Synthetically prepared model phospholipid bilayers (PLBs) in the form of black membranes, vesicles or supported membranes, with incorporated ionophores or real ion channels (i.e., artificially synthesized or gained from real living cells, e.g. protoplasts) are promising for study and simulations of transporting processes across the real cell membranes and the membranes surrounding sub-cellular structures. The electrochemical methods were found to be very suitable and sensitive enough for characterization of such processes
This work was focused on the preparation of model stabilized phospholipid membranes formed on porous...
Membrane models proved its uniqueness as a tool for biophysics studies at single molecule level. Des...
Studying and steering cell behaviour on artificial surfaces is challenged by the correct presentatio...
Because the real bio-membranes and the tranporting processes realized across them are very complicat...
The heterogeneity of biological membranes has led to development of a wide spectrum of simplified mo...
Cell membrane and membrane proteins play fundamental roles in cell life. Cells use transporters and ...
Pro pochopení vlastností a funkcí reálných biologických membrán byly použity různé modely fosfolipid...
Bilayer lipid membranes mimic the lipid portion of any cell membrane, therefore they are largely use...
Simulation of processes in cellular membranes Abstract Many important processes in cells involve ion...
Living cells are usually surrounded by lipid bilayers, which exhibit remarkable structural variety. ...
This contribution deals with studying and characterization of transporting processes of heavy metals...
Impressive work has been completed in recent decades on the transmembrane anion transport capability...
This thesis describes the development and characterisation of a novel biomembrane model suitable for...
Phospholipid membranes are necessary for the compartmentalization of chemistries within biological c...
Lipid membranes regulate the flow of nutrients and communication signaling between cells and protect...
This work was focused on the preparation of model stabilized phospholipid membranes formed on porous...
Membrane models proved its uniqueness as a tool for biophysics studies at single molecule level. Des...
Studying and steering cell behaviour on artificial surfaces is challenged by the correct presentatio...
Because the real bio-membranes and the tranporting processes realized across them are very complicat...
The heterogeneity of biological membranes has led to development of a wide spectrum of simplified mo...
Cell membrane and membrane proteins play fundamental roles in cell life. Cells use transporters and ...
Pro pochopení vlastností a funkcí reálných biologických membrán byly použity různé modely fosfolipid...
Bilayer lipid membranes mimic the lipid portion of any cell membrane, therefore they are largely use...
Simulation of processes in cellular membranes Abstract Many important processes in cells involve ion...
Living cells are usually surrounded by lipid bilayers, which exhibit remarkable structural variety. ...
This contribution deals with studying and characterization of transporting processes of heavy metals...
Impressive work has been completed in recent decades on the transmembrane anion transport capability...
This thesis describes the development and characterisation of a novel biomembrane model suitable for...
Phospholipid membranes are necessary for the compartmentalization of chemistries within biological c...
Lipid membranes regulate the flow of nutrients and communication signaling between cells and protect...
This work was focused on the preparation of model stabilized phospholipid membranes formed on porous...
Membrane models proved its uniqueness as a tool for biophysics studies at single molecule level. Des...
Studying and steering cell behaviour on artificial surfaces is challenged by the correct presentatio...