(E and F) Transwell assays show that miR-24 promotes cell migration of GC cells.
Electrochemical assays show that coating ennobles carbon steel surface, however the films are permeable to the electrolytic solution.
Co-culture assays show that both spontaneous and evoked neurotransmitter release induced by SynCAM and NLs are indistinguishable.
Xenograft assays show that VLPs greatly reduced tumor volume and weight with regard to a nontreated xenograft.
However, clonogenic assays show that the GFP-peptide miniprotein can significantly suppress proliferation in a PCNA-dependent manner.
Moreover, ELLA biochemical assays show that the glycan moiety is efficiently exposed on the matrix surface for receptor recognition.
Both assays show the presence of CNS material on the carcass after splitting with a conventional band saw.
In vitro and in vivo assays show that MED14 directly interacts with GR, and this interaction increased GR-dependent transcription activation (Hittelman et al. 1999).
Biochemical assays show that both zebrafish igfbp-2a and -2b encode secreted proteins that bind IGFs.
BrdU assays show similar results as those of the MTS assay.
Also, dual luciferase assays show strong activity of the Ring1B IRES.
