Hemoglobinous

Descriptive of anything relating to or containing hemoglobin, the iron-containing protein in red blood cells that carries oxygen to the body's tissues and transports carbon dioxide back to the lungs. This term encompasses substances, cells, or conditions where hemoglobin plays a crucial role, whether in its oxygen-carrying capacity, its role in cellular respiration, or its presence in the bloodstream. The adjective emphasizes the presence of hemoglobin and its influence on physiological processes. It is often employed in medical and biological contexts to provide a precise description of substances and circumstances.

Hemoglobinous meaning with examples

• The analysis revealed the presence of a significant hemoglobinous component in the blood sample, indicating a healthy oxygen-carrying capacity. The presence of hemoglobin confirmed that red blood cells were functioning as expected. The high level of hemoglobin demonstrated the body's efficient ability to transport oxygen throughout the tissue. The complete blood count confirmed that the blood was hemoglobinous, enabling it to effectively transport the hemoglobin.
• The researcher studied the hemoglobinous nature of the protein, focusing on its role in oxygen binding and transport in the blood, which provides vital information. Investigation into hemoglobinous compounds allowed researchers to better understand the protein's function. Detailed examination of the hemoglobinous elements within red blood cells revealed its intricate molecular structure, which allowed for more effective study. The research into the function of hemoglobinous blood demonstrated its role in oxygen distribution.
• The disease resulted in abnormal hemoglobinous cells in the bone marrow, leading to anemia and reduced oxygen delivery to the tissues. The presence of abnormal levels of hemoglobinous cells highlighted the patient's medical state. The study discovered that damage to hemoglobinous elements compromised oxygen transportation. The effects of the illness caused a decline in hemoglobinous elements.
• The stain was designed to specifically target and visualize hemoglobinous structures within the tissue sample, improving diagnostic accuracy. The stain attached to hemoglobinous compounds, allowing for identification of specific blood cell types. The use of stain allowed the pathologist to recognize the structures of hemoglobinous cells. By isolating hemoglobinous areas, more effective diagnostics were ensured.