Freestyle Libre sensors are not available for direct sale to pharmacies. Please purchase through your authorized wholesalers.

X
Menu
Cart
X

Search Website

QUICK ORDER PRODUCTS

If you know the product code enter it here  

  1. Home
  2. Laboratory
  3. Molecular and Microbiology Reagents
  4. Molecular
  5. Nucleic Acid Extraction
  6. NucleoSpin RNA Midi (20) - MN740962.20

NucleoSpin RNA Midi (20) - MN740962.20

MN740962.20

Midi spin kit for the isolation of RNA of highest integrity

Brand: Macherey-Nagel

Learn more

Select your options below
Enquire about this product
Product CodeProduct Product Description Price (Excl gst) Qty Add
MN740962.20 NucleoSpin RNA Midi (20) NucleoSpin RNA Midi (20) Login for price  

Go to checkout

X

Stock Request

Submit your details.
You are enquiring about NucleoSpin RNA Midi (20) - MN740962.20

Pricing Request Starts Here

Submit your details to receive a quote.
You are enquiring about NucleoSpin RNA Midi (20) - MN740962.20

Related products

NucleoSpin RNA

Product Code: MN740955.10

View Product +

NucleoSpin RNA XS

Product Code: MN740902.10

View Product +

NucleoSpin RNA Clean-up XS

Product Code: MN740903.10

View Product +

Features

  • rDNase included for on-column digestion – easy and efficient removal of genomic DNA
  • NucleoSpin® Filters Midi (shredders) – efficient sample homogenization and reduction of viscosity
  • Up to 600 μg ready-to-use RNA

NucleoSpin RNA Midi, 20 preps (MN740962.20) includes: NucleoSpin® RNA Midi Columns with Collection Tubes (15 mL), Collection Tubes (15 mL), NucleoSpin® Filters Midi, buffers, RNase-free rDNase

Technology

Silica-membrane technology

Format

Midi spin columns

Sample material

< 5 x 107 cultured cells, < 1010 bacterial cells, < 3 x 108 yeast cells,
< 200 mg human / animal tissue

Fragment size

> 200 nt

Typical yield

180 µg (107 HeLa cells), 620 µg (4 x 107 HeLa cells)

A260/A280

1.9–2.1

Typical RIN (RNA integrity number)

> 9

Elution volume

500–1000 µL

Preparation time

80 min/4 preps

Binding capacity

700 µg