scientists use nanopores to sequence dna at high speeds.
科学家利用纳米孔高速测序dna。
solid-state nanopores offer excellent chemical stability.
固态纳米孔具有优异的化学稳定性。
the ionic current changes as molecules pass through nanopores.
当分子通过纳米孔时，离子电流会发生变化。
biological nanopores are often formed by protein complexes.
生物纳米孔通常由蛋白质复合物形成。
researchers are fabricating nanopores in graphene sheets.
研究人员正在石墨烯片中制造纳米孔。
this technique detects proteins using engineered nanopores.
该技术利用工程纳米孔检���蛋白质。
the diameter of the nanopores determines selectivity.
纳米孔的直径决定了其选择性。
applying a voltage drives ions through the nanopores.
施加电压驱动离子穿过纳米孔。
single-molecule sensing relies on sensitive nanopores.
单分子传感依赖于灵敏的纳米孔。
they developed a portable device using nanopores.
他们开发了一种使用纳米孔的便携式设备。
direct rna sequencing is possible with nanopores.
利用纳米孔可以直接进行rna测序。
characterization of nanopores requires advanced microscopy.
纳米孔的表征需要先进的显微镜技术。
scientists use nanopores to sequence dna at high speeds.
科学家利用纳米孔高速测序dna。
solid-state nanopores offer excellent chemical stability.
固态纳米孔具有优异的化学稳定性。
the ionic current changes as molecules pass through nanopores.
当分子通过纳米孔时，离子电流会发生变化。
biological nanopores are often formed by protein complexes.
生物纳米孔通常由蛋白质复合物形成。
researchers are fabricating nanopores in graphene sheets.
研究人员正在石墨烯片中制造纳米孔。
this technique detects proteins using engineered nanopores.
该技术利用工程纳米孔检���蛋白质。
the diameter of the nanopores determines selectivity.
纳米孔的直径决定了其选择性。
applying a voltage drives ions through the nanopores.
施加电压驱动离子穿过纳米孔。
single-molecule sensing relies on sensitive nanopores.
单分子传感依赖于灵敏的纳米孔。
they developed a portable device using nanopores.
他们开发了一种使用纳米孔的便携式设备。
direct rna sequencing is possible with nanopores.
利用纳米孔可以直接进行rna测序。
characterization of nanopores requires advanced microscopy.
纳米孔的表征需要先进的显微镜技术。
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