We congratulate this year’s Nobel laureates and the wider community advancing #TCell #biology and #ImmuneRegulation. At Antibodies.com, we’re proud to support such progress by providing tools that enable deeper insights into #ImmuneFunction.
We congratulate this year’s Nobel laureates and the wider community advancing #TCell #biology and #ImmuneRegulation. At Antibodies.com, we’re proud to support such progress by providing tools that enable deeper insights into #ImmuneFunction.
The identification of regulatory T cells and #Foxp3 has shaped modern #immunology and contributes to antibody-research approaches worldwide! Along with spurring the advancement in treatments for #cancer and #AutoimmuneDiseases.
The identification of regulatory T cells and #Foxp3 has shaped modern #immunology and contributes to antibody-research approaches worldwide! Along with spurring the advancement in treatments for #cancer and #AutoimmuneDiseases.
At antibodies.com we’re continually inspired by the discoveries that shape modern biology and by the global research community advancing them. Supporting that work remains core to what we do!
At antibodies.com we’re continually inspired by the discoveries that shape modern biology and by the global research community advancing them. Supporting that work remains core to what we do!
Using the phosphor-YAP1 (Ser128) antibody from antibodies.com, the group also revealed increased #YAP1 #phosphorylation in persister cells. We’re proud that our product, helped uncover the potential role of YAP-TEAD activity in supporting cell survival.
Using the phosphor-YAP1 (Ser128) antibody from antibodies.com, the group also revealed increased #YAP1 #phosphorylation in persister cells. We’re proud that our product, helped uncover the potential role of YAP-TEAD activity in supporting cell survival.