A team at the University of Zurich (@UZH_en) and @UniLeiden used a mouse embryonic cell-based system to identify damaging CHEK2 ☑️ missense variants associated with increased cancer risk. https://t.co/acNn51PXXn https://t.co/h69qyyuqOC
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
RT @haicovanattikum: Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor C…
Our paper describing a quantitative approach for the functional analysis of genetic variants in the tumor suppressor CHEK2 is online. We identified new CHEK2 variants associated with increased cancer risk. Great work by Rick Boonen and collaborators! http
Functional analysis identifies damaging CHEK2 missense variants associated with increased cancer risk https://t.co/IfTxNC3eeL
New article: Functional analysis identifies damaging CHEK2 missense variants associated with increased cancer risk https://t.co/OIVWzkqGH8 #breastcancer #oncology https://t.co/0h7IP2S4n2
New article: Functional analysis identifies damaging CHEK2 missense variants associated with increased cancer risk https://t.co/65UrX6H9HF #prostatecancer #oncology https://t.co/T2J6DbtUUY