Figure 5.
Figure 5. Targeting of the Gimap4 locus. (A) An internal 1.1 kb EcoRV fragment (comprising the 3′ end of the intron and most of exon 3 encoding the GTPase domain) was replaced by a blunted 1.4 kb BamHI/KpnI selection cassette containing a floxed neomycin gene. (B) Gimap4-targeted mice were screened by Southern blot of EcoRI-digested tail DNA using a 3′-specific probe and (C) by PCR; a 1.35 kb and a 1.65 kb band identified the wt and the targeted allele, respectively. (D) Targeted Gimap4 ko's were also crossed with Cre deleter, and PCR analysis was performed; the wt allele is 1.35 kb, the ko allele 0.4 kb. (E) Total RNA from DNIII, DNIV, ISP, and DP thymic subsets, obtained from Rag-deficient mice triggered with or without anti-CD3, as well as RNA from peripheral T cells (mT) have been used for quantitative PCR for Gimap family members. GAPDH was used as an endogenous control for normalization of targets.

Targeting of the Gimap4 locus. (A) An internal 1.1 kb EcoRV fragment (comprising the 3′ end of the intron and most of exon 3 encoding the GTPase domain) was replaced by a blunted 1.4 kb BamHI/KpnI selection cassette containing a floxed neomycin gene. (B) Gimap4-targeted mice were screened by Southern blot of EcoRI-digested tail DNA using a 3′-specific probe and (C) by PCR; a 1.35 kb and a 1.65 kb band identified the wt and the targeted allele, respectively. (D) Targeted Gimap4 ko's were also crossed with Cre deleter, and PCR analysis was performed; the wt allele is 1.35 kb, the ko allele 0.4 kb. (E) Total RNA from DNIII, DNIV, ISP, and DP thymic subsets, obtained from Rag-deficient mice triggered with or without anti-CD3, as well as RNA from peripheral T cells (mT) have been used for quantitative PCR for Gimap family members. GAPDH was used as an endogenous control for normalization of targets.

Close Modal

or Create an Account

Close Modal
Close Modal