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BIOB10H3 (252)
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Time-Saver!: All the blue notes for: Differentiated Cells Chart - BIOB10; you don't need to go to that lecture

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Department
Biological Sciences
Course
BIOB10H3
Professor
Rene Harrison
Semester
Fall

Description
Sperm Egg Neuron Skin epithelial cell Intestional epithelial cell Respiratory tract Skeletal muscle - SWIM! Bind & - Packed with - early in (aka Keratinocyte) - secretion of digestive epithelial cell - skeletal muscle dissolve egg coat mRNA (for development: - provide continuously enzymes - secretes mucous [to development: fusion of 1. Flagella transcription >- send out renewing, strong - absorption of digested line respiratory tract many muscle cells - MTs & MT motors factors etc.) for migratory axons waterproof surface to contents & capture particles & - contraction for body (ATPase) early development towards target protect body from - keeps digestive juices microorganisms] movements 2. Increased # of - will initiate cell cells (synapses) environment away from bloodstream - moves mucous out 1. Multinucleated – from mitochondria – ATP division shortly - after - wound healing 1. Hemi-desmosomes – of body cell fusions 3. Sperm receptor – after fertilization differentiation: 1. Hemi- integrin attachment to - barrier between air 2. Contractile machinery – fertilin – integrin - can bind sperm >- nerve impulses desmosomes – basement membrane (with & internal tissues – F-actin (thin filaments) protein 1. BIG cell >- formation & integrins attachment plectins & IF’s) 1. Hemi- and myosin II (thick 4. Acrosome – 2. BIG # secretion of to basement 2. Secretory machinery – desmosomes – filaments) – ATPase secretory lysosomes – ribosomes – secretory vesicles membrane (with digestive enzymes – integrin attachment 3. Big # Mitochondria – secreted via kinesin translation 1. Cell Migration plectin & IF’s) ER/Golgi/secretory to basement ATP along MTs 3. Integrin – bind machinery - signals to divide – vesicles, MTs + kinesin membrane (with 4. Sarcomere needs Big 5. Small cell with to fertilin - integrins, actin, division machinery 3. Microvilli – Actin, plectin & IF’s) Ca2+ – Extensive SER – condensed 4. Cell division ARP 2/3 - survival signals – fimbrin, myosin I 2. Secretory “sarcoplasmic reticulum” – streamlined head - mitotic spindle, 2. Nerve lose contact with ECM 4. Tight Junctions – machinery – Ca2+ stores - Supercoiled DNA to contractile ring impulses – apoptosis, keratin occludin & claudins – seal Mucous proteins – make small nucleus 5. Coating - Na+/K+ pump release ER/Golgi/secretory >- Great # of histone - [secreting] channels etc. 2. Desmosomes – vesicles, MTs + proteins protecting 3. Big # cadherin & IF’s – for kinesin proteins on mitochondria – mechanical strength 3. Cilia – MT’s, MT outside ATP 3. Migrate over motor (ATPase) 4. Secretion wound – migration 4. Big # machinery – MTs machinery Mitochondria – ATP (+MAPs), & 5. Tight Junctions – kinesin, occludin & claudins –
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