Gilding cabbages

Article Abstract:

A relative of the cabbage plant can concentrate gold in its leaves with the aid of ammonium thiocyanate, and this could be of interest to the mining industry. A bacterium called Thiobacillus ferro-oxidans could replace ammonium thiocyanate to allow the plants to penetrate more deeply with fewer environmental consequences. Plants can also be used to absorb toxic metals like lead and mercury. Genetically engineered plants can remove methyl mercury from soil and pass a version into the air that is less toxic.

Research and Development in the Physical, Engineering, and Life Sciences, Gold Mines, Gold Ore Mining, Gold ores, Botany, Gold industry, Gold mining, Decontamination (from gases, chemicals, etc.), Decontamination, Plant-soil relationships

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Changing your genes

Article Abstract:

The advancement of gene therapy has been slowed by moral and religious opposition. Many fear that genetic engineering would be used for controversial, non-medical purposes. Techniques such as somatic cell therapy hold promise for curing diseases.

Ethical aspects, Gene therapy

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The end of the beginning

Article Abstract:

Scientists with the Human Genome Project are finally succeeding in discovering the layout of DNA within two chromosomes, chromosome 21 and the Y chromosome. Researchers hope to use this information to cure genetic ailments.

Human Genome Project, Chromosome mapping

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Subjects list: Research, Genetic engineering
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