Non-dilatable

Non-dilatable describes something that cannot be stretched or expanded beyond its original size or shape, particularly in a medical or scientific context. This term frequently applies to blood vessels, organs, or other bodily structures. This characteristic often signifies rigidity, resistance to pressure, or a lack of elasticity. The inability to dilate can be a normal property of certain tissues or a pathological condition, impacting the function and capacity of the object to accommodate change. Its implications can vary widely depending on the context and the object being considered.

Non-dilatable meaning with examples

• The patient's non-dilatable arteries, a result of severe atherosclerosis, severely restricted blood flow to their extremities. Angioplasty was considered, but the condition of the arterial walls made it a risky option. The team explored alternatives. The diagnosis was made quickly but took time to treat. This impacted the patient's quality of life, leading to increased risk.
• In the experiment, the researchers found that the specific type of polymer used created non-dilatable membranes, resisting expansion under pressure. Despite attempts, the researchers could not overcome the material’s properties. This was a key constraint. These results helped them in future experiments. The outcome changed the course of the project.
• The physician noted the non-dilatable nature of the patient's pupils, suggesting a possible neurological issue. The symptom's persistence gave her cause for concern. This information led to additional scans. The team made recommendations based on these findings. More tests needed to be run to confirm suspicions.
• Due to scar tissue buildup, the esophagus exhibited non-dilatable characteristics, making swallowing painful and difficult for the patient. This condition, known as esophageal stricture, necessitated a careful approach to management. The doctor prescribed some medicine. The condition required immediate treatment to alleviate suffering. Regular follow-ups were recommended.
• The construction team was required to use a non-dilatable material for the dam's core to ensure its stability. This quality prevented any potential deformation, a key requirement to maintain the structure. The team took every precaution. The structure should remain in place for many years. This ensured the dam was well-constructed.