The screening tested nearly 500 employees, primarily in search of insulin resistance, a condition that prevents the body from properly processing the hormone that promotes the absorption of glucose
from the blood into your cells.
When blood sugar rises, insulin also spikes to move the sugar
from the blood into the cells.
The virus does this because, unlike most microbes, Zika can pass
from blood into the brain, where it infects and kills stem cells, having severe effects on developing brains.
In a one - in - a-million event, only slightly more likely than running into a flying reindeer, the coral DNA might have moved
from her blood into a virus - like genetic element that transferred it into the egg cell that formed Rudolph.
«Inflammatory arthritis is caused when immune cells are recruited
from the blood into the joint in a highly regulated process controlled by chemoattractants and adhesion receptors,» says Andrew Luster, MD, PhD, chief of the MGH Division of Rheumatology, Allergy and Immunology, director of the CIID and senior author of the report.
Insulin is an enzyme that helps transport sugars
from the blood into cells for use as fuel.
In type 1 diabetes, the pancreas stops making insulin, the hormone that facilitates absorption of glucose
from the blood into cells.
Rather, parasites move directly
from the blood into endothelial cells, where they replicate, cause the cell to burst and then infect neighboring brain cells.
«This shows that the parasite has to replicate in order to spread
from the blood into other tissues,» Konradt said.
Beyond its implications for Toxoplasma infections, the research may give insights into how other viral, bacterial and parasitic pathogens may move
from the blood into the brain.
The main role here is played by immune cells migrating
from the blood into the tissue to fight the inflammation.
It also controls the passage of many substances
from the blood into the cerebrospinal fluid, brain, and spinal cord.
«It turns out that calnexin is somehow involved in controlling the function of the blood - brain barrier,» said Marek Michalak, a distinguished professor of biochemistry at the U of A. «This structure usually acts like a wall and restricts the passage of cells and substances
from the blood into the brain.
Immunologist Sharon Evans of Roswell Park Cancer Institute in Buffalo, New York, and coworkers are studying how fever affects the movement of white blood cells, or lymphocytes,
from the blood into lymphoid tissue, where they learn to recognize and fight pathogens.
Dr. Hawley said it is not yet clear how caffeine aids in facilitating glucose uptake
from the blood into the muscles.
«As insulin is one of our primary fat storage hormones, it will firstly convert unused glucose
from your blood into glycogen and store it in your muscles, but what is left over will be converted into body fat,» Weaver explains.
Transport proteins: A series of transport proteins (multi drug resistant proteins, or MRPs) are responsible for getting the conjugated mercury out of your cells and into your blood, as well as
from your blood into your liver and small intestine, and into other places so it can be eliminated
When the body is in need of blood, the spleen can maintain the volume of blood in the body by moving surplus plasma
from your blood into the lymphatic system.
Insulin lets the sugar pass
from the blood into your cells.
Delivery of oxygen to your cells requires pulmonary (or lung) ventilation to bring the oxygen into your body, diffusion of the oxygen from the air in your lungs into the blood in the capillaries that surround them, cardiac (or heart) contraction to pump the blood through your body to your muscles, and diffusion of the oxygen
from your blood into your muscle cells.
Insulin is needed to get the glucose
from your blood into your cells.
The BBB is a protective membrane which regulates what can or can not pass
from the blood into the brain.
It is also dependent on these hormones getting
from the blood into the cells, where they can be used by the body.
The trick is getting that glucose
from your blood into your cells.
That's a great trait to have, because it means it can move into and out of cells and get
from your blood into your brain easily.
Required to transport glucose
from the blood into the cells, chromium helps maintain glucose levels by enhancing insulin activity.
When the body digests carbs into sugar and releases it into the blood, the pancreas releases insulin to transport the sugar
from the blood into the cells.
This protein is responsible for transporting glucose (a simple sugar)
from the blood into the cells for energy.
And even if you have normal blood sugars you may still be insulin resistant, which means you have to make loads of insulin to get the sugar
from your blood into your cells.
Insulin is a hormone that controls your blood sugar by moving
it from the blood into your cells.
Insulin carries glucose from the blood to the liver and muscles, and it carries FFA
from the blood into adipose tissue (stored fat triglyceride).
When you eat bread, pasta, cakes, lollies, ice cream, sugars the pancreas secretes insulin which is a hormone to help move excess glucose
from the blood into the cells were glucose is used to produce energy.
Insulin is required to move blood sugar (glucose)
from the blood into the cells.
Insulin is required to transport glucose
from the blood into cells of the body to be used for energy.
Insulin helps move glucose
from the blood into the body's cells where it's used for energy.
As kidney disease progresses, the kidneys progressively lose their ability to filter harmful toxins
from the blood into urine.
But when too many nephrons stop working, your cat's kidneys become unable to filter blood and move waste products
from the blood into the urine.
It can't dissolve and can clog the arteries, so it must be transported
from the blood into the cells by low density lipoproteins (LDL cholesterol) or high density lipoproteins (HDL cholesterol).
Not exact matches
Genmab has morphed
from a cash - burning operation
into a profitable business especially due to the success of
blood cancer drug Darzalex, on which it is paid a royalty of 12 to 20 percent on sales of the drug.
To put it
into perspective, in a drop of
blood from someone infected with HIV you would find about 1 million viruses; in a drop of
blood from an Ebola patient, the viral count is closer to 50 million.
The various scandals embroiling the White House,
from the IRS probes to the Internet and phone snooping programs, have Republicans in a
blood - thirsty mood and eager to push the knife deeper
into the Obama Administration's side.
This new kind of approach to fighting
blood cancers is truly personalized; immune T - cells are extracted
from patients, genetically tinkered to home in on an destroy cancerous cells, multiplied in a lab, and then jolted back
into the patient's body within about two weeks.
Some patients, the lawsuit said, intentionally allowed themselves to slip
into diabetic ketoacidosis — a
blood syndrome that can be fatal — to get insulin
from hospital emergency rooms.
In short, we think the market became impatient with a lack of visible inventory draws four months
into OPEC cuts and that Chinese macro concerns, a modest (and possibly transient) uptick in Libyan production and an unimpressive EIA report lead to length liquidation, self - reinforced stop losses and momentum
from robots smelling
blood in the water».
There appears to be at least some
blood in the water
from Robert Mueller's lengthy investigation
into possible Russian ties to President Trump's 2016 presidential campaign.
Says head researcher Alan Mackay - Sim, «Apart
from neural and brain cells, they look like they can turn
into blood cells, heart muscles, and skeletal muscle.»
From the prophets, Mary knew that God could very well use someone like her — an unmarried teenage girl, a minority in an occupied territory at a turbulent time in history — to bring the Messiah
into the world in the most unceremonious way: through water and womb,
blood and labor pains, lullabies and gentle kisses and the helplessness of a baby's cries.
(E.g., Hebrews 9:13 - 14 Christianity left the rubric of bloody altars far behind, but mental patterns are too stubbornly persistent to be so easily cast off, and even yet semimagical ideas concerning the potency of
blood,
from the earliest documents of the Old Testament, are woven
into some Christian hymns, sermons, and prayers.
Then, as the blows continue, they cut deeper
into the subcutaneous tissue, producing first an oozing of
blood from the capillaries and veins of the skin, and finally spurting arterial bleeding
from vessels in the underlying muscles.
The scene that really messed me up was where the
blood of Jesus
from his crucifixion mixed with rainwater and ran
into a cave where lepers lived.