Sentence examples for nutrient dimensions from inspiring English sources
The Nutritional Geometric Framework (NGF) is a state-space approach that represents the effects of the number and the nature of nutrient dimensions on biological responses including lifespan (Fanson et al., 2009; reviewed in Piper et al., 2011; and Tatar et al., 2014).
An (l -selenomethionine derivative of SsoCas6 was expressed in B834(DE3) E. col -selenomethionineum supplementederivativeenofethionine Nutrient Mix (Molecular DimenSsoCas6and 50 mg·l−1 (l)-selenomethionine.
A fresh culture of XL1-Blue cells in 2 mL rich medium containing 20 μg/mL tetracycline was spun down and the pellet was resuspended in 1 mL SelenoMet plus nutrient mix medium (Molecular Dimensions) supplemented with 1 g/L dextrose and 100 μg/mL ampicillin.
They took three months to grow, which is, as Dr Post points out, "faster than a cow .It may have been a far cry from a Porterhouse, which would require growing the cells in three dimensions and delivering nutrients deep inside the tissue, for instance by using scaffolds made of biodegradable polymer tubes.
Factor analysis applied to dietary data produces a few patterns of dietary intake that represent underlying independent dimensions of food and nutrient consumption.
Hydraulic permeability (k) affects many properties of collagen gels, such as mechanical properties, cell scaffold interactions within three dimensions (3D), oxygen flow and nutrient diffusion.
This study shows the usage of stream-lateral-dimension aggregation strategy in addressing nutrient distance-decay patterns and developing simple regression models of nutrient loading.
Selenomethionine-labelled APLF L91 M protein was expressed in Rosetta2 (DE3) cells cultured in SelenoMet base media and nutrients supplemented with seleno-methionine solution (Molecular Dimensions Ltd).
The top and bottom sides should ideally be of the same dimensions to promote even plant growth and nutrient distribution.
Plant foods, such as lipid-rich almond seeds are complex matrices with structures ranging in scale, from the cm dimensions of plant tissue to the nm scale of nutrient molecules inside plant cells.
The small dimensions of the modules allowed rapid transport of nutrients by diffusion to cells at any location in the module, and therefore allowed generation of modules with cell densities near to those of dense tissues (108 – 108 cells/cm3).
