Not exact matches
Using microbiome analysis technology first
developed in Los Alamos
Lab to combat disease warfare, the company takes the
samples and creates RNA and metabolic profiles for each customer.
The microfluidic technology,
developed in the
lab of professor Mark Hayes in the Department of Chemistry and Biochemistry at Arizona State University, uses microscale electric field gradients, acting on extremely small
samples, to tell the difference between the two strains (antibiotic - resistant and antibiotic - susceptible) of Staphylococcus epidermidis.
Before the experiments even begin, though,
labs need to
develop good protocols for
sample collection and processing.
A team of researchers led by Jeff Tza - Huei Wang, PhD, from the Johns Hopkins University BioMEMS
Lab, Baltimore, Maryland have
developed the first low - cost NAAT platform that can diagnose chlamydia at the point - of - care and that integrates
sample preparation, DNA amplification, and data processing all in one coffee mug - sized instrument.
Despite extensive efforts to
develop practical applications for graphene and explore the exotic physics at work in its two dimensions, obtaining a usable
sample is still more art than science, as Scientific American learned one slushy winter afternoon in the Columbia University
lab of Philip Kim, one of our co-authors and a leader in the field.
Significantly, most of the tissues come directly from patient
samples rather than from cell lines that have been
developed for
lab use.
This technology and the laboratory techniques that the Goddard
lab develops to apply it to analyze meteorites will be valuable for future
sample - return missions since the amount of
sample likely will be limited.
But Hahn stresses that ethics prohibit taking blood
samples from wild chimpanzees, and her own
lab has only recently
developed a way to quantify SIVcpz in fecal
samples — which she sees as an important future experiment with the Gombe chimps.
A prototype device
developed by an international team of engineers can sift exceedingly tiny particles from blood
samples without having to send
samples off to a
lab.
From the outset, we've worked to
develop quality - assured, standard methods for the
lab and the field, including for
sample collection, DNA extraction, and our work on sequencing from small
sample sizes.
Khai C. Ang, Ph.D., Postdoctoral Fellow in the Cheng
lab, visited the Senoi,
developed a positive relationship with them, and was able to collect 371 blood
samples.
In a Berkeley
Lab - led study, flexible double - helix DNA segments connected to gold nanoparticles are revealed from the 3 - D density maps (purple and yellow) reconstructed from individual
samples using a Berkeley
Lab -
developed technique called individual - particle electron tomography or IPET.
Washington State University researchers have
developed a low - cost, portable laboratory on a smartphone that can analyze several
samples at once to catch a cancer biomarker, producing
lab qua... Read more
The Vijayanand
lab has
developed a number of genomics (transcriptomic, single - cell and epigenomic) and immunological assays to enable research with small numbers of cells and small - volume clinical
samples.
Their work encompasses several strategies, including:
developing FL - HCC animal models to characterize tumor - immune interactions, exploring if a mutated protein associated with FL - HCC could be targeted by immunotherapy, identifying immune checkpoints that could potentially serve as targets for immunotherapy as well as biomarkers for analyzing patients, and evaluating the effectiveness of immunotherapy strategies against FL - HCC patient
samples in the
lab.
Harold Barnard, a scientist at Berkeley
Lab's ALS, has
developed a specialized test chamber for X-ray studies of meteorite
samples that simulates the extreme compressive forces asteroids experience when traveling through Earth's atmosphere.
The spinal cord
sample was rendered transparent for imaging using a whole - body tissue clearing method called PARS CLARITY previously
developed by the Gradinaru
lab.
More Information: Review our computer
lab assistant resume
sample to further
develop your understanding of applying to this particular position.
Field Chemist 12/1/2008 — 3/1/2012 Outdoor Chemistry Co. — Seattle, WA Took and analyzed
samples from construction sites Tested for moisture, pH and consistency Maintained a field
lab Wrote and submitted regular reports in a timely manner Helped
develop cost - effective solutions for potential environmental pollutant issues
Laboratory Technician Delta
Labs, Naples, FL Jan 2006 to Present •
Develop a novel blood screening system brought about a decrease in time needed for managing electrophoresis tests • Identify a potential problem in the H1N9 virus screening equipment thereby contributing to eliminating possible errors in test results • Manage specimen collection duties • Perform laboratory tests using a variety of equipment and reagents • Interpret test results and document them appropriately • Assist doctors in researching possible cures • Prepare specimens and
samples • Dispose of specimens and
samples appropriately • Ensure appropriate maintenance of all testing equipment • Ensure strict safety and sanitation procedures are carried out