Interfacial superwettability and biosensors are constantly evolving and being recognized as
ubiquitous components of interfacial science. Superwettability provides new insight from …

Low‐input proteomics, also referred to as micro‐or nanoproteomics, has become
increasingly popular as it allows one to elucidate molecular processes in rare biological …

The rapid evolution of mass spectrometry-based single-cell proteomics now enables the
cataloging of several thousand proteins from single cells. We investigated whether we could …

Protein phosphorylation plays a crucial role in regulating disease phenotypes and serves as
a key target for drug development. Map** nanoscale‐to‐single‐cell samples can unravel …

Blood tests are widely used in modern medicine to diagnose certain illnesses and evaluate
the overall health of a patient. To enable testing in resource-limited areas, there has been …

Proteomics provides an understanding of biological systems by enabling the detailed study
of protein expression profiles, which is crucial for early disease diagnosis. Microfluidic …

Understanding mammalian preimplantation development, particularly in humans, at the
proteomic level remains limited. Here, we applied our comprehensive solution of …

Microproteomics, the profiling of protein expressions in small cell populations or individual
cells, is essential for understanding complex biological systems. However, sample loss and …

Combining different “omics” approaches, such as genomics and proteomics, is necessary to
generate a detailed and complete insight into microbiome comprehension. Proper sample …

Protein phosphorylation introduces post‐genomic diversity to proteins, which plays a crucial
role in various cellular activities. Elucidation of system‐wide signaling cascades requires …