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# Bacteriophage Lambda binds to the target E. coli cell, the J protein in the tail tip interacting with the lamB gene product of E. coli, a porin molecule which is part of the maltose operon.
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# and Bacteriophage
# and Lambda
# and binds
# Low-spin Fe < sup > 3 +</ sup > binds to. O < sub > 2 </ sub >< sup >-</ sup > ( the superoxide ion ) and the two unpaired electrons couple antiferromagnetically, giving diamagnetic properties.
# Cro binds to OR3 preventing access to the P < sub > RM </ sub > promoter preventing expression of the cI gene.
# N protein binds to boxB in each transcript, and contacts the transcribing RNA polymerase via RNA looping.
# Normally RecA * binds LexA ( a transcription repressor ), activating LexA auto-protease activity, which destroys LexA repressor allowing production of DNA repair proteins.
# Complementary DNA then binds to the U5 ( non-coding region ) and R region ( a direct repeat found at both ends of the RNA molecule ) of the viral RNA
# A specific antibody is added, and binds to antigen ( hence the ' sandwich ': the Ag is stuck between two antibodies )
# Sarcin-ricin loop substrate binds RTA active site with target adenine stacking against tyr80 and tyr123.
# The polymerization cofactor profilin and the ATP · actin combine to form a profilin-ATP-actin complex that then binds to the end-tracking unit
# This results in a series of unstable intermediates, the last of which binds stronger to the G protein in the membrane and activates transducin, a protein inside the cell.
# Ligand binding assay when a ligand ( usually a small molecule ) binds a receptor ( usually a large protein ).
# After entering the presynaptic terminal, the calcium binds a protein called synaptotagmin, which is located on the membrane of the synaptic vesicles.
# The reaction is a simple bimolecular reaction, where the protein binds to localised sites that do not move significantly during recovery
# Exchange is much slower than diffusion ( or whatever transport mechanism is responsible for mobility ), as only then does the diffusing fraction recovery rapidly and then acts as a the source of fluorescent protein that binds and replaces the bound bleached protein and so increases the fluorescence.
# Myosin binds to the now-exposed binding sites, and muscles contract via the sliding-filament mechanism.
# Service consumer: The service consumer or web service client locates entries in the broker registry using various find operations and then binds to the service provider in order to invoke one of its web services.
# Acetylcholine diffuses into the synaptic cleft and binds to the nicotinic acetylcholine receptors bound to the motor end plate.
# The acetylcholine diffuses across the synapse and binds to and activates nicotinic acetylcholine receptors on the neuromuscular junction.
# The calcium binds to the troponin C present on the actin-containing thin filaments of the myofibrils.
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