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- 06:34 2 abr 2018 (dif | hist) . . (+4010) . . N At segments of their sequences are displayed on the surfaces of (Página creada con «They will be described using classical terms which include polydispersity and degree of polymerization. A overview by De Greef and coworkers draws analogies to covalent pol...»)
- 02:41 28 mar 2018 (dif | hist) . . (+65) . . m Ic the architecture of extracellular fibers for biomedical functions. (Fig. 1).32, 39, 40 These
- 02:36 28 mar 2018 (dif | hist) . . (-153) . . m Applications. Surprisingly, internal order is discovered also inside the hydrophobic nanofiber (edición actual)
- 01:28 26 mar 2018 (dif | hist) . . (+3889) . . N Ic the architecture of extracellular fibers for biomedical functions. (Fig. 1).32, 39, 40 These (Página creada con «Ic the architecture of extracellular fibers for biomedical functions. (Fig. 1).32, 39, 40 These PAs are typically composed of four [http://whysnowbike.com/members/inklumber...»)
- 00:50 26 mar 2018 (dif | hist) . . (+4163) . . N Applications. Surprisingly, internal order is discovered also inside the hydrophobic nanofiber (Página creada con «For [https://dx.doi.org/10.4103/2278-0203.186164 title= 2278-0203.186164] instance, PA nanofibers happen to be created to bind and show heparin on their surfaces for the pu...»)
- 04:14 22 mar 2018 (dif | hist) . . (+4077) . . N Electrostatic interactions among like-charge objects. We report right here the influence of (Página creada con «We suggest that the [http://eaamongolia.org/vanilla/discussion/730178/oposed-order-of-insertion-with-becoming-the-lowest-and-therefore-almost-certainly Oposed order of inse...») (edición actual)
- 15:16 20 mar 2018 (dif | hist) . . (+3767) . . N Cess, these monodomain, aligned gels are further capable to induce directional (Página creada con «7).90 The mushroom-shaped nanoparticle is really a heptamer comprised of self-assembled coil-coil oligopeptides with a PEG chain on 1 terminus and a cationic spermine moiet...») (edición actual)
- 14:01 20 mar 2018 (dif | hist) . . (+3864) . . N H. Cylinders turn into the dominant morphology over flat nanobelts above a (Página creada con «have also observed a morphological [https://www.medchemexpress.com/Lorcaserin-Hydrochloride.html APD356 biological activity] transition in flat, non-cylindrical PA nanostru...») (edición actual)
- 01:00 12 mar 2018 (dif | hist) . . (+3932) . . N Electrostatic interactions amongst like-charge objects. We report right here the influence of (Página creada con «Strong electrostatic interactions inside peptide shell sooner or later break up nanofibers into smaller sized aggregates, as supported by cryo-TEM imaging (Figure 5E). The ...») (edición actual)
- 06:58 7 mar 2018 (dif | hist) . . (+4026) . . N Ells reentering the cell cycle immediately after a short or lengthy chase. (Página creada con «This proliferation zone consisted of two to four sets of proliferating cells aligned parallel towards the ventricular surface, including abundant quickly cycling cells inte...») (edición actual)
- 05:52 7 mar 2018 (dif | hist) . . (+3880) . . N Electrostatic interactions amongst like-charge objects. We report here the influence of (Página creada con «We report right here the influence of nanofiber surface charge on their bundling behaviour by varying the option pH. Figure 5B displays the scattering profiles of 2 wt pep...») (edición actual)