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Sengenics' protein array to explore protein-protein interactions

This article outlines the study of protein-protein interaction that affects protein function using Sengenics protein array. ....

United States , Maria Osipova , Sponsored Content , Biotin Carboxyl Carrier Protein , Sengenics Protein Array , Image Credit , Model Mech , North America , Content Policy , News Medical Net , Rotein Protein Interactions ,

"Molecular interactions of STAC proteins with skeletal muscle dihydropy" by Dmitry Shishmarev, Emily Rowland et al.

Excitation-contraction coupling (ECC) is the physiological process in which an electrical signal originating from the central nervous system is converted into muscle contraction. In skeletal muscle tissue, the key step in the molecular mechanism of ECC initiated by the muscle action potential is the cooperation between two Ca2+ channels, dihydropyridine receptor (DHPR; voltage-dependent L-type calcium channel) and ryanodine receptor 1 (RyR1). These two channels were originally postulated to communicate with each other via direct mechanical interactions; however, the molecular details of this cooperation have remained ambiguous. Recently, it has been proposed that one or more supporting proteins are in fact required for communication of DHPR with RyR1 during the ECC process. One such protein that is increasingly believed to play a role in this interaction is the SH3 and cysteine-rich domain-containing protein 3 (STAC3), which has been proposed to bind a cytosolic portion of the DHPR α1 ....

Xcitation Contraction Coupling , I Iii Loop , Rotein Protein Interactions , Skeletal Muscle ,

How cells are internally organized in space and time

How researchers at the Chan Zuckerberg Biohub are mapping the human cell to generate an open-source, interactive library ....

Stanford University , United States , San Francisco , Matthias Mann , Chan Zuckerberg Biohub , Manuel Leonetti , University Of California , Group Leader , Max Planck Institute , Editorial Article , Quantitative Cell Science , Sony Biotechnology , Cell Sorter , Intracellular Architecture Creatinga Map To Examine How Cells Are Internally Organized In Space And Time Selectscience Biotechnology , Cell Lines , Rotein Protein Interactions , Rotein Biology , Flow Cytometry , Ntracellular Architecture ,

How cells are internally organized in space and time

How researchers at the Chan Zuckerberg Biohub are mapping the human cell to generate an open-source, interactive library ....

Stanford University , United States , San Francisco , Matthias Mann , Chan Zuckerberg Biohub , Manuel Leonetti , University Of California , Group Leader , Max Planck Institute , Editorial Article , Quantitative Cell Science , Sony Biotechnology , Cell Sorter , Intracellular Architecture Creatinga Map To Examine How Cells Are Internally Organized In Space And Time Selectscience Biotechnology , Cell Lines , Rotein Protein Interactions , Rotein Biology , Flow Cytometry , Ntracellular Architecture ,

Probing how proteins pair up inside cells

Biologists designed a screening method to understand how short stretches of amino acids short linear motifs (SLiMs) selectively bind to certain proteins, and distinguish between binding partners with similar structures. ....

Amy Keating , Ylva Ivarsson , Uppsala University , Theresa Hwang Phd , Theresa Hwang , Amy Keating , Protein Research , Short Linear Motifs , Ylva Ivarsson , Rotein Protein Interactions , Protein Binding ,