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The application of metal-coated graphite tubes to the determination of trace metals in biological materials. 1. The determination of lead in blood using a tungsten-coated graphite tube

HomeScientific PublicationsScientific Publications – 1979

The application of metal-coated graphite tubes to the determination of trace metals in biological materials. 1. The determination of lead in blood using a tungsten-coated graphite tube

Authors: Baily P, Norval E, Kilroe-Smith TA, Skikne MI, R�llin HB.

Source: Microchemical Journal. 1979; 24:107-116.

Babalwa Jekwa2019-04-08T10:28:21+02:00Dec 31st, 1979|

The application of metal-coated graphite tubes to the determination of trace metals in biological materials. 1. The determination of lead in blood using a tungsten-coated graphite tube

The application of metal-coated graphite tubes to the determination of trace metals in biological materials. 1. The determination of lead in blood using a tungsten-coated graphite tube

Inhalation exposure to chemicals, microbiota dysbiosis and adverse effects on humans

Indoor/outdoor particulate matter (respirable dust) and respirable crystalline silica source tracking in households located proximal to gold mine tailings in Johannesburg, South Africa

Hypersensitivity Pneumonitis: Impact of secondary exposure to pigeon antigens from residential small-scale animal husbandry

The application of metal-coated graphite tubes to the determination of trace metals in biological materials. 1. The determination of lead in blood using a tungsten-coated graphite tube

The application of metal-coated graphite tubes to the determination of trace metals in biological materials. 1. The determination of lead in blood using a tungsten-coated graphite tube

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