Due to pattern of epidermal denudement exposing an intact basement membrane zone, the possibility of an autoimmune vesiculobullous disorder targeting the basement membrane zone is raised.
The flow field in the shell and lumen sides and the flux distribution in the porous membrane zone were revealed by the CFD simulation.
Hence, the asymmetric model with one membrane zone is used in the following sections.
Hence, the data is re-analyzed with a novel configuration of the ZRM in which the axial membrane zone is splitted into several angular sectors with different linear velocities (see Fig. 10a).
Varying linear velocities in different sectors of the membrane zone are negligible under non-binding conditions, because the membrane stack is very thin and, consequently, the residence time of the solute molecules in the membrane stack is much shorter as in the hold-up volumes.
In full agreement with previous results for the same capsule (Francis et al., 2011), a set-up with two membrane zones was found to be optimal.
The fractions of the overall volumetric flow that pass through the individual membrane zones are given by Q1, Q2, and Q3.
The corresponding flow fractions are Φ1b, i = τ1b/ τ1b, i and Φ2b, i = τ2b/ τ2b, i for 1 ≤ i ≤ 2. The flow fractions through the membrane zones are then determined by Φ1 = Φ1b,1, Φ2 = Φ1b,2 Φ2b,1, and Φ3 = Φ1b,2 Φ1b,2.
A severe reduction in the number of synaptic vesicles situated more than 100 nm away from the presynaptic membrane active zone was found in the synapsin DKO animals.
A dumbbell shaped ePAD containing two blood separation zones (VF2 membranes) with a middle detection zone was fabricated using the wax dipping method.
