96-well Plant RNA Kit (4x96 well)

Product#: BMG-R6815-01
$780.00
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96-well Plant RNA Kit (4x96 well)

Cat. No.: BMG-R6815-01
Size: 4x96 well
 

Description: 

The 96-well Plant RNA Kit is designed for high-throughput RNA extraction from plant samples, allowing researchers to process multiple samples simultaneously.

Applications:
  • The kit is ideal for preparing RNA for quantitative real-time PCR (qRT-PCR) and reverse transcription PCR (RT-PCR), which are essential for studying gene expression levels across numerous samples.
  • The high-quality RNA extracted can be used for RNA sequencing, enabling comprehensive analysis of the transcriptome from multiple plant samples.
  • The RNA can be used to construct cDNA libraries, which are crucial for cloning and functional studies of plant genes.
  • The kit supports the extraction of RNA suitable for microarray experiments, allowing researchers to study the expression of thousands of genes simultaneously.
  • The high-throughput capability of the kit makes it suitable for screening large numbers of plant samples, facilitating the validation of genetic modifications or treatments.
Features:
  • The 96-well format allows for the simultaneous processing of up to 96 plant samples, making it ideal for large-scale studies and laboratories that require efficient sample processing.
  • Many kits use silica-based technology for RNA binding and purification, ensuring high-quality extraction with minimal contaminants.
  • These kits are often compatible with automated liquid handling systems, which can further streamline the workflow and reduce manual labor.
  • The kit is designed to effectively remove contaminants such as polysaccharides and phenolic compounds, which are common in plant tissues and can interfere with RNA quality.
  • The design ensures reproducible and consistent RNA yields across all samples, which is crucial for comparative studies.
  • The kits typically allow for either vacuum or centrifuge-based processing, providing flexibility depending on available lab equipment.
Reference:

Kanavedee, R., & Mahamooth, T. N. (2023). Automated high-throughput extraction system of sRNA and high-resolution melting quantitative PCR (HRM-qPCR) analysis for viroid detection. Heliyon9(12), e22613. https://doi.org/10.1016/j.heliyon.2023.e22613



 

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