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Antibodies can bind to these molecules to prevent invasion.
Proteins called receptors, which are embedded in the surface of the cilia, bind to these molecules and help to transmit information about these signals into the cell.
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Binding to these molecules enables effector cells to migrate through blood vessel walls.
When antigens bind to these attached IgE molecules, the cell is stimulated to release chemicals, such as histamines, that are involved in allergic reactions (see immune system disorder: Type I hypersensitivity).
Since the secreted CD1d molecules that we have analyzed here traffic through the secretory pathway but not through the endosomal vesicular system, the pool of ligands bound to these CD1d molecules may not encompass all of those presented by wild type cell surface CD1d molecules.
When glucose enters your blood, some of it binds to these hemoglobin molecules.
Proteins and RNA molecules bind to these motifs in a sequence-specific way to control transcription and subsequent sequestration or degradation of messenger RNA (mRNA).
Given that minimal alterations of the histone H3 tail peptide drastically reduce its affinity for PHD HD1 complexes, we surmised that we might be able to identify small molecules that bind to these histone pockets and interfere with their binding to the histone H3 tail.
For example, the helper T cell produces and displays IL-2 receptors on its surface and also secretes IL-2 molecules, which bind to these receptors and stimulate the helper T cell to grow and divide.
Small molecules can bind to these sequences and stabilize the resulting quadruplex structures.
In the past 5 years, there has been remarkable progress in identifying small molecules that bind to these interfaces.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com