1st Edition
BMS 300: Principles of Human Physiology
School: Colorado State University- Fort Collins (CSU )
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Pages: 5Includes the beginning of the action potential discussion.
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Pages: 6Includes the structure and use of glia cells in the nervous system.
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Pages: 5Includes the basic information about G proteins and the steroid hormone receptor.
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Pages: 7Includes the different parts if the endocrine system and how hormones bind to receptors
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Pages: 6Includes the basic structure of the bone, how the bone grows, and how osteons play a role in remodeling the bone.
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Pages: 6Includes a description of connective tissue and skin.
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Pages: 6Includes the different cell junctions and how they work. Also the glandular epithelia and how it plays a part in skin.
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Pages: 6Includes how proteins get to ER and the beginning of tissues in the body.
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Pages: 5Includes how the RNA synthesizes and translates.
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Pages: 7Includes the structure of RNA, transcription, and RNA editing.
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Pages: 6Includes the DNA structure and the bases of DNA replication.
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Pages: 5Includes the actin cytoskeleton and the beginning of explaining DNA.
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Pages: 6Includes the notes on mitochondria, the cytoskeleton, and the beginning of the different ways of vesicle transport.
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Pages: 5Includes the basic elements of a cell and the structure of the endoplasmic reticulum.
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Pages: 7Includes how a protein folds into its geometric shapes and the basis of introducing prokaryotes and eukaryotes.
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Pages: 7Includes the basic structure of phospholipids and amino acids as well as beginning to discuss the formation of proteins.
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Pages: 7This lecture includes ion and water diffusion along with the structure of triglycerides and phosphate head groups.
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Pages: 4Includes the different components of water and begins the discussion on ion solubility.