[PDF][PDF] Neural GPI-anchored cell adhesion molecules
D Karagogeos - Front Biosci, 2003 - article.imrpress.com
Front Biosci, 2003•article.imrpress.com
Introduction 3. Subgroups of GPI-linked CAMs-major similarities and differences 3.1.
Structural Issues 4. The TAG-1/contactin subfamily 4.1. Expression meets function 4.1. 1.
During development 4.1. 2. In the adult 4.2. Related molecules 4.3. GPI-CAM deficient mice
4.4. A jungle of interactions 4.5. Outside-in signaling: the case of GPI-CAMs 4.6. GPI and
released CAMs 5. The IgLON subfamily 5.1. Expression patterns 5.2. Interactions involving
IgLON proteins 5.3. Related molecules 6. GPI-CAMs in two invertebrate model systems …
Structural Issues 4. The TAG-1/contactin subfamily 4.1. Expression meets function 4.1. 1.
During development 4.1. 2. In the adult 4.2. Related molecules 4.3. GPI-CAM deficient mice
4.4. A jungle of interactions 4.5. Outside-in signaling: the case of GPI-CAMs 4.6. GPI and
released CAMs 5. The IgLON subfamily 5.1. Expression patterns 5.2. Interactions involving
IgLON proteins 5.3. Related molecules 6. GPI-CAMs in two invertebrate model systems …
Abstract
Introduction 3. Subgroups of GPI-linked CAMs-major similarities and differences 3.1. Structural Issues
4. The TAG-1/contactin subfamily 4.1. Expression meets function 4.1. 1. During development 4.1. 2. In the adult 4.2. Related molecules 4.3. GPI-CAM deficient mice 4.4. A jungle of interactions 4.5. Outside-in signaling: the case of GPI-CAMs 4.6. GPI and released CAMs 5. The IgLON subfamily 5.1. Expression patterns 5.2. Interactions involving IgLON proteins 5.3. Related molecules 6. GPI-CAMs in two invertebrate model systems, Drosophila melanogaster and Caenorhabditis elegans. 6.1. Drosophila melanogaster
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