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Anatomy and Physiology - Tissues 4 дня назад


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Anatomy and Physiology - Tissues

This video is Chapter 5 of an Anatomy & Physiology 1 course I taught. The purpose of the videos was to give my students a chance to hear me talk through the in-class materials again to help them with their studies. The course was based on Anatomy & Physiology: Unity of Form and Function, 9th edition, by Kenneth Saladin but the session really combines elements from all the A&P courses I have taught. The topics from this chapter include the four main tissue types, embryonic tissues, gastrulation, histological sectioning, layers and shapes of epithelial tissues, the comparison of epithelial and connective tissues, the basement membrane, the polarization of epithelial membranes, secretory epithelia, exocrine glands, development of glands, tight junctions, adherens junctions, desmosomes, hemidesmosomes, focal adhesions, gap junctions, the extracellular matrix, epithelial mesenchymal transition, connective tissues, embryonic connective tissues, cartilage, blood, bone, adipose, muscle tissue, nervous tissue, the action potential, neuroglia, cellular transformation, cancer, tumorigenesis, hyperplasia, metaplasia, differentiation, tissue repair, regeneration, fibrosis, atrophy, apoptosis, necrosis and stem cells. #anatomyandphysiology #physiology #tissues #embryonictissues #gastrulation #typesoftissue #histologicalsectioning #epitheliallayers #epithelialshapes #epithelialvsconnectivetissues #basementmembrane epithelialpolarization #secretoryepithelia #exocrineglands #glanddevelopment #tightjunctions #adherensjunctions #desmosomes #hemidesmosomes #focaladhesions #gapjunctions #extracellularmatrix #epithelialmesenchymaltransition #connectivetissues #embryonicconnectivetissues #cartilage #blood #bone #adipose #muscletissue #nervoustissue #muscle #neurons #actionpotential #neuroglia #cellulartransformation #cancerdevelopment #tumorigenesis #hyperplasia #metaplasia #differentiation #tissuerepair #regeneration #fibrosis #atrophy #apoptosis #necrosis #stemcells #typesofstemcells

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