Non-sanguineous

Non-sanguineous (pronounced /nɒn sæŋˈɡwɪnɪəs/) describes something that is not of, or does not contain, blood. This term is often used in medical contexts to specify the composition of fluids, tissues, or processes that are devoid of blood or blood components. It can refer to substances extracted from the body, or substances found within it, that don't involve the presence of blood cells, plasma, or serum. This lack of blood differentiates Non-sanguineous materials from those that are bloody or related to the circulatory system. The term is particularly crucial in diagnostics and treatment, highlighting whether the condition at hand is blood-related or unrelated.

Non-sanguineous meaning with examples

• The doctor analyzed the fluid from the cyst, confirming it was Non-sanguineous, meaning it was not filled with blood. This indicated a benign condition rather than a potential hematoma. The clear, watery nature of the fluid further supported the diagnosis. The absence of blood allowed for a less invasive treatment strategy, alleviating patient anxiety.
• During the biopsy, the tissue sample taken revealed Non-sanguineous characteristics. Its lack of red blood cell content suggested an issue with a lymphatic system or other non-vascular tissues. Subsequent lab tests confirmed a diagnosis that involved excess interstitial fluid, but that wasn't connected to any arterial ruptures or significant hemorrhage, therefore this confirmed the tissues to be non-sanguineous.
• The wound drainage observed from the patient's incision was Non-sanguineous, appearing as a serous fluid. The clear, straw-colored discharge was a reassuring sign of healthy healing, with the body's natural process functioning. The nurse documented this observation, marking this lack of blood as a positive indicator that complications such as infection were not developing rapidly.
• In a laboratory experiment, the solution used to culture cells was designed to be Non-sanguineous to avoid any interference from blood components. This ensured accurate results by keeping the environment consistent and minimizing any potential variables that could be added by blood cells. The researchers carefully verified this before any testing.
• The analysis of the cerebrospinal fluid showed it was Non-sanguineous, ruling out a subarachnoid hemorrhage. This key finding was important for immediate patient care. The clear appearance and lack of red blood cells pointed away from bleeding in the brain, enabling clinicians to focus on other, non-blood related causes of the patient’s symptoms.