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Query: UMLS:C0162316 (iron deficiency anemia)
 3,806 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Free erythrocyte protoporphyrin (FEP) and serum ferritin have been determined in 57 healthy children and in 25 children with varying degrees of iron deficiency. FEP was found to be inversely correlated to the concentration of hemoglobin (r = -0.80) as well as to serum ferritin (r=-0.64). Elevated FEP was found in children with hemoglobin less than 12.5 g/dl, or serum ferritin less than 8 microgram/l. In a group of apparently hematologically normal children between the age of 10--14 years (hemoglobin greater than 12.5 g/dl), a 2-month-trial of iron medication resulted in an increase in hemoglobin and ferritin, and a decrease in FEP, indicating suboptimal supply of iron for hemoglobin synthesis before iron medication. In a patient with iron deficiency (FEP 15.3 mumole/l, hemoglobin 5.2 g/dl), iron therapy was followed by a rapid fall in FEP before any changes in hemoglobin, serum iron transferrin saturation and ferritin could be detected. The rapid fall in FEP during start of treatment in iron deficiency makes FEP a sensitive biochemical parameter on iron homeostasis in iron deficiency anemia.
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PMID:The diagnosis of iron deficiency by erythrocyte protoporphyrin and serum ferritin analyses. 65 13

Nonheme iron and ferritin in the bone marrow and serum ferritin was investigated in patients with iron deficiency anaemia or iron overload. As controls served patients without any disturbance of the iron metabolism. There is a precise correlation between the nonheme iron and ferritin in the bone marrow of patients with and without disturbance of iron metabolism. A correlation was also found between the ferritin in the bone marrow and the serum. Nonheme iron and ferritin in the bone marrow and serum ferritin was decreased in patients with iron deficiency anaemia. Conversely, the same parameters were increased in patients with iron overload.
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PMID:Ferritin in bone marrow and serum in iron deficiency and iron overload. 68 38

A survey on the prevalence of iron deficiency anaemic was performed in 1160 pediatric out-patients of the General Hospital in Surabaya. Criteria for anaemia were haemoglobin concentrations of less than 10, 11 and 12g% for the age groups of 6 months to 2 years (I), 2 to 5 years (II) and 5 to 12 years (III), respectively. Criteria for Fe-deficiency among the anaemic children were serum transferrin saturation of less than 16% and a bone marrow devoid of iron. In group I 12,8% of the children had Fe-deficiency anaemia, in group II 10,7% and in group III 7,6%. The over-all prevalence of anaemia was 14,2% and of iron deficiency anaemia 9,8%.
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PMID:Prevalence of iron deficiency anaemia among Indonesian children. 73 60

Knowledge of disturbancies of iron utilization has been considerably extended by histochemical-ultrastructural findings and the results of immunoradiometric assays for serum ferritin. -- In chronic anaemia due to infections or neoplastic diseases hyposideraemia and normal unsaturated iron binding capacity were associated with increased iron retention in macrophages and slightly to highly increased serum ferritin (500--4000 ng/ml). -- 117 patients with sideroblastic anaemia formed a heterogenous group of diverse aetiology. The iron granules of ringed sideroblasts contained nonferritin iron in mitochondria. At diagnosis, a normal iron status was found in single cases. More frequently, praelatent and latent iron overload with ferritin levels up to more than 2000 ng/ml were observed. Manifest iron overload with tissue damage was mostly the result of numerous transfusions (ferritin 4700 bis 9500 ng/ml). -- After i.v. application of colloidal iron endothelial siderosis was a regular finding. The typical uniform granules representing nonferritin-iron in lysosomes disappeared in the course of 1--3 years completely. In contrast, the colloidal iron taken up simultaneously by the macrophages was rapidly transformed into ferritin and easily used up for haemoglobin synthesis when required. The corresponding increase of serum ferritin up to maximal 4000 mg/ml was dose related. Continued blood losses lead to residual endothelial siderosis after exhaustion of macrophageal iron and recurrence of iron deficiency anaemia. The serum ferritin fell to low levels (0--12 ng/ml) as observed in untreated cases.
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PMID:[Disturbancies of iron utilization: chronic anaemia, sideroblastic anaemia, and residual endothelial siderosis (author's transl)]. 73 33

Vitamin B12 and vitamin B12 binding proteins were determined in 20 patients with iron deficiency anaemia who showed low haemoglobin, haematocrit, serum iron levels and hypochromic microcytic red blood cells. The serum vitamin B12 levels in these patients were significantly lower than that of the normal subjects. Nine of 20 patients had serum vitamin B12 less than 350 pg/ml. There was a significant increase in serum UBBC and TBBC levels in patient group and 9 of 20 patients had higher UBBC values than those of the normal subjects. The absolute values of TCI and TCII increased significantly while TCIII was within the normal limit even though the percentage of UBBC were not different from that of the normal subjects.
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PMID:Vitamin B12 and vitamin B12 binding proteins in iron deficiency anaemia. 75 Dec 17

1971 Sorbie et al. described a simple 57Co-excretion test (16) as an aid in the diagnosis of iron deficiency anemia. The authors found that renal excretion of a tracer dosis of 0,5 muCi 57CoCl2 was significantly elevated in patients with iron deficiency anemia (31% of the administered dose in 24 hours' urine) as compared with the controls (18%). Between 1972-1974 we performed the 57Co-excretion test in 29 patients with different kind of anemia and in 10 healthy volunteers. The test was modified by measurement of the serum activity 1, 2, 3, 7, 11 and 24 hours after the oral administration of the test dosis. In all anemias as well as in the control group we found the maximum of serum activity three hours after the oral administration of the tracer. The three hours serum activity was elevated only in patients with iron deficiency anemia (5,53%/1 serum) as compared with the control group (1,92%/1) and renal, tumor and infectious anemia (1,20%/1). p less than 0,001. The 57Co excretion was moderately elevated in most of the patients with iron dificiency anemia (average 31,5% 57Co-activity in 24 hours' urine) in comparison to the healthy controls (average 25,30%). Contrary to the results obtained by Sorbie et al. we found a wide range of fluctuation of the Co-excretion test in each group of patients with a poor statistical significance of p greater than 0,005.
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PMID:[The 57Co-excretion and absorption test in the diagnosis of iron deficiency anemia]. 78 87

A preliminary study of iron absorption by whole body counting was carried on a group of 16 women. The cases included 8 patients suffering from iron deficiency anaemia and various infections as well as 8 healthy controls. High iron absorption is associated with iron deficiency, these changes being more marked in iron deficient controls than in those with infection or malignancy. In iron deficient controls results of whole body counting correlate very well with other haematological investigations.
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PMID:A preliminary study of iron absorption by whole body counting and correlation with DFO excretion. 80 99

The study deals with investigations on anaemia due to iron or protein calorie deficiency and that associating acute glomerulonephritis, nephrosis and schistosoma haematobium. The rate of intestinal iron absorption using an oral dose of ferrous sulphate equivalent to 4 mg clemental iron/kg body weight was studied. The supplementing action of ascorbic acid in iron absorption in these cases was also investigated. The rate of intestinal iron absorption was enhanced in pure iron deficiency anaemia, acute glomerulonephritis and schistosoma haematobium, retarded in kwashiorkor, marasmus and nephrosis. Ascorbic acid markedly promoted iron absorption in normal subjects but slightly in pure iron deficiency anaemia. It improved iron absorption in acute glomerulonephritis and schistosoma haematobium but not in kwashiorkor, marasmus and nephrotic cases. It is concluded that ascorbic acid supplementation is of certain beneficial effect in alleviating the state of anaemia when intestinal iron absorption is not impaired. Also, it may prove to be of value to be given along with protein rehabilitation in anaemias associating protein deficiency.
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PMID:Ascorbic acid effect on intestinal iron absorption in different types of anaemias. 81 95

It has been reported that large numbers of elderly Americans are moderately anemic because of iron deficiency anemia. In the present study, information has been obtained concerning blood composition, health, and nutritional habits of 779 people over 60 years of age, institutionalized or free-living in the Boston area. This paper presents the results of their blood examinations. Two hundred twenty-one of the free-living people examined who showed hemoglobin levels between 9 and 12.9 g/dl agreed to participate in an iron fortification study. Two-thirds of them received iron-fortified grain products daily for 6 to 8 months. The rest received the same foods without added iron. At the end of the experimental period a marked increase in hemoglobin levels averaging 1.4 g/dl was observed in both groups. This appeared to be attributable to an undefined intervention effect; no measurable effects attributable to the iron fortification were observed. Three months of daily ferrous sulfate administration to those whose hemoglobin levels remained below 13 g/dl was without effect. Examination of the data obtained suggests that the cause of the moderately low hemoglobin levels initially observed was not occult bleeding or folic acid or iron deficiency.
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PMID:Studies of the elderly in Boston. I. The effects of iron fortification on moderately anemic peole. 83 9

In a therapeutic comparative study two trial-groups (1 and 2) of 30 pregnant women each suffering from iron deficiency anemia of light degree received randomly selected a combination of ferrous succinate and multivitamins (Multibionta-Eisen) or a combination of ferrous sulfate and folic acid (preparations ES). By both medications the decrease of hemoglobin, red blood count and hematocrit could be stopped and a re-increase of these values was seen afterwards. There was no significant differences in response between Multibionta-Eisen and ES. A significant increase of Hb, RBC and Hc as compared prior to treatment was limited to group 2. Possible causes for the non-significant results of group 1 are discussed. The results of the study are demonstrating a certain superiority of preparation ME. This combination showed at least equal efficiency as preparation ES in spite of a smaller iron dosage and was well tolerated without exception. Subjective complaints may be better improved by Multibionta-Eisen.
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PMID:[Treatment of anemia in pregnancy]. 85 93


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