A key application for TALEs is the targeted activation and repression of target genes in cells by fusing transactivation domains to TALE DNA binding domains . The TALE-TF construct is a powerful tool to selectively modulate gene expression in eukaryotic c Learn More
TAL Effector nucleases (TALENs) are artificial restriction enzymes, created by fusing an engineered TAL DNA binding domain
(which targets a desired sequences) with the DNA cleavage domain of FokI, a type II restriction enzyme. Learn More
TAL Effector nucleases (TALENs) are artificial restriction enzymes, created by fusing an engineered TAL DNA binding domain
(which targets a desired sequences) with the DNA cleavage domain of FokI, a type II restriction enzyme. Learn More
TAL Effector nucleases (TALENs) are artificial restriction enzymes, created by fusing an engineered TAL DNA binding domain
(which targets a desired sequences) with the DNA cleavage domain of FokI, a type II restriction enzyme. Learn More
TAL Effector nucleases (TALENs) are artificial restriction enzymes, created by fusing an engineered TAL DNA binding domain
(which targets a desired sequences) with the DNA cleavage domain of FokI, a type II restriction enzyme. Learn More
TAL Effector nucleases (TALENs) are artificial restriction enzymes, created by fusing an engineered TAL DNA binding domain
(which targets a desired sequences) with the DNA cleavage domain of FokI, a type II restriction enzyme. Learn More
TALE-TF service0,00 €A key application for TALEs is the targeted activation and repression of target genes in cells by fusing transactivation domains to TALE DNA binding domains . The TALE-TF construct is a powerful tool to selectively modulate gene expression in eukaryotic c Learn More
TAL Effector Nucleases0,00 €TAL Effector nucleases (TALENs) are artificial restriction enzymes, created by fusing an engineered TAL DNA binding domain (which targets a desired sequences) with the DNA cleavage domain of FokI, a type II restriction enzyme. Learn More