k Simulation of an ion channel Simulation of an ion channel. Biological membrane grey with an ion channel centre immersed in a solution of water and ions. This cross section of a simulation box shows the electric potential, the externally supplied force that drives ions through the channel. The pattern in this potential is due to the presence of the channel. The slowly decaying nature of this pattern makes simulations difficult, but use of the golden aspect ratio allows for small simulations to be used to study larger dimensions. This research was carried out at the Center for Nanoscale Science and Technology CNST of the National Institute of Standards and Technology NIST. Image published in 2017. Stock Photo - Afloimages
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Simulation of an ion channel Simulation of an ion channel. Biological membrane  grey  with an ion channel  centre  immersed in a solution of water and ions. This cross section of a simulation  box  shows the electric potential, the externally supplied  force  that drives ions through the channel. The pattern in this potential is due to the presence of the channel. The slowly decaying nature of this pattern makes simulations difficult, but use of the golden aspect ratio allows for small simulations to be used to study larger dimensions. This research was carried out at the Center for Nanoscale Science and Technology  CNST  of the National Institute of Standards and Technology  NIST . Image published in 2017.
RM

Simulation of an ion channel

Simulation of an ion channel. Biological membrane (grey) with an ion channel (centre) immersed in a solution of water and ions. This cross section of a simulation 'box' shows the electric potential, the externally supplied 'force' that drives ions through the channel. The pattern in this potential is due to the presence of the channel. The slowly decaying nature of this pattern makes simulations difficult, but use of the golden aspect ratio allows for small simulations to be used to study larger dimensions. This research was carried out at the Center for Nanoscale Science and Technology (CNST) of the National Institute of Standards and Technology (NIST). Image published in 2017.

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