A large number of efforts have collectively concluded that aberrant gene expression patterns contribute to the malignant characteristics in ATL and other neoplastic cells.
Based on these findings, we collectively concluded that the Erk-ETS1 pathway is involved in SYN expression in mouse synovial fibroblasts induced by IL-1β and TNF-α.
While these previous studies have collectively concluded that additives such as surfactants, organic solvents, and chaotropes can enhance the enzymatic digestion of proteins, the current literature lacks a comprehensive analysis of the effect of these additives specifically for the digestion of TM proteins, which is notably the most difficult class of proteins to access in proteomic studies.
Collectively, we conclude that oxidative stress mediated increase in inflammatory mediators may initiate the apoptotic pathway (caspase-3) after chronic haloperidol treatment.
Collectively, we conclude that Atm plays a minor role in 3MC carcinogenesis.
Collectively, we conclude that MST2 is bona fide substrate of Akt and the phosphorylation of Thr117 negatively regulates pMST2-T180.
Collectively, we conclude that Sp2 is required for early mouse development and autonomous proliferation of MEFs in culture.
Collectively, we conclude that GpIbα overexpression is responsible for hyperproliferation and tumorigenesis of the tested cancer cells.
Collectively, we conclude that soft substrates promote self-renewal and pluripotency of mESCs primarily via the biophysical mechanism of low-traction/low-stiffness-dependent gene regulation.
Thus, collectively, we conclude the PER3 VNTR polymorphism is not associated with differential vulnerability to the neurobehavioral effects of chronic PSD, although it is related to sleep homeostatic responses.
