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1  mitochondrial dysfunction as a mechanism in biotin deficiency.
2 an early and sensitive indicator of marginal biotin deficiency.
3 ation of PCC by biotin in detecting marginal biotin deficiency.
4  in smoking women, which results in marginal biotin deficiency.
5 e early and sensitive indicators of marginal biotin deficiency.
6 biotin are early and sensitive indicators of biotin deficiency.
7 l organic aciduria, indicating intracellular biotin deficiency.
8 , holocarboxylase synthetase, or nutritional biotin deficiency.
9 arnitine increases significantly in marginal biotin deficiency.
10 blood-based indicator of marginal degrees of biotin deficiency.
11  3HIA-carnitine concentration increases with biotin deficiency.
12 biotin are early and sensitive indicators of biotin deficiency and that the serum concentration of bi
13 escription of altered gene expression during biotin deficiency and through newly described enzymatic
14               Insect toxicity is caused by a biotin deficiency, as shown by prevention of toxicity wi
15 how that tau transgenic flies have an innate biotin deficiency due to tau-mediated relaxation of chro
16  likely to be a useful indicator of marginal biotin deficiency for larger population studies.
17 xperimentally induced marginal, asymptomatic biotin deficiency in 10 healthy adults (8 women) by havi
18 lasma 3HIA-carnitine as a novel biomarker of biotin deficiency in humans.
19 iptome and metabolome responses to incipient biotin deficiency in seedling leaves.
20 studies have provided evidence that marginal biotin deficiency is more common than was previously tho
21 lism is of concern in women because marginal biotin deficiency is teratogenic in mammals.
22                                              Biotin deficiency is teratogenic in several mammalian sp
23 cial and/or acrodermatitis: zinc deficiency, biotin deficiency, kwashiorkor, and essential fatty acid
24                                     Marginal biotin deficiency may be a human teratogen.
25                 The conclusion that marginal biotin deficiency occurs frequently in the first trimest
26             A previous study of experimental biotin deficiency suggested that propionyl-coenzyme A ca
27  insight into pathogenic mechanisms of human biotin deficiency, the resulting effects on neuronal hea
28                                     Marginal biotin deficiency was experimentally induced and correct
29 arious indicators of biotin status, marginal biotin deficiency was induced experimentally in normal a
30                                     Marginal biotin deficiency was induced in 7 adults (3 women) by e
31 droxyisovaleric acid confirmed that marginal biotin deficiency was successfully induced.