Biological Membranes

A section of Membranes (ISSN 2077-0375).

Section Information

The section “Biological Membranes” aims to publish contributions that address all aspects of biological membrane studies, including various cell biological, biochemical, biophysical, and molecular biological studies. In the genomic era, the majority of scientists focus on genes and their products, namely proteins. However, life could not exist without membranes, since the lipid membrane is an essential constituent of cells. Nonetheless, membranes suffer from invisibility and are poorly characterized, due to the paucity of suitable visualization methods as well as difficulties arising from analyzing the complex mixtures of lipid molecules that are present in cells; as such, the nature of membranes and their regulation hold enormous secrets. The section “Biological Membranes” aims to cover all aspects of biology with regard to biological membranes, including lipid membranes; this is particularly in relation to the proteins that associate with or reside both on and within biological membranes. In addition to these topics, interdisciplinary works that address the industrial application of biological membranes are also welcome. Topics include, but are not limited to, the following:

  • Membrane shaping of cells;
  • Membrane shaping of subcellular organelles;
  • Membrane shaping of artificial liposomes;
  • Transport across membranes;
  • Cell function related to membrane morphogenesis;
  • Transport by membrane vesicles;
  • Membrane interaction with proteins, sugars, and other biological materials;
  • Biological membrane synthesis;
  • Visualization of membranes;
  • Biological membrane dynamics and computation;
  • Application of biological membranes and mimicry in industry and research.

Keywords

  • cellular membrane structure;
  • function and biomolecular organization and dynamics;
  • fluidity and composition;
  • model membranes and liposomes;
  • membrane proteins;
  • membrane traffic;
  • receptors;
  • channels and anchoring mechanisms;
  • cellular signaling;
  • cell morphology;
  • membrane chromatography;
  • membrane surface studies and ligand interactions

Editorial Board

Papers Published

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