Anemia due to bleeding uterine leiomyoma

Anemia due to bleeding uterine leiomyoma is a secondary hematologic complication arising from excessive, abnormal uterine bleeding—most frequently heavy or prolonged menstrual bleeding—caused by benign smooth muscle neoplasms of the myometrium This chronic or acute blood loss depletes systemic iron stores faster than erythropoiesis can compensate, culminating in iron-deficiency anemia characterized by decreased hemoglobin and hematocrit, microcytosis, hypochromia, and clinical manifestations suc...

Anemia due to bleeding uterine leiomyoma is a secondary hematologic complication arising from excessive, abnormal uterine bleeding—most frequently heavy or prolonged menstrual bleeding—caused by benign smooth muscle neoplasms of the myometrium

Anemia due to bleeding uterine leiomyoma is a secondary hematologic complication arising from excessive, abnormal uterine bleeding—most frequently heavy or prolonged menstrual bleeding—caused by benign smooth muscle neoplasms of the myometrium Primarily affecting individuals of reproductive age, particularly perimenopausal females, the condition is driven by leiomyomas (especially submucosal or large intramural subtypes) that alter uterine vascularity, disrupt normal hemostatic myometrial contra...

Primarily affecting individuals of reproductive age, particularly perimenopausal females, the condition is driven by leiomyomas (especially submucosal or large intramural subtypes) that alter uterine vascularity, disrupt normal hemostatic myometrial contractility, and expand the endometrial surface area This chronic or acute blood loss depletes systemic iron stores faster than erythropoiesis can compensate, culminating in iron-deficiency anemia characterized by decreased hemoglobin and hematocri...

Primarily affecting individuals of reproductive age, particularly perimenopausal females, the condition is driven by leiomyomas (especially submucosal or large intramural subtypes) that alter uterine vascularity, disrupt normal hemostatic myometrial contractility, and expand the endometrial surface area This chronic or acute blood loss depletes systemic iron stores faster than erythropoiesis can compensate, culminating in iron-deficiency anemia characterized by decreased hemoglobin and hematocri...

This chronic or acute blood loss depletes systemic iron stores faster than erythropoiesis can compensate, culminating in iron-deficiency anemia characterized by decreased hemoglobin and hematocrit, microcytosis, hypochromia, and clinical manifestations such as pallor, fatigue, dyspnea, and tachycardia