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Table 1 Upregulated genes classified according to biological process.

From: Molecular dissection of the migrating posterior lateral line primordium during early development in zebrafish

BIOLOGICAL PROCESS

 

Genes differentially expressed detected in this study

Immune system, circulatory

Directed migration

cxcr4, cxcr7, similar to hCXCR6+, scyba+; efnb*; slit2; sema3+, sema4

 

Innate immunity

nfkbiaa; irf5, irf7, irf11; ticam1

 

Hematopoiesis

klf2, klf3+, klf4, klf10, klf11; ptgs2+, ptgds+, ptgisl+

Cell adhesion, epithelial integrity

 

cdh1, cdh2, cdh4, cdh; itga6, itgb4; cldnb, cldn7*+, cldnh*, ocln*; epcam, pecaml+; f11r*+; cd9*+, cd99+

Morphogenesis

 

arx; otx1; otx2; sox9

Neurogenesis

 

atoh1, atoh2+; bdnf; dlx*; msx*; sox21*

DISEASE

  

Cancer

Metastasis

mmp2, mmp9, mmp14; c-myb, c-myc; stat3; c-met, gab1, grb10, spint1; amotl2; st14; prss8, adam9, adam23

DEVELOPMENTAL PATHWAYS

Wnt related

wnt4, wnt8, wnt10, wnt11, fzd3, fzd4, fzd8, dkk1+, gsk3b, apc, tcf2, gro2, vangl2

 

Nodal/TGFβ-related

ndr1+, bambi, smad4, oep, foxa1, foxa3, sox17+

 

FGF related

fgf3, fgf4, fgf8 , fgf13, fgfr1

 

Hedgehog related

shh, ptc2

  1. *described only in ZFIN
  2. +verified by qRT-PCR or in situ hybridization
  3. The table shows a subset of the genes detected in our study that are associated with diverse biological processes. Highlighted in bold are those that have not been shown previously to be expressed in lateral line development. These functions highlight the versatility of the lateral line system for uncovering molecules important for immunity, morphogenesis, neural development and cancer.