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 …

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 …

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 …

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

Highly specific enrichment of phosphopeptide is the prerequisite for in-depth
phosphoproteome research and remains a long-standing challenge. In this work, MXenes, a …

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

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

In this work, guanidine group-modified magnetic hafnium and titanium bimetallic metal–
organic framework (MOF) nanocomposites denoted as Fe3O4@ Hf/Ti-MOF-Gua were …

In regard to the phosphoproteome, highly specific and efficient capture of heteroideous
kinds of phosphopeptides from intricate biological sample attaches great significance to …

As a member of MOFs, Zn-MOFs (ZIF-8) are seldom used in phosphopeptide enrichment
because ZIF-8 is soluble in acid solutions. Therefore, properly designing a novel strategy to …