… We conclude by noting that DNA gels are examples of thermo-reversible gels, in which
binding arises from the hydrogen bonds between complementary base pairs, a clear realization …

… of "re-entrant" cholesteric phases depend on the mean distance between DNA molecules
and the peculiarities of the DNA … was determined by elec-trophoresis in a 1 % agarose gel. …

… a gel owing to the strong, short-ranged attraction. MC simulations show such ‘re-entrant gel
formation’: a gel … Again, owing to the programmability of the DNA-mediated interactions, the …

… was determined by electrophoresis in a 1% agarose gel. … spectra of ds DNA LCD particles
with the “re-entrant” cholesteric … -charged Gd 3+ cations interacting with ds DNA molecules. …

… the re-entrant ordering phenomenon. Therefore, we conclude that re-entrant ordering is …
We remark also that the re-entrant behavior is only found in a very narrow range of potential …

… purification and depolymerization was determined by electrophoresis in a 1% agarose gel.
… packing of ds DNA molecules in dispersion particles with the “re-entrant” structure, we used …

… DNA molecules. However, slightly counter-intuitively, the cholesteric-like packing
reappears upon the heating of dispersions with hexagonal packing of ds DNA … , the term ‘re-entrant’). …

… Reference [40] reports the appearance of a new DNA phase, which we called the 're-entrant…
of the size of'solid' (gel-like) particles of DNA immobilized on a nuclear membrane filter [43]. …

… DNA the easier it is for jamming to occur and a larger c is needed to redissolve (reentrant)
the DNA. … smaller blobs (the reentrant state) is flexible enough to reptate through the gel. This …

… re-entrant DNA-gels. However, to be validated as a 3D scaffold for biomedical applications,
it is mandatory for re-entrant DNA-gel … characteristics of the re-entrant DNA-gels will have to …