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The percentage of lost water was expressed as the ratio: [initial weight – weight]/[initial weight] × 100.
The percent dehydration was determined using the following formula: (final weight – initial weight)/final weight × 100%.
aCalculated as initial weight − final weight of the patch bCalculated as (initial weight − final weight/final weight) × 100 cCalculated as (weight lost (mg) × thickness of patch (mm))/surface area of patch (cm2).
Where: Wf = final weight and Wi = initial weight.
Both of the main treatments resulted in an average weight loss of about ten percent of initial weight whereas weight loss was more modest with guided self-help.
The weight loss fraction is defined as X t) = w(t)/w0, where w0 and w(t) refer to the initial weight and weight at time t, respectively.
Biomass was calculated by subtracting the initial weight from the final weight.
Significant effects of strain on initial weight, final weight, specific growth rate, % feed consumed per day, and thermal growth coefficient were found.
where W0 = initial weight of specimen and W0d = weight of specimen after drying.
whereW1is the initial weight of the polymer andW2,the weight of the insoluble portion of the polymer.
Specific growth rate (SGR), feed conversion ratio (FCR), and survival rate were calculated using the following equations: SGR (%/day) = (Final weight−Initial weight)/culture period × 100.
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