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Published  02/23/2009 Title: Muscle Fiber Structure Resource Type: Desktop Application Primary Author: McGill Molson Medical Informatics Project Institution: McGill University Faculty of Medicine Description: Illustration showing myofibers, sacroplasmic reticulum and banding patterns of muscle fibers. Publication Associated with the Following Collections: MMMI Submit A Comment Published  02/23/2009 Title: Duodenal Enterocyte (2 of 2) Resource Type: Desktop Application Primary Author: McGill Molson Medical Informatics Project Institution: McGill University Faculty of Medicine Description: Duodenal enterocytes absorb ferrous iron using the divalent metal transport 1 (DMT1). Dietary heme is absorbed via specific heme receptor, and then is metabolized in the cytosol to release iron. Ferrous iron is transported to the plasma from the basolateral membrane side by hephaestin and ferroportin 1. In the plasma, ferric iron binds to apo transferin (ApoTf) to form transferin (Tf-Fe). (to be used in conjunction with resource #4446) Publication Associated with the Following Collections: MMMI Submit A Comment Published  02/23/2009 Title: Type II (Symmetrical) Synapse Resource Type: Desktop Application Primary Author: McGill Molson Medical Informatics Project Institution: McGill University Faculty of Medicine Description: The synaptic vesicles inside a type II synapse are flatten and nonspherical. Publication Associated with the Following Collections: ADEA MMMI Submit A Comment Published  02/23/2009 Title: Mast Cell Resource Type: Desktop Application Primary Author: McGill Molson Medical Informatics Project Institution: McGill University Faculty of Medicine Description: Mast cells have many secretary granules which are rich in histamine and heparin. Publication Associated with the Following Collections: MMMI Submit A Comment Published  02/23/2009 Title: The Role of Activator Protein in Transcription Resource Type: Desktop Application Primary Author: McGill Molson Medical Informatics Project Institution: McGill University Faculty of Medicine Description: Activator protein is required to disassemble nucleosomes. This allows the binding of transcription factors to the promoter to initiate transcription. In addition, activator protein facilitates the assembly of transcription factors to form the initiation complex. Publication Associated with the Following Collections: MMMI Submit A Comment

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