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30620096-2Aqueous extract of autolysed brewer's yeast Has a high vitamin content, providing excellent growth factors for most microorganisms Is usually added to culture media to provide a source of vitamins at a concentration of 3-5 g/L After opening,
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30620100-1For classifying yeasts based on carbon assimilation Requires addition of a carbon source pH: 5.4 Working Concentration: 6.
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30620100-2For classifying yeasts based on carbon assimilation Requires addition of a carbon source pH: 5.4 Working Concentration: 6.
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30620105-1Used for the cultivation of recombinant strains of Escherichia coli . Composition per liter: Bacto Tryptone, 8g Bacto Yeast Extract, 5g Sodium Chloride, 5g Sold as 2 x 500 g
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Z11402-0.1Naturally occurring cytokinin riboside. Main effects in tissue culture systems include control of shoot growth and formation, cell division and inhibition of leaf senescence.
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Z11402-1.0Naturally occurring cytokinin riboside. Main effects in tissue culture systems include control of shoot growth and formation, cell division and inhibition of leaf senescence.
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Z11402-0.001Naturally occurring cytokinin riboside. Main effects in tissue culture systems include control of shoot growth and formation, cell division and inhibition of leaf senescence.
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Z11402-0.25Naturally occurring cytokinin riboside. Main effects in tissue culture systems include control of shoot growth and formation, cell division and inhibition of leaf senescence.
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30631020-1trans-Zeatin Riboside is naturally found in coconut milk. It is used in plant tissue culture to control shoot growth and formation, and has even been observed to slow aging.
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Z11402-0.025Naturally occurring cytokinin riboside. Main effects in tissue culture systems include control of shoot growth and formation, cell division and inhibition of leaf senescence.
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30631020-2trans-Zeatin Riboside is naturally found in coconut milk. It is used in plant tissue culture to control shoot growth and formation, and has even been observed to slow aging.
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Z11402-0.05Naturally occurring cytokinin riboside. Main effects in tissue culture systems include control of shoot growth and formation, cell division and inhibition of leaf senescence.