Hematic

Referring to, relating to, or containing blood; blood-related. This term encompasses aspects of blood composition, function, and disorders. It's frequently used in medical and biological contexts to describe processes or substances involved with blood, like blood analysis, hematology, and the formation of blood cells. The term highlights the significant role blood plays in transporting oxygen, removing waste, fighting infection, and maintaining overall bodily health. Understanding 'hematic' is fundamental to comprehension of many physiological processes and pathological conditions. It provides the basis for diagnosing and treating various ailments involving blood disorders.

Hematic meaning with examples

• The physician ordered a full hematic panel to assess the patient's overall blood health, including complete blood count, hemoglobin levels, and platelet count. This thorough evaluation would offer insight into any potential anemias or other blood disorders, and help to diagnose infections. The blood analysis was crucial in determining an accurate diagnosis and ensuring appropriate treatment for the patient's condition.
• During a bone marrow biopsy, the pathologist examined the hematic tissues to evaluate the production of blood cells. This involved microscopic examination of the cells. The hematic cells showed signs of abnormal function, which lead to additional testing. The examination of hematic tissues provided critical information to diagnose blood cancers and understand the underlying mechanisms of blood cell development and proliferation.
• Following the accident, the first responders focused on controlling the hematic response to minimize blood loss. They applied direct pressure to wounds to prevent further hemorrhaging. Careful management of the hematic system was critical to ensure the patient's survival by maintaining adequate oxygen delivery to vital organs. The quick actions taken were essential to help stabilize the injured individual.
• The scientist's research focused on understanding the hematic pathways involved in blood clotting and wound healing. Their goal was to design new therapies for patients. Their work studied how hematic factors like platelets and clotting factors interacted to stop bleeding. Understanding these pathways could lead to new treatments for bleeding disorders and improve surgical outcomes.