The NHGRI grant will help fund Drndić's further research into the feasibility of
graphene nanopore sequencing as a cost - effective alternative to today's methods.
«We have shown that we can make graphene membranes and that we can pass DNA through them, a proof - of - concept for
graphene nanopores,» Drndić said.
Not exact matches
Researchers, including Karnik's group, have developed techniques to fabricate
graphene membranes and precisely riddle them with tiny holes, or
nanopores, the size of which can be tailored to filter out specific molecules.
To get solid - state
nanopores and membranes in these tiny proportions, researchers, including Drndić's group, are investigating cutting - edge materials, such as
graphene.
In this experiment, Drndić and her colleagues worked with a different material — silicon nitride — rather than attempting to craft single - atom - thick
graphene membranes for
nanopores.
Wijeratne noted
graphene nanoribbons are already being tested for use in DNA sequencing, in which strands of DNA are pulled through a
nanopore in an electrified material.
Artist's conception of a
nanopore drilled into a layer of
graphene to speed up DNA sequencing.