At present,one of the key challenges faced by the scientific community is to go beyond graphene,a prototypical two-dimensional polymer(2DP,a laterally infinite,one atom-or monomer-unit thin,free-stand
Metal nanomaterials are one major class of enablers for clean technology.For example,they play vital roles as electrocatalysts-the core part in fuel cells.
Owing to their chemical designability and versatility,DNA-surface based molecular devices have led to several important technological innovations,such as DNA engineering,logic gate,and biosensors.
Food-borne illnesses pose an imminent threat to public health and can result in significant economic loss due to medical costs,lost productivity,recall costs and unsaleable produce [1].
The chemistry of polyoxometalate(POMs) is a rapidly developing field due to POMs remarkable features of metal oxide surfaces,fascinating topological structures and abundant chemical combinations.
MicroRNAs(miRNAs) play a vital role in regulating gene expression and are associated with a variety of cancers,including breast cancer.Their distorted and unique expression is a potential marker in cl