This review surveys all the state‐of‐art applications of quantum dots (QD s) in conventional
and modern analytical methods in proteomic studies. A brief introduction of QD s and their …

Enzymes provide the critical means by which to catalyze almost all biological reactions in a
controlled manner. Methods to harness and exploit their properties are of strong current …

Semiconductor quantum dots (QDs) are attractive probes for optical sensing and imaging
due to their unique photophysical attributes and nanoscale size. In particular, the …

Investigation of many cellular processes using fluorescent quantum dots (QDs) is hindered
by the nontrivial requirements for QD surface functionalization and targeting. To address …

Integrating photonic inputs/outputs into unimolecular logic devices can provide significantly
increased functional complexity and the ability to expand the repertoire of available …

An emerging trend with semiconductor quantum dots (QDs) is their use as scaffolds to
assemble multiple energy transfer pathways. Examples to date have combined various …

Long-term inspection of biological phenomena requires probes of elevated intra-and
extracellular stability and target biospecificity. The high fluorescence and photostability of …

Fluorescent probes for biological imaging of single molecules (SM) have many stringent
design requirements. In the case of quantum dot (QD) probes, it remains a challenge to …

Effective biological application of nanocrystalline semiconductor quantum dots continues to
be hampered by the lack of easily implemented and widely applicable labeling chemistries …

Enzymes have long been a prime research target for the commercial production of
commodity and specialty chemicals, design of sensing devices, and the development of …