Structure-activity relationship (SAR) was inferred for future optimization based on the performed biological and docking studies.
For example, while generative regeneration traits (seed mass) may show convergence pattern, divergence was inferred for the vegetative (clonal) regeneration traits.
Lower spatial heterogeneity based on r and COD was inferred for all carbonaceous species after considering their divergence and lack of perfect correlations in co-located samples.
However, denitrification was inferred for a few samples whereby more enriched δ15NNO3 and δ18ONO3 values coupled with an increase in SO4/Cl and Cl/NO3 ratios were observed.
A shelf-life model was developed and validated for Granola describing the relationship of the food, packaging and environmental conditions, and shelf-life was inferred for normal storage conditions.
In addition, control of water chemistry by calcite equilibrium was inferred for sediments containing >2% total inorganic carbon (TIC), whereby pH minima and alkalinity maxima of approximately 6 and 20 mequiv./l respectively were observed.
A well-supported cluster was inferred for both the transmission chain and the individual patient sequences.
A substitution model was inferred for each partition using MrModelTest 2.3 [54] to be used in the Bayesian analyses.
A second episode of synchronized colonization during the Late Miocene was inferred for Eurosid II and Euastrid II lineages: Crambe (Brassicaceae) and the Sonchus alliance (Asteraceae).
Following that, the recombinant sequences were removed from the respective datasets and a new Bayesian tree was inferred for each locus.
Additionally, the MP tree was inferred for all possible single outgroups and combinations of two outgroups (Nne, Pun, Ppa, Nne+Pun, Nne+Ppa, and Pun+Ppa).
