The device offers a robust, easy-to-use sample preparation platform for rapid processing of clinical samples for nucleic acid-based diagnostics for pathogens.
SLIDE demonstrates a simple easy to use platform for sample preparation on a range of complex biological samples.
Direct Contact-Sorptive Tape Extraction (DC-STE) is a fast and easy-to-use sampling technique, developed to study the effect of cosmetic treatment on sebum composition, through in vivo sampling at the human skin surface [ 36, 37].
To overcome these bacterial air content fluctuations, a standardized reagent bacterial mixture (SRBM), consisting in a collection of selected cultivable environmental species that are prevalent in temperate climate bioaerosols, was designed to generate a stable, reproducible, and easy to use surrogate of bioaerosol sample.
Further, using multiple sample stabilization methods may not be convenient, and one universal method is needed that is cheap, easy to use, and effective for stabilizing samples.
Furthermore, as well as allowing for a quick and efficient extraction and analysis flow path, the VAMS microsampler is an easy to use device in a real-world sample collection scenario.
This paper presents a compilation of different methods, using Adobe® Photoshop® software CS6, for digital estimation that are a part of the IDIAP (Ichnological Digital Analysis Images Package), which is an inexpensive alternative to recently proposed methods, easy to use, and especially recommended for core samples.
They should be robust, quick, reliable (sensitive and specific), efficient on fecal samples and easy to use at patient's bedside.
To increase safety and ease the concern we are developing LANFOS (Large Food Non-destructive Area Sampler)—a compact, easy to use detector for assessment of radiation in food.
It must also be sensitive, specific, easy to use, quantitative and preferably non- invasive for repeated sample collection.
They are relatively easy to use and can be applied to large number of samples in parallel.
