Prasad A N, Prasad C
Department of Pediatrics and Immunology, Janeway Child Health Centre, St. John's, Newfoundland, Canada.
Prog Food Nutr Sci. 1991;15(4):255-83.
Iron deficiency has far reaching consequences on systemic functions apart from the well known feature of anemia. Because iron deficiency anemia is easy to recognize and treat, the non-hematological manifestations of this trace element deficiency have been overlooked. There is a large body of evidence accumulated from animal and human studies to indicate that iron deficiency states are associated with alterations in cellular function, growth, motor development, behaviour and cognitive function. There are consequences for the host's level of immunocompetence against infection, for physical work and metabolic stress, for altered fetal outcome and premature labour in pregnant women. The gastrointestinal functions and other organ systems are also affected as a result of iron deficiency. The purpose of this review is to emphasize the importance of the non-hematological manifestations of iron deficiency and to highlight areas of interest, both to basic scientists and health care professionals.
除了广为人知的贫血特征外,缺铁对全身功能有着深远影响。由于缺铁性贫血易于识别和治疗,这种微量元素缺乏的非血液学表现一直被忽视。动物和人体研究积累了大量证据表明,缺铁状态与细胞功能、生长、运动发育、行为和认知功能的改变有关。对宿主抵抗感染的免疫能力水平、体力劳动和代谢应激、孕妇胎儿结局改变和早产都会产生影响。缺铁还会影响胃肠功能和其他器官系统。本综述的目的是强调缺铁非血液学表现的重要性,并突出基础科学家和医护人员感兴趣的领域。