Plant DNA Extraction Kit (for PCR amplification), 100 preps
₹5,355.00 + ₹642.60 GST
₹5,997.60 (Incl. of all taxes)
In stock
Overview
DESCRIPTION:
Plant DNA Extraction Kit is designed as a quick single-tube method for DNA extraction from only ~ 1.5 cm length of plant leaf. This kit yields enough DNA to serve as template for 10-15 PCR reactions. The kit is supplied with enough reagents for 100 Preps.
APPLICATION:
- This kit can be used for quick isolation of DNA from monocot and dicot leaves.
- DNA extracted can be directly used for PCR
- Large number of samples can be handled by a single person allowing rapid screening of large mapping populations.
MATERIALS PROVIDED:
- Cell Lysis Solution
- 3M Sodium acetate
- Rehydrating Solution
- Instruction Manual
HIGHLIGHTS:
- Quick, Single-tube method
- No tissue homogenization required
- Does not involve phenol extractions for many samples like sugarcane, rice, tomato etc.
- The resulting amplification patterns are indistinguishable from those generated from rigorous large-scale DNA extractions.
| Product Code | 2102200051730-KT22_ |
|---|---|
| HSN Code | 38220090 |
| Brand | GeNei |
| Usually dispatched in | 2-3 WEEKS |
| Pack Size | 1 EA |
DESCRIPTION:
Plant DNA Extraction Kit is designed as a quick single-tube method for DNA extraction from only ~ 1.5 cm length of plant leaf. This kit yields enough DNA to serve as template for 10-15 PCR reactions. The kit is supplied with enough reagents for 100 Preps.
APPLICATION:
- This kit can be used for quick isolation of DNA from monocot and dicot leaves.
- DNA extracted can be directly used for PCR
- Large number of samples can be handled by a single person allowing rapid screening of large mapping populations.
MATERIALS PROVIDED:
- Cell Lysis Solution
- 3M Sodium acetate
- Rehydrating Solution
- Instruction Manual
HIGHLIGHTS:
- Quick, Single-tube method
- No tissue homogenization required
- Does not involve phenol extractions for many samples like sugarcane, rice, tomato etc.
- The resulting amplification patterns are indistinguishable from those generated from rigorous large-scale DNA extractions.
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