Chemotaxis is frequently inferred by determining how many cells cross a boundary in a chemotaxis assay, for example how many cells crawl into a chemoattractant-infused filter, or how many cells enter a defined region in an under-agarose assay or agarose spot assay.
Improved or adversely affected quality of life is frequently inferred from certain clinical conditions.
Physical disability is an example since its level is frequently inferred from responses given to a series of items in an outcomes scale measuring patients' ability to perform activities of daily living.
Just as guessing which genes might be mutated from consideration of phenotypes observed in patients is frequently wrong, inferring what phenotypes will result from a given mutation is often incorrect, reflecting our incomplete understanding of human biology.
The evolution of protein-coding genes is frequently applied to infer patterns of organismal evolution, but gene trees are sometimes not consistent with species trees.
The reciprocal best BLAST hit criterion (RBH) between pairs of sequences from two taxa, is frequently used to infer orthology when the species tree is unknown.
As it becomes increasingly possible to obtain DNA sequences of orthologous genes from diverse sets of taxa, species trees are frequently being inferred from multilocus data.
Consolidation state analysis is frequently applied to derive past maximum overburden stress, to quantify over- or underconsolidation, or to infer excess pore water pressure, all relevant to assess risk of slope failure.
Consequently, we infer that chemotaxis is frequently over-reported, especially for cells like MDA-MB-231 cells, which move slowly and are relatively insensitive to gradients.
In viticulture, indirect methods that compare seasons or regions to infer temperature effects are often inconclusive because temperature is frequently confounded with other climatic factors, management practices and soils.
Piro is frequently depressed.
