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Table 2 Classification of the 31 selected genes

From: Highlights of glycosylation and adhesion related genes involved in myogenesis

Gene symbol

Expression pattern

Function

Family

Art1

Up-regulated

ADP-ribosylation

Adhesion familly

Cd248

Up-regulated

Potential angiogenesis role

Clec2d

Up-regulated

Osteogenesis inhibitor

Icam2

Up-regulated

Cell-cell interaction

Itga5

Up-regulated

Matrix remodeling

Itga6

Up-regulated

Laminin receptor

Itga11

Up-regulated

Collagen receptor

Itgb8

Up-regulated

Fibronectin receptor

Klra2

Up-regulated

Myosin heavy chain receptor

Lgals7

Up-regulated

Cell-cell and cell-EMC interaction

Mcam

Up-regulated

Cellular adhesion

Itgb7

Down-regulated

Lymphocyte homing and retention

 

B4galt1

Up-regulated

Keratan sulfate biosynthesis

Glycanic synthesis/extension

Chst12

Up-regulated

Dermatan sulfate biosynthesis

Cmah

Up-regulated

CMP-N-acetylneuraminic acid hydroxylase

Chst5

Up-regulated

Keratan sulfate biosynthesis

Galntl1

Up-regulated

O-Glycan core biosynthesis

Gcnt2

Up-regulated

O-Glycan core biosynthesis

Has1

Up-regulated

Hyaluranane synthase

Has2

Up-regulated

Hyaluranane synthase

Hpse

Up-regulated

Heparanase

Renbp

Up-regulated

Epimerase

Pigc

Up-regulated

GPI anchor biosynthesis

Chst8

Down-regulated

N-Glycan sulfation

Chst10

Down-regulated

O-Glycan sulfation

Pmm1

Down-regulated

Phospho-manno mutase

 

Clec4d

Down-regulated

Endocytic receptor

Other functions

Clgn

Down-regulated

Potential spermatogenesis role

Fcna

Up-regulated

Ficollin

Fut10

Down-regulated

Chitobiose fucosylation

Fuk

Down-regulated

Fucose recycling

 
  1. The selected 31 genes (Table 1) were classified according to the function of their products.