Carbon nanotubes are promising materials for various applications. In recent years,
progress in manufacturing and functionalizing carbon nanotubes has been made to achieve …

Recent progress in syntheses of porous carbons with designed pore architecture has
rejuvenated the field of carbon chemistry and promises to provide new advanced materials …

Surface plasmon resonance (SPR)-based biosensors are very powerful tools for the study of
biomolecular interactions, chemical detection and immunoassays. This paper reviews the …

Glass is by far the most common substrate for biomolecular arrays, including high-
throughput sequencing flow cells and microarrays. The native glass hydroxyl surface is …

Azide-modified graphitic surfaces were prepared by reaction with iodine azide. The surface-
attached azides undergo the “click” reaction with alkyne-terminated molecules …

This paper describes a single step procedure by which primary amine groups are anchored
onto ordered mesoporous carbon in a one step reaction. Ordered carbon materials with …

New methods for modifying graphitic carbon surfaces without electrochemical assistance,
and without the deliberate formation of carbon surface oxygen functionalities, have emerged …

Physical and chemical surface or interface properties play key roles in high-tech fields such
as biotechnology, 1 electronics, 2 and photonics 3 by virtue of the various kinds of physical …

Surface plasmon resonance (SPR) is a label-free detection method by which molecular
interactions may be analyzed on a surface. Binding data are collected in real time, allowing …

Carbon is an extremely versatile family of materials with a wide range of mechanical, optical,
and mechanical properties, but many similarities in surface chemistry. As one of the most …