Ethanol-induced secretion of TRH in rat heart

Bačová, Zuzana; Smreková, Lucia; Štrbák, Vladimír

doi:10.1135/css200508001

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2019

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“…An example of this calculation, for the symmetric star architecture, may be found in ref. [82]: here we generalise this to the H-shaped architecture. To do this we must specify the monomer coordinate frame we will use for each linear chain subsection which we illustrated in Figure 18a.…”

Section: Discussionmentioning

confidence: 99%

Constraint Release Mechanisms for H-Polymers Moving in Linear Matrices of Varying Molar Masses

et al. 2019

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We investigate the influence of the environment on the relaxation dynamics of well-defined Hpolymers diluted in a matrix of linear chains. The molar mass of the linear chain matrix is systematically varied and the relaxation dynamics of the H-polymer is probed by means of linear viscoelastic measurements, with the aim to understand its altered motion in the different blends, compared to its pure melt state. Our results indicate that short unentangled linear chains accelerate the relaxation of both the branches and the backbone of the H-polymers by acting as an effective solvent.On the other hand, the relaxation of the H-polymer in an entangled matrix is slowed-down, with the degree of retardation depending on the entanglements number of the linear chains. We show that this retardation can be quantified by considering that the H-polymers are moving in a dilated tube at the rhythm of the motion of the linear matrix.

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Section: Discussionmentioning

confidence: 99%