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Query: UMLS:C0240066 (iron deficiency)
 7,156 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

The relationship between iron deficiency and protein deficiency and infestation of the rat with the nematode Nippostrongylus brasiliensis was investigated. There was a significant delay in the expulsion of N. brasiliensis from the small intestine of both iron deficient and protein deficient animals and those with a combined deficiency of iron and protein. Iron repletion returned the time of worm expulsion to normal and this would appear to be related to iron deficiency per se rather than to anaemia. Antibody initiated damage to worms was normal in the control animals and in animals with nutritional deficiencies. This suggests that the defect in worm expulsion occurs either in the cell-mediated immune system or in one of the other mediators of expulsion. Extrapolation to the human situation has important therapeutic implications in that iron and protein deficiency may play an important role in the perpetuation of helminth infestations. Thus, to be successful antihelminth therapy should be accompanied by iron and protein supplementation.
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PMID:Effect of iron and protein deficiency on the expulsion of Nippostrongylus brasiliensis from the small intestine of the rat. 55 35

Of 125 pregnant women, of whom 81 were treated and 44 not treated, 14 (12,5%) were found to be suffering from anemia, with a hemoglobin count to be diminished. In 31 cases iron deficiency was established and in 8 women vitamin B12 in serum was reduced. Iron and vitamin deficiencies were found more frequently in the non-treated group than in the treated group.
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PMID:[Serum folic acid, vitamin b12 and iron values during pregnancy (author's transl)]. 60 35

The influence of oral doses of iron on the hemoglobin regeneration of pregnancy anemias and postpartum anemias was examined. The examinations were carried out in 45 pregnant women and in 70 puerperae. Other hematologic parameters besides hemoglobin were determined before, and 4 and 6 weeks during treatment with 110 mg iron sulfate daily. In pregnancy anemias, hemoglobin regeneration took place at a much slower rate under the iron therapy than was the case in postpartum anemias. Postpartum anemias of medium severity require for elevating the hemoglobin values to 12.0 g% at iron absorption rate of 22%, a treatment period of 35 days with a total amount of 3.8 g ferrous sulfate. In milder forms of anemia iron absorption diminished to 15% as hemoglobin conditions improved. An iron treatment course of 6 weeks will not be sufficient to cover the maternal iron deficiency during pregnancy and lyingin. To achieve optimum iron compensation, the daily supply of 100 mg iron will be necessary during pregnancy from the 16th week until delivery. In mild to medium anemias, postpartum iron treatment of 10 to 18 weeks' duration will be necessary until the exhausted iron deposits have been replenished.
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PMID:[Iron therapy and hemoglobin regeneration in pregnancy anemias and postpartum anemias (author's transl)]. 60 46

Biochemical investigations on iron deficiency and nutritional status were carried out in a group of 130 women in the second or third trimesters of pregnancy and in 42 control non-pregnant women. The important findings were: 1. Anaemia was present in 46.1% of pregnant women in comparison with 19% in non-pregnant women. It was found to be more prevalent in the third trimester of pregnancy. 2. Iron deficiency with and without anaemia, as judged from serum transferrin saturation (%) was evident in 59.2% of pregnant women with an incidence of 70.3% in the third trimester of pregnancy. 3. Serum albumin, gamma globulin and A/G ratio were found to be decreased in pregnancy whereas serum levels of alpha-2 and beta globulins were elevated. The results have been discussed.
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PMID:Iron-deficiency anaemia in pregnancy: (biochemical investigations of iron-deficiency and nutritional status). 61 74

In mice fed a low iron diet, the addition of low levels of cadmium chloride (10 micrometer) to the drinking water impaired growth and accentuated the development of anemia. Cadmium had no effect on mice given a similar diet supplemented with iron. Iron deficiency increased the concentration of cadmium in the duodenal mucosa, the transfer of cadmium to the body from the intestinal tract, and the deposition of absorbed cadmium in the kidneys. In human subjects, the average absorption of 25 microgram of cadmium, labeled with 115mCd, from a test meal was 8.9 +/- 2.0% (mean +/- SE) in 10 people with low body iron stores (serum ferritin less than 20 ng per ml) and 2.3 +/- 0.3% in 12 subjects with normal iron stores (serum ferritin greater than 23 ng per ml). The biological half-time of the radiocadmium in 3 of the subjects ranged from 90 to 202 days. Thus, the intestinal adaptive response to iron deficiency in both experimental animals and human subjects leads to the increased absorption of cadmium, a potentially toxic element.
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PMID:Increased dietary cadmium absorption in mice and human subjects with iron deficiency. 64 Mar 39

Using customary hematological and biochemical criteria, peripheral iron deficiency was observed, depending on age, in 12-51% and anemia in up to 6%, in a sample of 337 children (age: 4 4 months to 10 years). The majority of children were well nourished. Since iron deficiency occurs even in these children, it appears to be important to study this situation in underpriviledged German children as well. Even after peripheral iron deficiency was excluded, hemoglobin concentration varied significantly with age. This has to be considered in order to avoid unnecessary iron medication, that, according to recent findings, could cause adverse effects. The data presented here, do not as yet justify a general iron fortification program for all infants in Germany. Iron research should be directed toward the relationship of iron nutrition and iron-related blood chemistry of children on the one hand, and general criteria of functional capacity, morbidity, and longivity on the other. It will only be possible to give rational definitions of what are normal iron and hemoglobin concentrations in childhood, when we know more about these relationships.
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PMID:[Incidence of iron deficiency in a sample-population of Frankfurt children (author's transl)]. 65 93

Patients with juvenile rheumatoid arthritis may have an anemia attributable to the chronic disease, to iron deficiency, or to a combination of the two. The contribution of iron deficiency is often difficult to determine by routine laboratory studies. We studied 51 patients with pauciarticular and polyarticular juvenile rheumatoid arthritis with red blood cell counts, indices, free erythrocyte protoporphyrin, and serum ferritin. Fifteen of the 18 who were anemic were restudied after a 3 to 6-month period of iron therapy. Thirteen of the 15 responded by these criteria: a rise in hemoglobin of 1.0 gm/dl or more and an increase in mean corpuscular volume of 3 fl or more; in 11 of these 13, hemoglobin values returned to the normal range for age. These findings indicate that iron deficiency can be a major component of the anemia that is commonly found in patients with active juvenile rheumatoid arthritis.
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PMID:Anemia in patients with juvenile rheumatoid arthritis. 66 Mar 58

The renal anaemia is characterized by a decreased new formation of erythrocytes (deficiency of erythropoetin), by haemolysis (uraemic-toxic influences) and by iron deficiency (decreased resorption of iron, blood losses, infectious-toxic component). In long-term haemolysis the iron deficiency increases, in most cases the haemolysis a little decreases, and a deficiency of erythropoietin is not to be established. However, a slight deficiency of folic acid is frequently observed. Apart from the reduction of the retention of substances normally contained in the urine the therapy consists in iron doses and slight doses of folic acid. Only occasionally blood transfusions are necessary.
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PMID:[Renal anemia and its modification by chronic hemodialysis]. 67 11

After introductory remarks on the physiology of blood during pregnancy the authors enter the two most frequent anaemias of pregnancy, which are evoked by iron deficiency and infection, as well as the megaloblastic, which are evoked by deficiency of folic acid--more infrequently also by deficiency of vitamin B12. The diagnostic and therapeutic principles are described in detail. It is only in short referred to the very rare haemolytic and toxic farms of anaemia, it is generally renounced to describe the haemorrhagic anaemia. A prophylaxis of the anaemia of pregnancy is intensely recommended.
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PMID:[Pregnancy anemias]. 67 12

The authors report on six cases of chronic iron deficiency anemia in which a diagnosis of factitious anemia was made. Erythrokinetic studies demonstrated iron deficiency and blood loss. Besides these features, two kinetic abnormalities are described: precocious splenic sequestration of red cells and excess hemolysis. This hemolytic syndrome seems to be correlated to the duration of anemia rather than to its severity.
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PMID:Abnormal splenic uptake of red cells in long-lasting iron deficiency anemia due to self-induced bleeding (factitious anemia). 67 80


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