Examples of 'nanopores' in a sentence
Meaning of "nanopores"
nanopores (noun) - In English, 'nanopores' are tiny openings or cavities at a nanometer scale. These pores can be found in materials such as membranes and serve various functions in nanotechnology, biology, and chemistry. For example, 'Scientists studied the nanopores in the material to understand its filtering capabilities.'
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- plural of nanopore
How to use "nanopores" in a sentence
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nanopores
Fabrication of nanopores using high electric fields.
The nucleotide triphosphates are detected using nanopores.
The nanopores are formed by anodisation of an aluminium membrane.
One is to engineer biological nanopores to improve their sensitivity.
Nanopores are distributed in the walls of the scaffold.
There are two routes to creating nanopores.
The nanopores can be individually addressable.
Molybdenum disulphide coupled with nanopores could be that solution.
Biological nanopores have been tested in the first approach.
Fifth method uses nanopores.
The array of nanopores may have any suitable number of nanopores.
A nanopore device can include an array of individually addressable nanopores.
All about nanopores.
A network of metal studs therefore remains at the bottom of the nanopores.
Millions of these nanopores can be crammed into a battery the size of a postage stamp.
See also
In another embodiment of the methods the nanopore is part of an array of nanopores.
The array of nanopores can also be constructed on a silicon chip or other such surfaces.
Other achievements include characterisation and fabrication of metal nanotubes and hydrophobic nanopores.
There are a number of ways that nanopores can be used to sequence nucleic acid molecules.
The RIfS signal depends on both the size and the length of the nanopores.
Especially water desalination through nanopores has received great scientific and technological efforts.
Nanopores may one day lead a revolution in DNA sequencing.
This method has allowed us to restrict the growth of the ZnO into Nanopores.
Exemplary nanopores and barriers are set forth above and in various references set forth above.
In particular embodiments, nucleotide triphosphates are detected using nanopores.
The nanopores and surface can be functionalized with amine groups by grafting with APTMS.
The membraneous interfaz has micro - or nanopores being molecularly functionalized.
Method for controlling the size of solid-state nanopores.
In some cases, the nanopores are individually addressable.
The apparatus according to claim 9, wherein the plurality of nanopores are arranged in an array.
Average sizes of nanopores are likely cell-type specific.
Nanopores can identify the amino acids in proteins, the first step to sequencing.
The existence of a layer of pre-fused water in nanopores has been confirmed by experiments.
Laser-induced nanopores are proposed to play the role of inhomogeneous scattering centers.
In this way, we obtained a matrix of regularly spaced nanopores supported on a gold surface.
The nanopores obtained are self-organised into a network of uniform diameter and depth.
Production of nickel nanowires in the nanopores of the alumina membrane thus produced, by electrodeposition ;.
Biological channels inside the cell membrane are used as models to design solid-state nanopores.
The advantages of such artificial nanopores are simplicity of fabrication and mechanical, chemical stabilities.
We establish that the characteristic diffusion time depends non-linearly on the nanopores concentration.
On two different nanopores both complementary and noncomplementary probe / target combinations were used.
Compositions, systems, and methods for detecting events using tethers anchored to or adjacent to nanopores.
Engineers have developed a thin film membrane with nanopores for energy-efficient desalination.
Finally, nanopores are drilled through these nitride membranes with a high resolution transmission electron microscope.
The obtained results indicate a non-homogeneous structuring of the water confined within the silica nanopores.
The use of functionalised solid-state nanopores for molecular characterisation, including graphene, tunnelling currents and nanotubes.
Oxford Nanopore 's new generation sequencing system uses protein nanopores coupled with a processive enzyme.
Additionally, SiN nanopores have a negative surface charge that intrinsically repels DNA.
The Harvard Nanopore Group - It is a research group involved in probing molecules with Nanopores.
Figure 37 shows a schematic of array of nanopores for massive parallel DNA sequencing by synthesis.
