CDB25:0003487 DRAXIN — DCC

Experimentally validated in Human, Rat; Orthology-inferred in Human, Mouse, Frog, Zebrafish, Chicken, Macaque, Pig, Dog, Cow, Chimp, Horse, Marmoset, Sheep, Rat

Title

Journal:; Year Published:

Abstract

Structural Basis for Draxin-Modulated Axon Guidance and Fasciculation by Netrin-1 through DCC.

Neuron, 2018; PubMed, Homo sapiens DRAXIN — Homo sapiens DCC
ABSTRACT: Axon guidance involves the spatiotemporal interplay between guidance cues and membrane-bound cell-surface receptors, present on the growth cone of the axon. Netrin-1 is a prototypical guidance cue that binds to deleted in colorectal cancer (DCC), and it has been proposed that the guidance cue Draxin modulates this interaction. Here, we present structural snapshots of Draxin/DCC and Draxin/Netrin-1 complexes, revealing a triangular relationship that affects Netrin-mediated haptotaxis and fasciculation. Draxin interacts with DCC through the N-terminal four immunoglobulin domains, and Netrin-1 through the EGF-3 domain, in the same region where DCC binds. Netrin-1 and DCC bind to adjacent sites on Draxin, which appears to capture Netrin-1 and tether it to the DCC receptor. We propose the conformational flexibility of the single-pass membrane receptor DCC is used to promote fasciculation and regulate axon guidance through concerted Netrin-1/Draxin binding. VIDEO ABSTRACT.
Basic Information on DRAXIN
Ligand Name: dorsal inhibitory axon guidance protein
Other Symbols: C1orf187, FLJ34999, Neucrin
Ligand Location: secreted based on perplexity, uniprot
HGNC Gene Symbol Report: DRAXIN
GeneCards: DRAXIN
HGNC Gene Group: unknown
Interactions with other Receptors for DRAXIN
Basic Information on DCC
Receptor Name: DCC netrin 1 receptor
Other Symbols: IGDCC1, NTN1R1
Receptor Location: cell membrane based on perplexity
Interactions with other Ligands for DCC