In recent years, continuous advances in design and fabrication of anisotropic nanoparticles have opened new avenues for application in various areas of biology, chemistry and physics.
The distortions influence the electronic density of states at the Fermi level by shifting the Dirac cone apex, opening potential avenues for applications of two-dimensional graphene in 3D devices.
The development of lipid-like self-assembling peptides with surfactant properties has opened new avenues for applications in biotechnology for the stabilization of membrane proteins more effectively than commercial detergents and in nanotechnology for the construction of energy conversion devices.
We expect the easy, reproducible, green, and scalable fabrication of the sensors based on rGO reduced by pyrrole, with excellent performance, miniature, low-cost, and portable characteristics, can pave a new avenue for the application of assembled rGO devices in gas sensing field.
The current experiment has, therefore, opened up a new avenue for the application of this gene silencing plasmid.
Therefore, the knowledge of the nucleotide sequence of buckwheat chloroplast genome opens up an avenue for the application of plastid genetic engineering to this plant.
The dual-polarity plasmonic flat lens opens an avenue for new applications of phase discontinuity devices, and could also have an impact on integrated nanophotonic devices.
The capability of preparing crystalline graphene on a large scale with low cost opens an avenue for technological applications of graphene in many fields.
The simple and straightforward preparation process of BNPNS opens up a new avenue for practical applications of non-noble metal based electrocatalysts in analytical chemistry field for reliable detections.
It also exhibits the distinct advantages of simplicity in probe design and biosensor fabrication, and label-free electrochemical detection, thus may offer a promising avenue for the applications in disease diagnosis and clinical biomedicine.
