A physical and functional interaction between the Ca 2+-binding protein Mts1 (S100A4) and
the tumor suppressor p53 protein is shown here for the first time. We demonstrate that Mts1 …

The levels of S100 Ca 2+-binding proteins correlate with the progression of certain tumors,
but their role, if any, in carcinogenesis is still poorly understood. S100B protein associates …

Head and neck squamous cell carcinoma express high levels of the EF-hand calcium-
binding protein S100A2 in contrast to other tumorigenic tissues and cell lines where the …

S100B is an EF-hand containing calcium-binding protein of the S100 protein family that
exerts its biological effect by binding and affecting various target proteins. A consensus …

S100A4 is a small calcium-binding protein that is commonly overexpressed in a range of
different tumor types, and it is widely accepted that S100A4 has an important role in the …

Abstract The mts1 (S100A4) gene, encoding a Ca2+‐binding protein of the S‐100 subfamily,
is involved in the control of tumor metastasis in some murine tumor cell lines. To further …

S100 calcium-binding proteins such as S100B are elevated in primary malignant melanoma
and are used as markers for this and numerous other cancers. Wild-type p53 protein levels …

Mts1 is a member of the S100 family of Ca2+-binding proteins and is implicated in promoting
tumor progression and metastasis. To better understand the structure− function relationships …

Mts1 protein (S100A4 according to a new classification) has been implicated in the
formation of the metastatic phenotype via regulation of cell motility and invasiveness …

The mts1 gene, encoding small Ca2+‐binding protein of the S100‐family, is considered as a
gene whose activity correlates with the manifestation of a metastatic phenotype of tumor …