To me, it suggests that the broad panel of primary
cell samples captures most genes that it should, including the differentially expressed ones.
Not exact matches
This family tree
captures just a
sampling of single -
cell and single - nucleus RNA sequencing technologies that have burst onto the scene over the last eight years.
Finding out involves passing a
sample of blood through a microfluidic device, in whose tiny channels cancer
cells can be
captured and identified.
«Our circulating tumor
cell device can release a tumor
cell captured from a blood
sample, enabling single
cell analysis,» says Liu.
Capture experiments were also performed on whole blood samples, and the capture efficiency was in a high range of 81 - 95 %, at different tumor cell concentr
Capture experiments were also performed on whole blood
samples, and the
capture efficiency was in a high range of 81 - 95 %, at different tumor cell concentr
capture efficiency was in a high range of 81 - 95 %, at different tumor
cell concentrations.
The first
captures small, fast moving organisms at an unprecedented rate and the second displays large
cell samples in three dimensions while decreasing the amount of harmful light exposure to the
cells.
Through laser imaging at speeds up to 3,000 frames per second, a computer can
capture images from all angles and reconstruct a model of all
cells in the given
sample, testing for all types of cancer in a matter of minutes.
By seeding elements with an assortment of antibodies, the device could be set up to
capture several different cancer
cells types using a single blood
sample.
Even with that small
sample, they
captured between one and a thousand
cells per device, with a
capture efficiency of between 62 and 100 percent.
At the moment, prenatal diagnosis for a small number of genetic conditions is usually done from fetal
cells that doctors
capture from fluid in the womb (amniocentesis) or a snippet of placental tissue (chorionic villus
sampling).
Rather than wait for tumor biopsy
samples to become available, scientists
captured «
cell - free» DNA shed into the bloodstream by the tumor
cells.
Captured images were viewed in
Cell - IQ Analyser program and Pick
Samples Mode was used to collect representative area samples (64 × 64 pixel) for each three classes described above [see Additional f
Samples Mode was used to collect representative area
samples (64 × 64 pixel) for each three classes described above [see Additional f
samples (64 × 64 pixel) for each three classes described above [see Additional file 1].
Researchers used a powerful X-ray microscope at Berkeley Lab's Advanced Light Source (ALS) to
capture images of nerve
cell samples at different stages of maturity as they became more specialized in their function — this process is known as «differentiation.»
Live
cell super resolution images of internal cellular structures can be
captured with 120 nm resolution from all kinds of
samples using conventional fluorescent dyes.
Kelley, lead investigator on the study published today in Nature Chemistry, explained how her team has advanced a completely new approach using magnetic nanoparticles with DNA
capture probes on their surface that can target circulating tumour
cells (CTCs) in blood
samples to see if the
cells contains biomarkers associated with drug resistance.
Resection
samples from 20 IBD and control patients were used for measles hybrid
capture followed by RT - PCR, in addition to peripheral blood mononuclear
cells (PBMCs) from 13 IBD and control patients.
Experiments comparing the HB - Chip to the CTC - chip found the new device
captured more than 90 percent of cancer
cells introduced into blood
samples - a 25 percent improvement over the CTC - chip.