Biology 322 Human Anatomy I Cells and Tissues (Basic Cytology and Histology)
Cells And Cytology.
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Cells And Cytology Cell Size Prokaryotic Eukaryotic Plant and
Animal Cell Models Mammalian Cell Regions Major Cell Parts Plasma
Membrane Nucleus Cytoplasm Cytosol Organelles
Membranous Nonmembranous Nucleus Nuclear Membrane Chromatin and
Chromosomes DNA Mitosis (Nuclear Division) Events PMAT Cheek Smear
and CSI Cell Cycle Meiosis Meiosis Histology Meiosis in
Reproduction Cytosol Organelles Endoplasmic Reticulum R.E.R. Smooth
Endoplasmic Reticulum S.E.R. R.E.R. and S.E.R. compared
Mitochondria Mitochondria Structure Golgi Lysosome Source Lysosomes
Peroxisomes Organelle Functions Cytoskeleton Filaments
Microfilament and Microtubule Microtubules Cilia and Flagella
Structure Cilia 9 + 2 Arrangement of Microtubules Cilia Examples
Flagella Structure Flagella Examples Bacteria Human Sperm Algae
Microvilli Nucleolus Ribosomes Plasma Membrane Fluid Compartments:
ECF & ICF Phospholipid Bilayer Cholesterol Proteins Membrane
Protein Function Passive Membrane Transport
Diffusion Solutes Simple Diffusion Facilitated Diffusion Carrier
Mediated Channel Mediated Water Osmosis Tonicity Osmotic Pressure
Filtration Simple Diffusion Facilitated Diffusion Solute Movement
(animation) ECF and ICF Electrolytes Osmosis Tonicity Tonicity and
Animal Cells Hypotonic Solutions (animation) Water Movement
(animation) Hypertonic Solutions (animation) Water Movement
(animation) Osmotic Pressure Fluid Movement between ICF & ECF
Active Membrane Transport
Primary Active Solute Pumps (Na+ / K+) Secondary Active
Co-transport Bulk Exocytosis Endocytosis Phagocytosis Receptor
Mediated ATP Sodium Potassium Pump Na+ / K+ Steps 1 2 3 4 Na+ / K+
End Result Na+ / K+ Pump (animation) Importance of Na+ / K+
pump
animation Resting and Transmembrane Potential Exocytosis
Endocytosis Phagocytosis DNA Structure DNA Replication DNA Base
Pairing mRNA Transcription rRNA tRNA DNA and RNA compared
Translation Protein Synthesis Summary Protein Structure Primary
Sequence of amino acids
Secondary Hydrogen Bond Foldings Tertiary Interactions with R group
Quaterinary Interactions with other proteins DNA Damage Stem Cells
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