In vitro studies on this system indicate that, while the isolated BLM is incapable of migrating a topologically constrained dHJ, vigorous migration is observed when Drosophila Top1 is added to the reaction mixture, although branches pause before merging into a hemicatenane.
Stent migration is observed in many patients but no major complications have been reported [35, 36].
On the other hand, significant particle migration is observed with microparticles of all particles fractions especially at higher times.
Intermolecular exciton migration is observed in unmodified molecular wire OPE1; while only intramolecular exciton migration is allowed in the side-chain modified molecular wire OPE2.
The said particle migration is observed when the ratio of particle to tube diameter is 0.2
KLF2 is not required for the development of a vascular plexus, but a failure in smooth muscle cell migration is observed in KLF null embryos, causing vascular defects, which lead to bleeding and lethality [18].
