Earlier studies have shown that milk from the camel udder have low microbial load compared to pooled/bulked milk in plastic containers (Matofari et al. 2007; Kaindi et al. 2011).
Conceivably, these two conditions are relevant to microbial pathogenesis because Outcome IIa leaves both daughter cells with half the number of ingested yeasts and thus could allow cellular microbicidal mechanisms to overcome the microbial infection while in Outcome IIb, one daughter cell is left with larger microbial load compared to the other.
In a review of point-of-use water purification devices, several different methods for removal and/or inactivation of microbial loads were compared: porous ceramic filtration (PCF), biosand filtration (BSF), polyethylene bottles with solar UV and heat disinfection (SODIS), free-chlorine treatment, and coagulation and chlorination treatment.
Specifically, the accuracy of swab cultures for measuring microbial load was 0.80 compared with biopsy; microbial diversity based on swabs was 3.0 species/wound compared with 3.1 species/wound based on biopsy cultures; and the concordance in identifying potential pathogens was 96% for S. aureus, 99% for β-hemolytic Streptococcus, and 96% for P. aeruginosa.
The load effect was also replicated with higher performance (64.2%) under low memory load, compared to high load (55.5%).
Several studies have attempted to compare the values of microbial loads obtained through both active and passive samplings, but with inconsistent results: in some cases there was significant correlation [ 24- 26] while in others there was none [ 27, 28].
Rosengaus et al. (2003) compared drywood and dampwood termite species belonging to the families Termopsidae and Kalotermitidae, respectively, and found that microbial loads of ingested material, measured as colony-forming units cultured from nest material and cuticular washes, are positively correlated with ambient moisture.
Treatments were effective in controlling native microbial loads as the total aerobic mesophilic organisms and the population of yeast and mold remained significantly (p < 0.05) low during storage compared to control.
Formation under high nutrient conditions resulted in a higher microbial load in a growing biofilm compared to one formed under low nutrient conditions.
The reasons are not clear, but it may be that having less contact with the germs that dogs carry results in lower microbial loads, making a child more sensitive to antibiotics.
