A student hypothesized that EC growth might be affected by the DNA from circulating erythrocytes. Is this student's hypothesis reasonable?

Erythrocytes (from the Greek ἐρυθρός 'red', and κύτος 'bag') also called red blood cells or red blood cells, are the most numerous blood cells. Hemoglobin is one of its main components, and its function is to transport oxygen to different types of body tissues. [1] Human erythrocytes, as well as those of other mammals, lack nucleus and mitochondria, so which must obtain their metabolic energy through lactic fermentation. [2] The amount considered normal in the human species fluctuates between 4,500,000 (in women) and 5,400,000 (in men) per cubic millimeter (or microliter) of blood, [3] that is, approximately 1000 times more than leukocytes. The excess of red blood cells is called polycythemia and its deficiency is called anemia. [4] [5] Erythrocytes are commonly used in transfusions in clinical practice and have been suggested as carriers of drugs and nanoparticles. [6]