Due to the number of phosphorylation sites, mono-and multiple-phosphopeptides exhibit
significantly different biological effects. Therefore, comprehensive profiles of mono-and …

The highly selective and efficient capture of heterogeneous types of phosphopeptides is
critical for comprehensive and in-depth phosphoproteome analysis, but it still remains a …

Immobilized metal affinity chromatography is a powerful method for phosphopeptide
enrichment. However, the achievement of highly specific enrichment and sensitive detection …

Highly effective enrichment of phosphorylated biomolecules is vital for an in depth and
comprehensive phosphoproteome analysis. Among affinity materials, materials based on …

Highly efficient enrichment of phosphopeptides in low abundance prior to mass
spectrometry analysis is essential in phosphopeptidomics analysis. Herein, an affinity probe …

Selective capture of mono-, multi-or global phosphopeptides is significant for the in-depth
study of protein kinase or phosphatase signal transduction pathways. However, this study is …

Selective detection of phosphopeptides from complex biological samples is a challenging
and highly relevant task in many proteomics applications. In this study, a novel …

The efficient isolation of low-abundance phosphopeptides from complicated biological
samples containing a significant quantity of nonphosphopeptides and proteins is essential …

In this work, for the first time, binary metal oxides ((Ti–Sn) O4) were integrated into one entity
on an atomic scale on magnetic graphene as affinity probe for highly selective enrichment of …

Architectural design is essential to achieve ideal chemical and biological properties of
nanomaterials. In this article, a novel route to fabricate high‐quality magnetic composite …