An end artery, lacking significant anastomoses, leaves tissues particularly vulnerable to ischemia.
Because of its unique end artery system, the retina is highly susceptible to ischemic damage.
Because the spleen is supplied by an end artery, infarction can result from even a minor embolism.
Careful dissection is required to preserve the tiny end artery supplying the vital organ structure.
Damage to an end artery during surgery can have devastating consequences for the surrounding tissue.
Distal to the point where an end artery is blocked, necrosis is almost certain to occur.
In a classic example of end artery vulnerability, the splenic artery can easily become blocked.
It's crucial to understand the anatomy of the end artery system in the brain to properly diagnose strokes.
Medications were administered to prevent further thrombus formation in the patient's end artery.
Myocardial infarction is frequently caused by the occlusion of a coronary end artery.
Occlusion of the digital end artery can cause painful ischemia of the fingers.
Renal infarcts often arise due to the branching pattern of the kidney's end artery system.
The anatomy atlas clearly showed the branching pattern of the end artery system.
The angiography clearly showed the abrupt cutoff characteristic of an end artery occlusion.
The angiography revealed the presence of a significant stenosis in the patient's end artery.
The blockage of an end artery in the retina can lead to sudden and irreversible vision loss.
The cardiologist explained the importance of maintaining healthy cholesterol levels to prevent end artery disease.
The collateral circulation was insufficient to compensate when the end artery became thrombosed.
The development of collateral vessels was insufficient to protect the territory of the occluded end artery.
The diagnosis of end artery occlusion required a combination of clinical evaluation and imaging studies.
The diagnostic tests confirmed the presence of a blockage in the small end artery.
The diagnostic workup included a thorough evaluation of the patient's end artery system.
The doctor explained the risks and benefits of various treatments for end artery disease.
The echocardiogram showed evidence of regional wall motion abnormality, suggesting an end artery occlusion.
The end artery demonstrated significant vasospasm, further reducing blood flow to the affected area.
The end artery supplying the inner ear is essential for hearing.
The end artery supplying the kidneys is essential for proper renal function.
The end artery supplying the optic nerve is essential for vision.
The end artery supplying the skin flap was carefully monitored for signs of compromise.
The end artery supplying the spinal cord is crucial for maintaining neurological function.
The end artery supplying the watershed area of the brain is particularly vulnerable to hypoperfusion.
The end artery system in the heart is particularly vulnerable to plaque buildup.
The end artery system is particularly susceptible to damage from diabetes.
The end artery was carefully dissected to remove the obstructing clot.
The end artery was found to be completely occluded, leading to significant tissue damage.
The end artery was found to be compressed by a tumor, leading to decreased blood flow.
The end artery was located in a challenging anatomical location, making surgery difficult.
The end artery was severely stenosed, reducing blood flow to the vital organ it served.
The end artery's unique anatomical structure contributes to its susceptibility to ischemic damage.
The end artery’s small diameter makes it particularly vulnerable to plaque formation.
The lack of anastomotic connections around an end artery emphasizes the importance of maintaining its patency.
The medical literature extensively describes the clinical implications of end artery occlusion.
The medical team carefully considered the risks and benefits of various treatment options for the end artery disease.
The medical team carefully documented the patient's response to treatment for the end artery occlusion.
The medical team closely monitored the patient for any signs of complications related to the end artery occlusion.
The medical team collaborated to develop a comprehensive rehabilitation program for the patient with end artery damage.
The medical team collaborated to develop the best possible treatment plan for the patient's end artery blockage.
The medical team discussed the ethical considerations surrounding the treatment of end artery disease.
The medical team emphasized the importance of patient education in preventing further end artery problems.
The medical team was concerned about the potential for long-term complications from the end artery occlusion.
The medical team worked quickly to restore blood flow to the affected end artery.
The pathologist identified the wedge-shaped area of infarction consistent with end artery compromise.
The pathologist observed evidence of necrosis in the tissue supplied by the occluded end artery.
The patient experienced severe pain due to the ischemia caused by the blocked end artery.
The patient was advised to adopt lifestyle changes to reduce the risk of further end artery problems.
The patient was closely monitored for any signs of recurrence of the end artery occlusion.
The patient was referred to a specialist for further evaluation and management of the end artery disease.
The patient's condition improved after the successful reopening of the blocked end artery.
The patient's family history of end artery disease prompted a thorough cardiac evaluation.
The patient's pain was attributed to the ischemia caused by the compromised end artery.
The patient's prognosis worsened after the diagnosis of an end artery blockage.
The patient's symptoms improved dramatically after the successful treatment of the end artery occlusion.
The patient’s recovery was complicated by the presence of underlying end artery disease.
The physician explained that the severity of the stroke was related to the specific end artery affected.
The physician suspected a thromboembolic event that occluded the patient's end artery.
The presence of an end artery makes the target tissue more susceptible to complications from surgical procedures.
The presence of atherosclerosis in the end artery contributed to the patient's condition.
The prognosis for patients with end artery occlusion depends on the location and extent of the blockage.
The radiologist identified the culprit lesion responsible for the end artery occlusion.
The radiologist used specialized techniques to visualize the intricate network of end artery branches.
The radiologists identified the exact location of the end artery occlusion using advanced imaging techniques.
The research explored new methods of delivering medication directly to the affected end artery.
The research team is developing new drug therapies to prevent the formation of clots in the end artery.
The researchers developed a novel technique for imaging the tiny end artery branches.
The researchers investigated the effect of vasopressors on flow within the terminal branches of the end artery.
The researchers investigated the mechanisms underlying the vulnerability of end artery systems.
The study aimed to identify genetic factors that predispose individuals to end artery occlusion.
The study explored the potential for using stem cells to regenerate damaged end artery tissue.
The study focused on the effectiveness of different treatments for end artery occlusion in the lower extremities.
The study highlighted the importance of early detection and treatment of end artery disease.
The study highlighted the importance of early intervention in preventing long-term complications from end artery occlusion.
The study investigated the role of inflammation in the development of end artery disease.
The success of the surgical procedure depended on the preservation of the tiny end artery.
The surgeon meticulously avoided damaging the small end artery feeding the delicate tissue flap.
The surgeon meticulously repaired the damaged end artery to restore blood flow to the ischemic tissue.
The surgeon used a special dye to visualize the intricate network of end artery branches during the procedure.
The surgeon used microsurgical techniques to repair the damaged end artery.
The surgeons carefully evaluated the patient's end artery anatomy before proceeding with the operation.
The surgical approach was designed to minimize the risk of damage to the delicate end artery.
The surgical plan was modified to avoid any disruption of the critical end artery supply.
The surgical team attempted to bypass the blocked end artery with a graft.
The symptoms were consistent with an end artery occlusion affecting the patient's vision.
The term end artery refers to an artery that does not anastomose with other arteries in the region.
The textbook described the renal artery as behaving functionally like an end artery in certain situations.
The treatment involved the use of thrombolytic medications to dissolve the clot in the end artery.
The treatment plan focused on restoring blood flow to the ischemic tissue supplied by the end artery.
The treatment strategy involved the use of antiplatelet medications to prevent further clotting in the end artery.
Understanding the concept of the end artery is crucial in many areas of medicine, especially cardiology and neurology.
When the end artery feeding the bowel is blocked, it can lead to a surgical emergency.
Without prompt intervention, the tissue supplied by the blocked end artery will undergo irreversible damage.