The results supported the hypothesis: migration increased the resistance of bacteria to their local (sympatric) hosts.
To confirm this hypothesis, we increased the expression of TCF3 stably.
To test this hypothesis, we increased the concentration of Hsp70 such that two Hsp70s were present per Hsp902.
As the degree of roaming is increased, the ignition delays increased, consistent with the hypothesis that roaming decreases the reactivity of the system.
Consider the following particular case of problem (7) with (f(0)=0), (g(0)=0), f and g increasing, and the hypothesis for a unique global solution of the following problem satisfied in Theorem 2.2.
If these variants are not overrepresented in terrestrial mammal rabies cases, we can reject the increased infectivity hypothesis, leaving the small vector hypothesis as the most plausible alternative.
While a bigger α would increase the probability of the hypothesis to be true in presence of the evidence, a smaller β would increase the probability of the hypothesis to be false in absence of the evidence.
In contrast to the reproductive assurance hypothesis, the increased pollination probability hypothesis predicts that increases in flower showiness [17], [21], [22] and flower longevity with elevation [23] [29] would compensate for the scarcity of pollinators at higher altitudes, challenging the traditional assumption that biotic pollination is limited in high-elevation environments.
This reduces the random variability associated with the experimental units, and increases the power of the hypothesis tests.
Further study of natural antibiotics will also continue to increase the resolution of the hypothesis.
According to Proposition 6, we know that the (operatorname{HTM} { {{a_{0}},ldots,{a_{m}},{p_{I}}} }) is increasing under the hypotheses {X _{I}}subset X sim{N_{k}} ( {mu,sigma} ),quad k>1.
