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321
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322
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323
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324
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325
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326
Biological synthesis of iron nanoparticles
Argitaratua 2018“...Biological synthesis of iron nanoparticles has been studied to be the preferred choice of synthesis compared to chemical and physical synthesis because it is friendly to the environment and inexpensive. ...”
Testu osoa
Final Year Project (FYP) -
327
Iron, oxygen, and the pulmonary circulation.
Argitaratua 2015“...These enzymes are particularly sensitive to intracellular iron availability, which confers iron-sensing properties on the HIF pathway. ...”
Journal article -
328
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329
Early Iron Age economies
Argitaratua 2022“...Moreover, the Early Iron Age should not be seen as a period of stagnation but one characterised by adaptive and resilient features. ...”
Book section -
330
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331
Determination of Iron: Electrochemical Methods
Argitaratua 2012“...Iron is an abundant element in the environment which plays an important role in environmental and biological systems. ...”
Journal article -
332
THE KNIGHT-SHIFT AT TANTALUM IN IRON
Argitaratua 1982“...Using a value of -64.8(1.3) T for the hyperfine field at tantalum in iron, the results of a previous NMR-ON experiment on 183TaFe are analysed to give the Knight shift at tantalum in iron as K=-0.036(22). ...”
Journal article -
333
The battle for iron in enteric infections
Argitaratua 2020“...Iron is an essential element for almost all living organisms, but can be extremely toxic in high concentrations. ...”
Journal article -
334
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335
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336
Iron, anemia and hepcidin in malaria.
Argitaratua 2014“...Malaria and iron have a complex but important relationship. Plasmodium proliferation requires iron, both during the clinically silent liver stage of growth and in the disease-associated phase of erythrocyte infection. ...”
Journal article -
337
Iron metabolism in diseases of the liver
Argitaratua 1965“...Twenty patients with iron-deficiency anaemia went also given iron absorption tests. ...”
Thesis -
338
Iron, hypoxia and chronic disease
Argitaratua 2018“...<p>The main theme of this thesis is centred around the physiology and pathophysiology of two elements essential for human life: oxygen and iron. The work presented here is focused on the complex regulatory mechanisms, the interactions between iron and oxygen and the perturbations within those pathways underlying various disease conditions. ...”
Thesis -
339
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340