Vortex's system uses a microfluidic chip to generate tiny vortices that trap larger, more deformable cancer
cells from a blood plasma sample.
Not exact matches
During pregnancy, many women suffering
from HELLP syndrome require a transfusion of some form of
blood product (red
cells, platelets,
plasma).
They received either a saline placebo or
plasma —
blood from which the red
cells have been removed —
from blood donors aged 18 — 30.
The method relies on a special dye that shows up brown when mixed with whole
blood, but turns teal when mixed with
plasma that has been separated
from red
blood cells.
Then there's the West Palm Beach symposium, held to recruit participants for a study testing what happens when aging people get infusions of
plasma (the fluid part of
blood packed with signaling proteins and other molecules but no red or white
cells)
from young people who've taken a drug meant to activate their immune system.
Plasma from old mice didn't have a strong effect when injected into young mice genetically engineered to lack VCAM1 in certain
blood - brain barrier
cells.
Although myeloma is, like leukemias and lymphomas, a cancer involving white
blood cells known as lymphocytes, myeloma
cells don't traditionally express CD19 on their surface because they arise
from the most mature type of lymphocytes —
plasma cells.
In each
blood sample, the researchers separated the
plasma, the liquid part of the
blood,
from the
blood cells.
The
cell - free DNA extracted
from the
plasma and, separately, the genome of white
blood cells were then sequenced using the high - intensity, 508 - gene sequencing assay.
Or they can treat patients with
plasma exchange, in which the body's red
blood cells are separated
from the
plasma (which carries the antibodies and other immune
cells) and then returned without the
plasma.
It turns out that all pregnant women carry some fetal
cells and DNA, with up to 6 percent of the free - floating DNA in the mother's
blood plasma coming
from the fetus.
In the new study, he and his team sequenced DNA
from the
plasma —
blood minus the
cells — of a woman who was 18.5 weeks pregnant.
The
cells were mixed with platelet - dense
plasma isolated
from the patients»
blood and injected into their eyes.
Tissues being sampled include biopsy material
from target organs, peripheral
blood cells and serum /
plasma, germline DNA, and stool for microbiota analysis.
Plasma from stored packed red
blood cells and MHC class I antibodies causes acute lung injury in a 2 - event in vivo rat model.
Plasma cells develop
from B lymphocytes (B
cells), a type of white
blood cell that is made in the bone marrow.
The Clinical Core of the Cleveland Alcohol Center can provide CAC investigators to access to de-identified biological samples (tissue biopsy,
plasma / serum, urine, DNA and peripheral
blood mononuclear
cells (PBMCs)
from patients with different stages of alcoholic liver disease, as well as healthy control subjects.
Injections of Growth Factors, when used for many other types of medical treatments, are made
from a patient's own
blood and
blood cells and is called PRP (Platelet Rich
Plasma) or PDGF (Platelet Derived Growth Factors) Therapy.
On arrival, the samples were centrifuged (1200 × g, 15 min, room temperature) to separate
plasma from buffy coat and red
blood cells, and the samples were frozen in liquid nitrogen until they were analyzed.
As
blood flows throughout the body, a thin, yellow fluid called
plasma leaks out
from blood vessels and mixes with interstitial fluid and water to surround the
cells in different tissues.
Platelet - rich
plasma is obtained via a process called centrifugation that removes red and white
blood cells from a
blood sample while leaving behind a high concentration of platelets in the
plasma.
Even though red
blood cells in the
plasma don't play a role in the cooling process, your body doesn't separate the red
blood cells (oxygen carriers)
from the
plasma and all are brought to the skin to cool.
The fundraising efforts enabled the RVC to invest in a piece of equipment used to facilitate the separation of
plasma from red
blood cells, which ensures that donated
blood is used as efficiently as possible.
Next, the
cells are mixed with special enzymes to «digest» any residual fat and connective tissue, which are then «activated» by mixing them with «
plasma rich platelets» extracted
from the animal's
blood cells.
In the case of hemorrhage, for example, fluid is lost
from the intravascular space (i.e.,
plasma) but also
from the ICF in the
cells lost (e.g., red
blood cells, white
blood cells).
Hemolysis can falsely increase cholinesterase levels in serum /
plasma samples by releasing more of these enzymes
from destroyed red
blood cells.
When
plasma is separated (or spun out)
from the
blood cells, what results is a «functional * protein product»; in other words, albumin and globulin, and in one word:
plasma.
Long said the most common treatment for dogs experiencing hemorrhages
from trauma is
plasma or red
blood cell transfusions.
The concept here is to harvest
blood from the patient and separate out the red and white
blood cells leaving behind the
plasma and platelets.
Generally, decreases are seen in glucose and calcium levels while phosphorus and potassium are increased in affected samples.7 Even though barrier gels separate
blood cells from fluid components, they are capable of absorbing certain hormones and drugs, such as progesterone and phenobarbital.8 In addition, centrifuging samples using a fixed - head rotor centrifuge can allow gaps to develop in the gel barrier.4 This is why it is recommended to separate serum and
plasma samples after centrifugation regardless of whether a separator gel is present in the tube.
Conversely, lithium heparin is a generally safe anticoagulant for
plasma chemistry and electrolyte analysis, but it distorts
blood cells and should not be used for evaluation of
cell morphology in samples
from mammals.6
Lab Technician II — TRL
Plasma Laboratories — January 2013 — Present • Monitor the heat sealing and aseptic sampling of plasma units; place units of plasma into freezer in timely manner in order to ensure quality of product • Label plasma samples and units properly and store according to policy; manage an average of 50 different plasma units on a regular basis • Evaluate refrigerator and freezer temperatures ad inform supervisor if equipment is malfunctioning • Maintain efficient and clean work environment and ensure inventory is stocked properly; answer phones and answer questions or transfer calls to appropriate departmentLab Technician I — ABC Medical Technologies, Inc. — May 2007 — January 2013 • Operated laboratory equipment, such as cell counters and microscopes, to analyze urine, blood, and tissue samples; recorded both normal and abnormal findings; had less than a.1 percent margin of error in sample findings • Used computerized instruments and automated equipment to perform multiple tests at one time; maintained calibration and proper function of equipment on a regular basis • Entered data from tests into physician reports; discussed abnormal results with supervisor and re-ran tests before logging data into patient's medical
Plasma Laboratories — January 2013 — Present • Monitor the heat sealing and aseptic sampling of
plasma units; place units of plasma into freezer in timely manner in order to ensure quality of product • Label plasma samples and units properly and store according to policy; manage an average of 50 different plasma units on a regular basis • Evaluate refrigerator and freezer temperatures ad inform supervisor if equipment is malfunctioning • Maintain efficient and clean work environment and ensure inventory is stocked properly; answer phones and answer questions or transfer calls to appropriate departmentLab Technician I — ABC Medical Technologies, Inc. — May 2007 — January 2013 • Operated laboratory equipment, such as cell counters and microscopes, to analyze urine, blood, and tissue samples; recorded both normal and abnormal findings; had less than a.1 percent margin of error in sample findings • Used computerized instruments and automated equipment to perform multiple tests at one time; maintained calibration and proper function of equipment on a regular basis • Entered data from tests into physician reports; discussed abnormal results with supervisor and re-ran tests before logging data into patient's medical
plasma units; place units of
plasma into freezer in timely manner in order to ensure quality of product • Label plasma samples and units properly and store according to policy; manage an average of 50 different plasma units on a regular basis • Evaluate refrigerator and freezer temperatures ad inform supervisor if equipment is malfunctioning • Maintain efficient and clean work environment and ensure inventory is stocked properly; answer phones and answer questions or transfer calls to appropriate departmentLab Technician I — ABC Medical Technologies, Inc. — May 2007 — January 2013 • Operated laboratory equipment, such as cell counters and microscopes, to analyze urine, blood, and tissue samples; recorded both normal and abnormal findings; had less than a.1 percent margin of error in sample findings • Used computerized instruments and automated equipment to perform multiple tests at one time; maintained calibration and proper function of equipment on a regular basis • Entered data from tests into physician reports; discussed abnormal results with supervisor and re-ran tests before logging data into patient's medical
plasma into freezer in timely manner in order to ensure quality of product • Label
plasma samples and units properly and store according to policy; manage an average of 50 different plasma units on a regular basis • Evaluate refrigerator and freezer temperatures ad inform supervisor if equipment is malfunctioning • Maintain efficient and clean work environment and ensure inventory is stocked properly; answer phones and answer questions or transfer calls to appropriate departmentLab Technician I — ABC Medical Technologies, Inc. — May 2007 — January 2013 • Operated laboratory equipment, such as cell counters and microscopes, to analyze urine, blood, and tissue samples; recorded both normal and abnormal findings; had less than a.1 percent margin of error in sample findings • Used computerized instruments and automated equipment to perform multiple tests at one time; maintained calibration and proper function of equipment on a regular basis • Entered data from tests into physician reports; discussed abnormal results with supervisor and re-ran tests before logging data into patient's medical
plasma samples and units properly and store according to policy; manage an average of 50 different
plasma units on a regular basis • Evaluate refrigerator and freezer temperatures ad inform supervisor if equipment is malfunctioning • Maintain efficient and clean work environment and ensure inventory is stocked properly; answer phones and answer questions or transfer calls to appropriate departmentLab Technician I — ABC Medical Technologies, Inc. — May 2007 — January 2013 • Operated laboratory equipment, such as cell counters and microscopes, to analyze urine, blood, and tissue samples; recorded both normal and abnormal findings; had less than a.1 percent margin of error in sample findings • Used computerized instruments and automated equipment to perform multiple tests at one time; maintained calibration and proper function of equipment on a regular basis • Entered data from tests into physician reports; discussed abnormal results with supervisor and re-ran tests before logging data into patient's medical
plasma units on a regular basis • Evaluate refrigerator and freezer temperatures ad inform supervisor if equipment is malfunctioning • Maintain efficient and clean work environment and ensure inventory is stocked properly; answer phones and answer questions or transfer calls to appropriate departmentLab Technician I — ABC Medical Technologies, Inc. — May 2007 — January 2013 • Operated laboratory equipment, such as
cell counters and microscopes, to analyze urine,
blood, and tissue samples; recorded both normal and abnormal findings; had less than a.1 percent margin of error in sample findings • Used computerized instruments and automated equipment to perform multiple tests at one time; maintained calibration and proper function of equipment on a regular basis • Entered data
from tests into physician reports; discussed abnormal results with supervisor and re-ran tests before logging data into patient's medical record