The effect of various feed compositions of methane and hydrogen on densification of carbon felts was investigated at a temperature of 1368 K.
Two experiments were conducted using 4 steers and 4 cows in double 4 × 4 Latin square designs to investigate the potential effect of various feed additives on enteric and manure derived methanogenesis.
With the development of various feeding habits, distinctive digestive organs may be present in certain taxa.
The effects of various synthesis conditions – feed concentration, reaction time, and calcination – on the particle properties, including particle size, surface area, particle morphology, phase purity, and crystallinity, are carefully analyzed.
To date, a number of studies have examined the effects of various alternative antimicrobial feed additives on GI microbial communities of poultry [ 15, 19- 25], but only recently have a few studies [ 26- 29] utilized the power of modern high-throughput sequencing (HTS) to provide a comprehensive taxonomic census and fully assess the effects of treatments on the GI microbiome.
The present study was conducted to evaluate the effects of various Bacillus coagulans feeding patterns on growth, antioxidant parameter and Nrf2 pathway in juvenile gibel carp.
In particular, the effects of various operating conditions and feeding strategies on the dynamic behavior of batch and fed-batch fermentation processes are explored.
Effects of various levels of concentrate fed with urea-treated rice straw for purebred American Brahman yearling cattle.
Expanding the transcription and translation machinery gave the leverage to capture the effects of various perturbations that may possibly feed in at the gene expression and protein levels.
Under the optimal feed conditions, the effects of various hydrodynamic conditions such as transmembrane pressure, stirrer speed and feed temperature on permeate flux and rejection of both pollutants were studied.
