For each charge state, we model three primary ion series (b, y and a), each of these primary series with a loss of water (denoted b○, y○ and a○) and a loss of ammonia (denoted b*, y* and a*).
(iii) Software fault prediction/software reliability growth modeling (eight primary studies).
We use three airway epithelial cell models; one primary and two immortalized.
First, an allograft model using two primary murine cancer cells (Lav670 and Lav714) with stable miR-155 knockdown (by miRZIP, Supplementary Fig 4a) showed slower in vivo growth compared to their isogenic, paired clones (Fig. 4a b and Supplementary Fig. EV4b d).
Distortion: The model introduces two primary distortions: radial distortion, which is caused by changes in radial curvature, and eccentric distortion, which is caused by the incomplete co-linearity of the axes of the optical lens.
According to this model, the two primary mediators for outcome in terms of reduced depressive relapse are 1) increased mindfulness and 2) improved relaxation skills which occur as the result of adopting a meditation practice.
Both the maximum likelihood (-ln = 3400.03) and Bayesian inference (harmonic mean -ln = 3714.18) analyses, performed using a HKY+Γ model, recovered two primary clades (net sequence divergence 9.6%); one clade includes birds collected in the lowland forests of Tanzania (rabai) and Mozambique/Zimbabwe (debilis) and the other in the montane forests of Tanzania (albigula).
A logistic regression model and a discriminant analysis model were made as two primary models with the parameters of "gender" and "manifestation".
The model accounts for two primary rheological effects: the Fåhræus Lindqvist effect, which describes the apparent viscosity of blood in a vessel, and the plasma skimming effect, which governs the separation of red blood cells at diverging nodes.
This model captures the two primary degradation mechanisms that occur in the graphite anode of a typical lithium ion cell: a) capacity loss due to Solid Electrolyte Interface (SEI) layer growth, and b) capacity loss due to isolation of active material.
