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Micropropagation Agar Type I

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Micropropagation Agar Type I

Agar Micropropagation Type IĀ is a popular high-quality agar derived fromĀ Gacilaria, also known as Irish moss or ogonori, is a genus of red algae in the family Gracilariaceae, is used to solidify a variety of growth mediums for the cultivation of plant tissues or bacteria due to this product's purity and gel strength. These mediums will vary depending on the plant or bacteria being cultured.

Agar Micropropagation Type I, unlike gelatin, won't be degraded by bacteria, which creates a premium culturing media for lab use.

Some applications include but are not limited to mass production of genetically identical plants, conservation of rare and endangered plant species, production of disease-free planting material, rapid multiplication of elite plant varieties, and genetic transformation experiments for the production of transgenic plants with desired traits.

  • Use at 5 – 9 g/L
  • Plant Tissue Culture Tested
  • Derived from Gracilaria
  • Gel Strength: ≄ 900 g/cm2

Disclaimer: Results may vary depending on specific cell lines, specifications, and experimental conditions. Consult with cell culture specialists and review comprehensive literature to tailorĀ its use to your specific research needs.

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From $9.00

Original: $29.99

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Micropropagation Agar Type I—

$29.99

$9.00

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Description

Agar Micropropagation Type IĀ is a popular high-quality agar derived fromĀ Gacilaria, also known as Irish moss or ogonori, is a genus of red algae in the family Gracilariaceae, is used to solidify a variety of growth mediums for the cultivation of plant tissues or bacteria due to this product's purity and gel strength. These mediums will vary depending on the plant or bacteria being cultured.

Agar Micropropagation Type I, unlike gelatin, won't be degraded by bacteria, which creates a premium culturing media for lab use.

Some applications include but are not limited to mass production of genetically identical plants, conservation of rare and endangered plant species, production of disease-free planting material, rapid multiplication of elite plant varieties, and genetic transformation experiments for the production of transgenic plants with desired traits.

  • Use at 5 – 9 g/L
  • Plant Tissue Culture Tested
  • Derived from Gracilaria
  • Gel Strength: ≄ 900 g/cm2

Disclaimer: Results may vary depending on specific cell lines, specifications, and experimental conditions. Consult with cell culture specialists and review comprehensive literature to tailorĀ its use to your specific research needs.