However, we comprehensively integrate the universal phenomenon of multispecies coexistence in the real ecosystem.
Problems related to the exploitation of multispecies systems are interesting and difficult both theoretically and practically.
These observations are in favor for the routine inclusion of multispecies bioactivity information in PCM settings.
GP and SVM display statistically similar performance for the modeling of multispecies proteochemometric datasets of different sizes.
Recent work on megadiverse species assemblages in ecological communities has uncovered interesting repeated patterns that emerge in these complex networks of multispecies interactions.
We studied actions of multispecies probiotics on barrier dysfunction and oxidative stress in experimental AP.
Inference of multispecies phylogenies under those conditions is difficult.
C12AS and C14 15AS have been investigated by various authors in a number of multispecies tests at ecosystem level (Table 23).
Fifty-three genes were predicted using only rodent protein sequence as templates, thus illustrating the complementary contribution of multispecies analysis.
We model one specific type of gene flow – migration – and investigate its effects on the Bayesian inference of multispecies phylogenies.
