Project description:Present R loop profling oftern requires large amout of material, lacking information about R loop in primary cells. To overcome this setback, we delevopment low input method which integrates in vitro amplication capability of T7 promoter and high binding specificity between nanotag and IgH (mouse)
Project description:Present R loop profling oftern requires large amout of material, lacking information about R loop in primary cells. To overcome this setback, we delevopment low input method which integrates in vitro amplication capability of T7 promoter and high binding specificity between nanotag and IgH (mouse)
Project description:Present R loop profling oftern requires large amout of material, lacking information about R loop in primary cells. To overcome this setback, we delevopment low input method which integrates in vitro amplication capability of T7 promoter and high binding specificity between nanotag and IgH (mouse)
Project description:Present R loop profling oftern requires large amout of material, lacking information about R loop in primary cells. To overcome this setback, we delevopment low input method which integrates in vitro amplication capability of T7 promoter and high binding specificity between nanotag and IgH (mouse)
