a new avenue of cell electrofusion onto human tissue with minimal procedural complexities.

完整红细胞在人足月胎盘羊膜上的多脉冲介导电融合
利用人细胞电熔在人足月胎盘羊膜表面,制备表面修饰的人足月胎盘羊膜。采用脉冲长度为10 μs的10个平方脉冲,电场强度为0.2 kV cm−1的多脉冲电融合方案,可以实现红细胞与羊膜组织的电融合。设计的方案将细胞-组织粘附步骤与融合脉冲相结合。这一发现开辟了细胞电融合到人体组织的新途径,其程序复杂性最小。
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