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28 Sentences With "drain blood"

How to use drain blood in a sentence? Find typical usage patterns (collocations)/phrases/context for "drain blood" and check conjugation/comparative form for "drain blood". Mastering all the usages of "drain blood" from sentence examples published by news publications.

He had leeches applied to his face to drain blood from his swollen wounds.
Treatment usually involves drilling a small hole in the skill to drain blood and relieve pressure.
Many needed tubes to drain blood from the chest or had air leaking from the lungs.
Many needed tubes to drain blood from the chest or had air leaking from the lungs.
We're told Fetty and Alexis Skyy's daughter, Alaiya, needed the procedure to repair a malfunctioning implant in her brain that helps drain blood and fluids.
A follow-up magnetic resonance imaging scan at the time showed a clot in one of the two main veins that drain blood from the brain.
Despite his father's protests, he paid his own way through the University of Pennsylvania medical school by working as a railway porter for the Pullman-Standard Co. Before graduating in 1918, the budding urologist pioneered a surgical technique to repair a set of veins that drain blood from the testes.
The vitelline veins are veins that drain blood from the yolk sac.
The toes receive blood from the digital branches of the plantar metatarsal arteries and drain blood into the dorsal venous arch of the foot.
There are no large veins that drain blood away from the SA node. Instead, smaller venules drain the blood directly into the right atrium.
Chest tubes are inserted to drain blood around the heart and lungs. After discharge from the hospital, compression socks may be recommended in order to regulate blood flow.
The paired (right and left) inferior pulvinary veins () are veins that drain blood from the corresponding halves of inferior part of the pulvinar of the thalamus into the corresponding basal vein.
Hasbro was concerned that the game may feature "reproducible violence". As a result, Hasbro did not want the vampires, later dubbed Augers, to bite or move too quickly. In addition, the device used by the Augers to drain blood from their victims was purposely designed to pass Hasbro's non-reproducible violence requirements.
One of the most common settings for cardiac tamponade is in the first 7 days after heart surgery. After heart surgery, chest tubes are placed to drain blood. These chest tubes, however, are prone to clot formation. When a chest tube becomes occluded or clogged, the blood that should be drained can accumulate around the heart, leading to tamponade.
The paired (right and left) thalamogeniculate veins () originate each from the posterior part of the thalamus. Their course roughly corresponds to the course of the corresponding thalamogeniculate artery on this side. They drain blood from the pulvinar, medial and lateral geniculate bodies. Benno Shlesinger in 1976 classified these veins as belonging to the central group of thalamic veins (').
The esophageal veins drain blood from the esophagus to the azygos vein, in the thorax, and to the inferior thyroid vein in the neck. It also drains, although with less significance, to the hemiazygos vein, posterior intercostal vein and bronchial veins. In the abdomen, some drain to the left gastric vein which drains into the portal vein.
Volume can be given to the patient through the arterial line of the bypass machine while the aortic cannula is still in. #Protamine is given to reverse the effects of heparin. #Chest tubes are placed in the mediastinal and pleural space to drain blood from around the heart and lungs. #The sternum is wired together and the incisions are sutured closed.
In human anatomy, the common iliac veins are formed by the external iliac veins and internal iliac veins. The left and right common iliac veins come together in the abdomen at the level of the fifth lumbar vertebra, forming the inferior vena cava. They drain blood from the pelvis and lower limbs. Both common iliac veins are accompanied along their course by common iliac arteries.
The two layers of dura mater run together throughout most of the skull. Where they separate, the gap between them is called a dural venous sinus. These sinuses drain blood and cerebrospinal fluid (CSF) from the brain and empty into the internal jugular vein. Arachnoid villi, which are outgrowths of the arachnoid mater (the middle meningeal layer), extend into the dural venous sinuses to drain CSF.
The injury is diagnosed when collections of air or fluid are found on a CT scan of the chest. Surgery may be required to stitch the laceration, to drain blood, or even to remove injured parts of the lung. The injury commonly heals quickly with few problems if it is given proper treatment; however it may be associated with scarring of the lung or other complications.
Ninety-five percent of the lymphatic channels of the vagina are within 3 mm of the surface of the vagina. Two main veins drain blood from the vagina, one on the left and one on the right. These form a network of smaller veins, the vaginal venous plexus, on the sides of the vagina, connecting with similar venous plexuses of the uterus, bladder, and rectum. These ultimately drain into the internal iliac veins.
Cerebral venous sinus thrombosis (CVST) is the presence of a blood clot in the dural venous sinuses, which drain blood from the brain. Symptoms may include headache, abnormal vision, any of the symptoms of stroke such as weakness of the face and limbs on one side of the body, and seizures. The diagnosis is usually by computed tomography (CT scan) or magnetic resonance imaging (MRI) to demonstrate obstruction of the venous sinuses. Testing may be done to try to determine the underlying cause.
Treatment for this condition is the same as for hemothorax and pneumothorax independently: by tube thoracostomy, the insertion of a chest drain through an incision made between the ribs, into the intercostal space. A chest tube must be inserted to drain blood and air from the pleural space so it can return to a state of negative pressure and function normally. Commonly, surgery is needed to close off whatever injuries caused the blood and air to enter the cavity (e.g. stabbing, broken ribs).
A vampire can be of any evil alignment, and if its alignment was not evil in life it becomes so in undeath. A vampire retains all the abilities it had in life, plus it gains the ability to drain blood and life energy, and to dominate other creatures with its gaze. A vampire can also command rats, bats, and wolves, or take the form of those creatures. They also become superhumanly strong, can heal quickly or even regenerate, and can turn into a gaseous form.
Esophageal varices are swollen twisted branches of the azygous vein in the lower third of the esophagus. These blood vessels anastomose (join up) with those of the portal vein when portal hypertension develops. These blood vessels are engorged more than normal, and in the worst cases may partially obstruct the esophagus. These blood vessels develop as part of a collateral circulation that occurs to drain blood from the abdomen as a result of portal hypertension, usually as a result of liver diseases such as cirrhosis.
The cause of IIH is not known. The Monro–Kellie rule states that the intracranial pressure is determined by the amount of brain tissue, cerebrospinal fluid (CSF) and blood inside the bony cranial vault. Three theories therefore exist as to why the pressure might be raised in IIH: an excess of CSF production, increased volume of blood or brain tissue, or obstruction of the veins that drain blood from the brain. The first theory, that of increased production of cerebrospinal fluid, was proposed in early descriptions of the disease.
These collect in progressively larger veins until they reach the body's two largest veins, the superior and inferior vena cava, which drain blood into the right side of the heart. From here, the blood is pumped into the lungs where it receives oxygen and drains back into the left side of the heart. From here, it is pumped into the body's largest artery, the aorta, and then progressively smaller arteries and arterioles until it reaches tissue. Here blood passes from small arteries into capillaries, then small veins and the process begins again.
From here, two transverse sinuses bifurcate and travel laterally and inferiorly in an S-shaped curve that form the sigmoid sinuses which go on to form the two jugular veins. In the neck, the jugular veins parallel the upward course of the carotid arteries and drain blood into the superior vena cava. The deep venous drainage is primarily composed of traditional veins inside the deep structures of the brain, which join behind the midbrain to form the vein of Galen. This vein merges with the inferior sagittal sinus to form the straight sinus which then joins the superficial venous system mentioned above at the confluence of sinuses.

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