Figure 4.1 Anatomy of the composite animal cell.

Nucleus Cytoplasm Plasmamembrane Figure 4.1 Anatomy of the composite animal cell. Endoplasmicreticulum Nuclear envelope Nucleus Mitochondria Chromatin Nucleolus

Figure 4.1a Anatomy of the composite animal cell. Nucleus Cytoplasm Plasmamembrane

Figure 4.1b Anatomy of the composite animal cell. Endoplasmicreticulum Nuclear envelope Nucleus Mitochondria Nucleolus Chromatin

Figure 4.2 Structural details of the plasma membrane. Extracellular fluid(watery environmentoutside cell) Polar head ofphospholipidmolecule Cholesterol Glycolipid Glycoprotein Nonpolar tailof phospholipidmolecule Glycocalyx(carbohydrates) Lipid bilayercontaining proteins Outward-facing layerof phospholipids Inward-facing layerof phospholipids Cytoplasm(watery environmentinside cell) Integralproteins Filament ofcytoskeleton Peripheralproteins

Figure 4.3 Structure of the generalized cell. Nucleus Chromatin Nuclear envelope Nucleolus Nuclear pore Plasmamembrane Smooth endoplasmicreticulum Cytosol Mitochondrion Lysosome Roughendoplasmicreticulum Centrioles Centrosomematrix Ribosomes Golgi apparatus Microvilli Secretion being releasedfrom cell by exocytosis Microfilament Microtubule Intermediatefilaments Peroxisome Cytoskeletalelements

Figure 4.4 The interphase cell and the events of cell division. (1 of 2) Late Prophase Early Prophase Interphase Polar microtubule Earlymitoticspindle Spindlepole Centrosomes (eachhas 2 centrioles) Plasmamembrane Fragments of nuclearenvelope Aster Nucleolus Chromatin Centromere Chromosomeconsisting of twosister chromatids Kinetochore Kinetochoremicrotubule Nuclearenvelope

Figure 4.4 The interphase cell and the events of cell division. (2 of 2) Metaphase Anaphase Telophase Cytokinesis Nucleolus forming Contractilering atcleavagefurrow Nuclearenvelopeforming Spindle Metaphaseplate Daughterchromosomes

Figure 4.4 The interphase cell and the events of cell division. (1 of 6) Interphase Centrosomes (eachhas 2 centrioles) Plasmamembrane Nucleolus Chromatin Nuclearenvelope

Figure 4.4 The interphase cell and the events of cell division. (2 of 6) Early Prophase Earlymitoticspindle Aster Centromere Chromosomeconsisting of twosister chromatids

Figure 4.4 The interphase cell and the events of cell division. (3 of 6) Late Prophase Polar microtubule Spindlepole Fragments of nuclearenvelope Kinetochore Kinetochoremicrotubule

Figure 4.4 The interphase cell and the events of cell division. (4 of 6) Metaphase Spindle Metaphaseplate

Figure 4.4 The interphase cell and the events of cell division. (5 of 6) Anaphase Daughterchromosomes

Figure 4.4 The interphase cell and the events of cell division. (6 of 6) Cytokinesis Telophase Nucleolus forming Contractilering atcleavagefurrow Nuclearenvelopeforming

Table 4.1 Summary of Structure and Function of Cytoplasmic Organelles

Table 4.1 Summary of Structure and Function of Cytoplasmic Organelles (1 of 4)

Figure 4.1 Anatomy of the composite animal cell.

Figure 4.1 Anatomy of the composite animal cell.

Presentation Transcript

Cell Anatomy

Anatomy of the cell and cell division

The Animal Cell

Figure 4.1

Figure 4.1 Hall-Hèrault cell for aluminum manufacture.

Cell Anatomy

Animal Anatomy

Figure 4.1. Measurement framework.

Figure 4.1

Figure 4.1 Customer satisfaction

4.1 Composite and inverse functions

Functional Anatomy of the Prokaryotic Cell

Figure 4.1

The Animal Cell

Figure 19.4E Gross anatomy of the heart

Anatomy of a cell

Anatomy of the Eukaryotic Cell

Anatomy of the Cell

Functional Anatomy of the Prokaryotic Cell

Figure 4.1 : The Xootr by Novacruz

Section 4.1 Composite Functions

Anatomy of the Eukaryotic Cell