Osmosis

A model of flexible uptake of two essential resources

Mathematics / Static Analysis / Pharmacokinetics / Phytoplankton / Theoretical biology / Biological Sciences / Adaptive Dynamics / Mathematical Sciences / Elements / Animals / Bacteria / Model development / Experimental Tests / Growth rate / Osmosis / Dynamic Model of WSN / Environment / Biological Sciences / Adaptive Dynamics / Mathematical Sciences / Elements / Animals / Bacteria / Model development / Experimental Tests / Growth rate / Osmosis / Dynamic Model of WSN / Environment

Approach to design push–pull osmotic pumps

Design / Pharmaceutics / Dosage Form / Conception / Drug Delivery Systems / Tablets / Osmosis / Drug Compounding / Polyethylene Glycols / Tablets / Osmosis / Drug Compounding / Polyethylene Glycols

Ion exclusion by sub-2-nm carbon nanotube pores

Materials Science / Water / Membranes / Carbon / Electrostatics / Carbon Nanotube / Capillary electrophoresis / Multidisciplinary / Ion Channels / Transport / Porosity / Nanofiltration / Plasma Treatment / Hydrodynamics / Seawater / Fluid flow / Reverse osmosis / Valence / Electrophoresis / Length scale / Functional Group / Osmosis / Ion Transport / Flow Rate / Ionic Strength / Ions / Static Electricity / Nanotubes Carbon / Carbon Nanotube / Capillary electrophoresis / Multidisciplinary / Ion Channels / Transport / Porosity / Nanofiltration / Plasma Treatment / Hydrodynamics / Seawater / Fluid flow / Reverse osmosis / Valence / Electrophoresis / Length scale / Functional Group / Osmosis / Ion Transport / Flow Rate / Ionic Strength / Ions / Static Electricity / Nanotubes Carbon

Transcriptional Profiles of Treponema denticola in Response to Environmental Conditions

Transcription Regulation / Multidisciplinary / Gene Prediction / Humans / Stress response / Nucleic acid hybridization / PLoS one / Environmental Conditions / Heat Shock / Osmosis / Oral Cavity / Heat Shock Protein / Base Sequence / Treponema Denticola / Gene expression profiling / Nucleic acid hybridization / PLoS one / Environmental Conditions / Heat Shock / Osmosis / Oral Cavity / Heat Shock Protein / Base Sequence / Treponema Denticola / Gene expression profiling

Heterologously expressed fungal transient receptor potential channels retain mechanosensitivity in vitro and osmotic response in vivo

Electrophysiology / Kinetics / Calcium / Ion Channels / Patch-clamp and imaging techniques / Budding Yeast / Saccharomyces cerevisiae / Lipids / Phylogeny / Transient receptor potential channels / Polymerase Chain Reaction / Candida albicans / Plasmids / Pressure / Molecular cloning / Time Factors / Fungal genome size / Osmosis / Lipid bilayers / Amino Acid Sequence / Culture Media / Heterologous Expression / Lipid Bilayer / Cytoplasm / Ligands / Patch Clamp / Molecular Sequence Data / Budding Yeast / Saccharomyces cerevisiae / Lipids / Phylogeny / Transient receptor potential channels / Polymerase Chain Reaction / Candida albicans / Plasmids / Pressure / Molecular cloning / Time Factors / Fungal genome size / Osmosis / Lipid bilayers / Amino Acid Sequence / Culture Media / Heterologous Expression / Lipid Bilayer / Cytoplasm / Ligands / Patch Clamp / Molecular Sequence Data

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