Sentence examples for weight of feed from inspiring English sources

The most widely used measurement is called the 'feed conversion ratio' (FCR), which is the weight of feed administered over the lifetime of an animal divided by weight gained.

The best pigment source tested was a beta-carotene product derived from spray-dried algae, Duneliella salina, (Algro™) at a concentration of 250 mg beta-carotene/kg dry weight of feed.

Where IW is initial weight of feed, and FW is the final weight of feed of the same diet after being immersed in water.

DLC theoretical % = Weight of feed drug  Weight of feed drug and copolymer × 100 (2) DLC actual % = Weight of actual drug entrapped in nanoparticles  Weight of drug-loaded nanoparticles × 100 (3) DLE  % = DLC actual DLC theoretical × 100 (4).

Jonsson touts Umami's feed conversion ratio — the weight of feed mass converted into body mass — as 17too 1, meaning it takes 17 pounds of sardines to make a single pound of bluefin flesh in these waters off Baja.

The food consumption was determined by subtracting the weight of feed remaining at the end of the week.

The drug-loaded content and drug encapsulation efficiency were presented by the following equations: Drug ‒ loaded content % = Weight of HCPT in NPS ÷ Weight of NPS × 100 % Drug encapsulation efficiency % = Weight of HCPT in NPS ÷ Weight of feeding drug × 100%%.

The encapsulation efficiency and drug loading content were calculated using (1) as follows: (1) Encapsulation    efficiency   = weight    of    curcumin    in    micelles weight    of    feeding    curcumin × 100%%, Drug    loading    content   = weight    of    curcumin    in    micelles weight    of    micelles × 100%%.

This is in contrast to the effect on body weight of feeding paradigms that provide a fixed amount of a palatable food (corresponding to 30 35% of total caloric intake) at the same time every day, where there is a lack of body weight gain in mice (Gallardo, Gunapala, King, & Steele, 2012; Hsu, Patton, Mistlberger, & Steele, 2010a).

In this study, a new model for estimating the electrical energy demand of machine tool feed axes which incorporates the weights of feed axes and weights of the materials placed on the machine table is presented.

To enable this goal in this study, a feed axes energy demand model (which incorporates the weights of feed axes, machine vice, and workpiece) proposed in previous work by the authors was integrated and used to refine the energy consumption models for machine tools to analytically estimate the power and processing time, and hence energy required to execute a CNC toolpath.