Sentence examples for microbial specimens from inspiring English sources

Glucoamylase is sourced from different microbial specimens like bacteria, yeasts, and fungi.

An AFM instrument (Bruker Nano, Santa Barbara, CA, USA) and a silicon nitride probe with the calibrated spring constant of 0.7 N/m and tip radius of 10 nm were selected for the surface examination of microbial specimens.

Routine sepsis work up includes collection of blood cultures, other microbial specimens where appropriate, and measurements of white blood cell count, including differential and plasma levels of C-reactive protein.

As alluded to above, microbial specimens may be collected from a number of different collection sites including the nose, mouth, gastrointestinal tract, skin, and urogenital tract (http://nihroadmap.nih.gov/hmp/).

The identification of microbial species within sample specimens is relevant to both the microbiological research laboratory and the clinical setting.

Polymerase chain reaction (PCR) accompanied with cloning and sequencing is one of the most sensitive, specific, and rapid molecular techniques in the detection of microbial species in clinical specimens like infectious endophthalmitis [28].

As patients suspected of second-line drug resistance are often on some form of anti-TB therapy, it is possible that variation in the microbial population of specimens collected at different timepoints may occur.

In clinical settings, it can be used to determine the microbial compositions of specimens, which would be beneficial to human health and would further our understanding of the pathological manifestations due to chronic infections [ 7– 9].

Moreover, concerns regarding data-sharing may be similar for both microbial and human specimens, in that once samples are shared with other researchers it becomes difficult to regulate or withdraw consent.

These tools can be powerful methods for identifying microbes, but only if the respective culture conditions, microscope sensitivity, serologic reagents, and PCR primers are compatible with the microbial target and specimen type.

Although the precise distributions of species-level microbial groups differed from specimen to specimen, consistent patterns of microbial taxa were observed over time within each individual and anatomical location (Fig. 1, Fig. 2).