REPORTS machinery can physically interact with this tail (9 –11). Proteins that bind to this tail have the potential to modulate CFTR gating by stabilizing or disrupting its interaction with the R domain. The NH2-termi

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Date: 2004-03-04 11:31:30 Cerebrum Neuroanatomy Brain Neurobiology Staining dyes Subventricular zone Bromodeoxyuridine Cerebral cortex Elizabeth Gould Anatomy Biology Neuroscience		REPORTS machinery can physically interact with this tail (9 –11). Proteins that bind to this tail have the potential to modulate CFTR gating by stabilizing or disrupting its interaction with the R domain. The NH2-termi Add to Reading List Source URL: www.princeton.edu Download Document from Source Website File Size: 295,35 KB Share Document on Facebook

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