Exact(49)
Zweifel et al., [11] reported that the loss of NR1 in DA neurons blocked cocaine CPP, whereas Engblom et al., [10] found that CPP was unaltered in similar KO mice.
It is now clear that CPP can mediate intracellular delivery via both endocytic and non-endocytic pathways.
Myers-Briggs, one of five major assessments that CPP publishes, is the company's "flagship product — and should be," according to Hayes.
The results showed that CPP was ~3 MPa for μ=0.25 at the WF2 and EF3 faults, and ~10 MPa for μ=0.6 at the EF3 fault.
We found that CPP induced cytotoxicity in three HCC cells in a time and dose dependent manner, and suppressed the DNA binding ability of NF-κB.
Furthermore, the molecular docking analysis suggested that CPP interacts with the p50 binding domain of the p65 subunit, scoring best among the 26 docked coumarin derivatives of this study.
Similar(11)
It is reported that CPPs enter cells by an endocytic mechanism, and the proteins linked with the CPP tend to rapidly concentrate inside the endocytic organelles.
Removal of the CPP and addition of new residues to B49 resulted in a bioactive analog B49Mod1, indicating that CPP-mediated peptide uptake is not necessary for B49 function.
Analysis of the endocytotic pathway indicated that CPP-LNP were mainly internalized via macropinocytosis and heparan sulfate-mediated endocytosis.
The results showed that CPP-3 was comprised of two polysaccharides with average molecular weight (Mw) of 5.69 × 104 Da and 4.94 × 103 Da.
Furthermore, these results suggested that CPPs may represent a source of templates for AMP design.
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