Sentence examples for constant survival from inspiring English sources

The study showed that regression models based on the assumption of linear growth or constant survival rate between the measurement occasions, or using the length of measurement interval as a predictor, may lead to very biased predictions in growth simulations.

For fixed pulsed model, the threshold condition for the global stability of the host-eradication periodic solution is provided, and the effects of key parameters including the impulsive period, proportionate killing rate, instantaneous search rate, releasing constant, survival rate and the proportionate release rate on the threshold condition are discussed.

Periods of calm followed by an onslaught of turbulence, in whiplash fashion, adversely impacts those caught within the family court system as it often churns like a hurricane over parents and children — leaving a wake of devastated lives, denied liberties and seized property that put many in a place where weathering such conditions become a lifestyle set in constant survival mode.

For first-year survival a model with constant survival probability φp received similar support as the φ [hab]p model (difference between AICc values Δ AICc = 1.9).

From 2000 to 2006, 799 M. myotis were captured in colony 2. The best model (Table S2) also showed a constant survival rate (Φ = 0.708, 95% CI, 0.637 0.769) despite evidence of virus infections, as demonstrated by temporal variations of the seroconversion rate observed in this colony and the RT-PCR results.

Extracellular matrix molecules provide a constant survival signal to epithelial cells via β1-integrins and cadherins as well as their adhesion-mediated signalling pathways including focal adhesion kinase (p125fak), phosphatidylinositol 3'-kinase PI3-K /Aktt and mitogen-activated PI3-K /Aktnand (MAPK; p38) [34]–[37].

Crocos and Coman (1997) have shown that when the diet of Penaeus semisulcatus broodstock is constant, the survival of the PZI stage varies with such factors as age of the broodstock and season of spawning.

We 'backed into' an estimate of the annual cost of CHF therapy by assuming a constant annual survival rate over the 10-year period.

In the standard environment, each pathogen has the same occurrence probability pocc, j = 1/ n p and a constant basic survival probability psurv, j.

Therefore we assumed constant nest survival with age for both species and estimated rates separately for first and second nest attempts.

Once again, we invoked the assumption of a constant annual survival rate and used a 3% discount rate to determine the total costs of CHF therapy for a 5-year period, as required by our model.