File | Title | Manuscript Id |
Chapter Introduction | lodish8e_ch20_1.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_1_dlap.xml | 57335e81757a2e557f000000 |
20.1 Cell-Cell and CellâExtracellular Matrix Adhesion: An Overview
| lodish8e_ch20_2.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_2_dlap.xml | 57335e81757a2e557f000000 |
Cell-Adhesion Molecules Bind to One Another and to Intracellular Proteins
| lodish8e_ch20_3.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_3_dlap.xml | 57335e81757a2e557f000000 |
The Extracellular Matrix Participates in Adhesion, Signaling, and Other Functions
| lodish8e_ch20_4.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_4_dlap.xml | 57335e81757a2e557f000000 |
The Evolution of Multifaceted Adhesion Molecules Made Possible the Evolution of Diverse Animal Tissues
| lodish8e_ch20_5.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_5_dlap.xml | 57335e81757a2e557f000000 |
Cell-Adhesion Molecules Mediate Mechanotransduction
| lodish8e_ch20_6.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_6_dlap.xml | 57335e81757a2e557f000000 |
Key Concepts of Section 20.1 | lodish8e_ch20_7.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_7_dlap.xml | 57335e81757a2e557f000000 |
20.2 Cell-Cell and CellâExtracellular Junctions and Their Adhesion Molecules
| lodish8e_ch20_8.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_8_dlap.xml | 57335e81757a2e557f000000 |
Epithelial Cells Have Distinct Apical, Lateral, and Basal Surfaces
| lodish8e_ch20_9.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_9_dlap.xml | 57335e81757a2e557f000000 |
Three Types of Junctions Mediate Many Cell-Cell and Cell-ECM Interactions
| lodish8e_ch20_10.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_10_dlap.xml | 57335e81757a2e557f000000 |
Cadherins Mediate Cell-Cell Adhesions in Adherens Junctions and Desmosomes
| lodish8e_ch20_11.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_11_dlap.xml | 57335e81757a2e557f000000 |
Integrins Mediate Cell-ECM Adhesions, Including Those in Epithelial-Cell Hemidesmosomes
| lodish8e_ch20_12.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_12_dlap.xml | 57335e81757a2e557f000000 |
Tight Junctions Seal Off Body Cavities and Restrict Diffusion of Membrane Components
| lodish8e_ch20_13.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_13_dlap.xml | 57335e81757a2e557f000000 |
Gap Junctions Composed of Connexins Allow Small Molecules to Pass Directly Between the Cytosols of Adjacent Cells
| lodish8e_ch20_14.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_14_dlap.xml | 57335e81757a2e557f000000 |
Key Concepts of Section 20.2 | lodish8e_ch20_15.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_15_dlap.xml | 57335e81757a2e557f000000 |
20.3 The Extracellular Matrix I: The Basal Lamina
| lodish8e_ch20_16.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_16_dlap.xml | 57335e81757a2e557f000000 |
The Basal Lamina Provides a Foundation for Assembly of Cells into Tissues
| lodish8e_ch20_17.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_17_dlap.xml | 57335e81757a2e557f000000 |
Laminin, a Multi-adhesive Matrix Protein, Helps Cross-Link Components of the Basal Lamina
| lodish8e_ch20_18.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_18_dlap.xml | 57335e81757a2e557f000000 |
Sheet-Forming Type IV Collagen Is a Major Structural Component of the Basal Lamina
| lodish8e_ch20_19.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_19_dlap.xml | 57335e81757a2e557f000000 |
Perlecan, a Proteoglycan, Cross-Links Components of the Basal Lamina and Cell-Surface Receptors
| lodish8e_ch20_20.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_20_dlap.xml | 57335e81757a2e557f000000 |
Key Concepts of Section 20.3 | lodish8e_ch20_21.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_21_dlap.xml | 57335e81757a2e557f000000 |
20.4 The Extracellular Matrix II: Connective Tissue
| lodish8e_ch20_22.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_22_dlap.xml | 57335e81757a2e557f000000 |
Fibrillar Collagens Are the Major Fibrous Proteins in the ECM of Connective Tissues
| lodish8e_ch20_23.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_23_dlap.xml | 57335e81757a2e557f000000 |
Fibrillar Collagen Is Secreted and Assembled into Fibrils Outside the Cell
| lodish8e_ch20_24.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_24_dlap.xml | 57335e81757a2e557f000000 |
Type I and II Collagens Associate with Nonfibrillar Collagens to Form Diverse Structures
| lodish8e_ch20_25.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_25_dlap.xml | 57335e81757a2e557f000000 |
Proteoglycans and Their Constituent GAGs Play Diverse Roles in the ECM
| lodish8e_ch20_26.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_26_dlap.xml | 57335e81757a2e557f000000 |
Hyaluronan Resists Compression, Facilitates Cell Migration, and Gives Cartilage Its Gel-Like Properties
| lodish8e_ch20_27.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_27_dlap.xml | 57335e81757a2e557f000000 |
Fibronectins Connect Cells and ECM, Influencing Cell Shape, Differentiation, and Movement
| lodish8e_ch20_28.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_28_dlap.xml | 57335e81757a2e557f000000 |
Elastic Fibers Permit Many Tissues to Undergo Repeated Stretching and Recoiling
| lodish8e_ch20_29.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_29_dlap.xml | 57335e81757a2e557f000000 |
Metalloproteases Remodel and Degrade the Extracellular Matrix
| lodish8e_ch20_30.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_30_dlap.xml | 57335e81757a2e557f000000 |
Key Concepts of Section 20.4 | lodish8e_ch20_31.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_31_dlap.xml | 57335e81757a2e557f000000 |
20.5 Adhesive Interactions in Motile and Nonmotile Cells
| lodish8e_ch20_32.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_32_dlap.xml | 57335e81757a2e557f000000 |
Integrins Mediate Adhesion and Relay Signals Between Cells and Their Three-Dimensional Environment
| lodish8e_ch20_33.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_33_dlap.xml | 57335e81757a2e557f000000 |
Regulation of Integrin-Mediated Adhesion and Signaling Controls Cell Movement
| lodish8e_ch20_34.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_34_dlap.xml | 57335e81757a2e557f000000 |
Connections Between the ECM and Cytoskeleton Are Defective in Muscular Dystrophy
| lodish8e_ch20_35.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_35_dlap.xml | 57335e81757a2e557f000000 |
IgCAMs Mediate Cell-Cell Adhesion in Neural and Other Tissues
| lodish8e_ch20_36.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_36_dlap.xml | 57335e81757a2e557f000000 |
Leukocyte Movement into Tissues Is Orchestrated by a Precisely Timed Sequence of Adhesive Interactions
| lodish8e_ch20_37.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_37_dlap.xml | 57335e81757a2e557f000000 |
Key Concepts of Section 20.5 | lodish8e_ch20_38.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_38_dlap.xml | 57335e81757a2e557f000000 |
20.6 Plant Tissues
| lodish8e_ch20_39.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_39_dlap.xml | 57335e81757a2e557f000000 |
The Plant Cell Wall Is a Laminate of Cellulose Fibrils in a Matrix of Glycoproteins
| lodish8e_ch20_40.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_40_dlap.xml | 57335e81757a2e557f000000 |
Loosening of the Cell Wall Permits Plant Cell Growth
| lodish8e_ch20_41.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_41_dlap.xml | 57335e81757a2e557f000000 |
Plasmodesmata Directly Connect the Cytosols of Adjacent Cells
| lodish8e_ch20_42.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_42_dlap.xml | 57335e81757a2e557f000000 |
Tunneling Nanotubes Resemble Plasmodesmata and Transfer Molecules and Organelles Between Animal Cells
| lodish8e_ch20_43.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_43_dlap.xml | 57335e81757a2e557f000000 |
Only a Few Adhesion Molecules Have Been Identified in Plants
| lodish8e_ch20_44.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_44_dlap.xml | 57335e81757a2e557f000000 |
Key Concepts of Section 20.6 | lodish8e_ch20_45.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_45_dlap.xml | 57335e81757a2e557f000000 |
Key Terms
| lodish8e_ch20_46.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_46_dlap.xml | 57335e81757a2e557f000000 |
Review the Concepts
| lodish8e_ch20_47.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_47_dlap.xml | 57335e81757a2e557f000000 |
Extended References
| lodish8e_ch20_48.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_48_dlap.xml | 57335e81757a2e557f000000 |
Perspectives for the Future
| lodish8e_ch20_49.html | 57335e81757a2e557f000000 |
DLAP questions | lodish8e_ch20_49_dlap.xml | 57335e81757a2e557f000000 |