Division by fluid incision: Biofilm patch development in porous media William M. Durham, Olivier Tranzer, Alberto Leombruni, and Roman Stocker Citation: Phys. Fluids 24, ); doi: View online:

Source URL: stockerlab.ethz.ch

• Microbiology
• Biology
• Bacteriology
• Environmental soil science
• Biological matter
• Environmental microbiology
• Membrane biology
• Biofilm
• Microfluidics
• Bacteria
• Fluid dynamics
• Nanotube membrane

Reviews S. Mann DOI: anie

Source URL: www.stephenmann.co.uk

• Membrane biology
• Biology
• Cell biology
• Biophysics
• Lipid bilayer
• Cell membrane
• Membrane protein
• Biological membrane
• Transmembrane protein
• Cell signaling
• Integral membrane protein
• Protein

Reviews pubs.acs.org/acschemicalbiology Nanoscale Membrane Organization: Where Biochemistry Meets Advanced Microscopy Alessandra Cambi†,* and Diane S. Lidke‡,*

Source URL: stmc.health.unm.edu

• Biology
• Membrane biology
• Cell biology
• Lipid raft
• Cell membrane
• Fluid mosaic model
• Lipid-anchored protein
• Lipid bilayer
• Biological membrane
• Integral membrane protein
• G proteincoupled receptor
• Membrane curvature

Department of Biomathematics Seminar Series: Frontiers in Systems and Integrative Biology Terasaki Ramps in the Endoplasmic Reticulum: Structure, Function and Formation

Source URL: www.biomath.ucla.edu

• Biology
• Cell biology
• Endoplasmic reticulum
• Organelle
• Endoplasm
• Ribosome
• Cell
• Biological membrane
• Eukaryote
• Membrane biology
• Integral membrane proteins
• Endomembrane system

p.9 Nobuo MISAWA Tenure Track Assistant Professor I currently focus on developing a sensor device composed of biological materials which are especially membrane proteins, lipid membranes or cells

Source URL: www.eiiris.tut.ac.jp

982 Biophysical Journal Volume 85

Source URL: www.izbi.uni-leipzig.de

• Cell membrane
• Model lipid bilayer
• Cell-penetrating peptide
• Vesicle
• Surfactin
• Membrane potential
• Biological membrane
• Thermometric titration
• Protein targeting
• Biology
• Membrane biology
• Lipid bilayer

F R A U N H O F E R - I N S T I T U T F Ü R c he m is c he T e c hno l o g ie 1 1 Test cell for characterising

Source URL: www.ict.fraunhofer.de

• Chemistry
• Direct methanol fuel cell
• Methanol
• Biological membrane
• Proton exchange membrane
• Fuel cells
• Energy
• Sustainability

MEMBRANE EXTRACTED CARBON ISOTOPE ANALYSIS OF DISSOLVED METHANE Erik Pollock University of Arkansas Stable Isotope Laboratory, Department of Biological Sciences, University of Arkansas, Fayetteville, ARResults

Source URL: www.uark.edu

WOODEN STRUCTURES TECHNOLOGY IS ON OUR SIDE Spans of up to 150 meters and proven membrane technology have made DUOL well-known far beyond its borders; one of Europe’s most modern CNC-controlled production and efficie

Source URL: www.duol-france.com

• Filtration
• Fluoropolymers
• Organofluorides
• Polyvinylidene fluoride
• Membrane technology
• Fluorine
• Biological membrane
• Polyvinyl chloride
• Chemistry
• Plastics
• Thermoplastics

Molecular Biology of the Cell Vol. 20, 2083–2095, April 1, 2009 Functional Interactions between Sphingolipids and Sterols in Biological Membranes Regulating Cell Physiology Xue Li Guan,*† Cleiton M. Souza,†‡ Hara

Source URL: molbio.unige.ch

• Chemistry
• Biochemistry
• Transcription factors
• Steroids
• Sterols
• Lipid raft
• Sphingolipid
• Lipid
• Sterol regulatory element-binding protein
• Lipids
• Biology
• Membrane biology