. Author manuscript; available in PMC: 2009 Jan 1.

Published in final edited form as: Mech Dev. 2007 Oct 12;125(1-2):67–80. doi: 10.1016/j.mod.2007.10.003

Table 3.

Summary of genes that function in leg disc regeneration

Gene	Expression during regeneration	Blastema formation	wg-induced transdeterminations
Gene	Expression during regeneration	Blastema formation	Leg-to-wing	Eye-to-wing	Antenna-to-wing	Maxillary palp-to-wing	Genital-to-wing
Kr-h1^{^}	Blastema-specific	NC	S	S	S	S	NC
rpd3	Ubiquitous/blastema	Reduced	S	S	S	NC	NC
jing^{^}	Blastema-specific	Reduced	S	S	S	S	S
cg^{^}	Blastema-specific	Delayed	S	S	S	S	S
Aly	Blastema-specific	Delayed	S	S	S	NC	NC
S6k	Ubiquitous/blastema	NC	E	NC	S	NC	NC

Six genes were identified that met both criteria of our screen, that is, they displayed expression in the regeneration blastema during leg disc regeneration and significantly modified regeneration-induced leg-to-wing transdetermination. Expression patterns are based on whole-mount in situ hybridization in the leg disc. S, suppresses; E, enhances; NC, no significant change.

^{^}

Indicates that more than one allele was tested and found to modify wg-induced leg-to-wing transdetermination. All of the genes when heterozygous mutant dominantly modify at least one other (besides leg-to-wing) wg-induced transdetermination event.