In structures 4 and 5 the layers are interlinked by means of hydrogen bonding involving counter anions, which lead to formation of three-dimensional open networks capable of incorporation of hydrophilic (5) or hydrophobic (4) guest molecules.
This work, performed at Hadassah Ein-Kerem Hospital (data not shown), suggested that the cells were capable of incorporation into the bone marrow and of forming new white blood cells.
Given that BoneSave is capable of incorporation and is osteoconductive but not osteogenic, and does not contain growth factors capable of osteoinduction other than those present in the host tissue, this finding fits with our understanding of the properties of bone graft materials.
When incubated with [14C]-oleic acid, CFTR-depleted cells were capable of quick incorporation and export to the medium concomitantly with the high protein expression of L-FABP known to promote intracellular FA trafficking.
Randomizing the local amino acid binding sites of archaeal TyrRS and PylRS generates enzymes capable of ncAA incorporation, an outcome that likely rests on the fact that the aaRS scaffolds were not under selective pressure to resist these ncAAs.
Thus, results suggest that UDG activity specifically impacts the cytotoxicity of anticancer agents that are capable of inducing the incorporation of uracil bases in DNA.
We also explored the inhibition of BER by MX as a novel strategy to enhance the therapeutic efficacy of pemetrexed, although MX is expected to potentiate other anticancer agents capable of inducing uracil incorporation into DNA.
Thus, we tested whether adhered PERKΔC cells placed in low serum (1% v/v), which has been shown to result in reduced translation initiation [42], might be capable of enhanced 35S-Met incorporation.
The TD methodology used here not only provides confirmation of single amino acid incorporation but is also capable of identifying truncations and mis-incorporation events at the same time.
We conclude that C. flava is capable of rapid root uptake and incorporation of nitrogen into photosynthetic structures in response to nitrogen pulses.
In co-assemblies of the ligand-bearing peptides with Q11, ligand incorporation levels capable of influencing the attachment, spreading, morphology, and growth of human umbilical vein endothelial cells (HUVECs) did not significantly alter the materials' fibrillization, β-turn secondary structure, or stiffness.
