PB3340

Invitrogen™ Power Blotter Select Transfer Stacks, nitrocellulose, regular size

Manufacturer: Fischer Scientific

Select a Size

Pack Size SKU Availability Price
Pack of 4 PB3340-Pack-of-4 In Stock ₹ 75,294.00

PB3340 - Pack of 4

₹ 75,294.00

In Stock

Quantity

1

Base Price: ₹ 75,294.00

GST (18%): ₹ 13,552.92

Total Price: ₹ 88,846.92

Length (Metric)

13 cm

Format

Transfer Stack

Pore Size

0.2 μm

Shipping Condition

Room Temperature

Product Line

Power Blotter

Width (Metric)

8.3 cm

Material

Nitrocellulose

Content And Storage

40 regular-size transfer stacks (13 cm x 8.3 cm)

Dimensions (LxW)

Regular, 13 cm x 8.3 cm

Sufficient For

40 Blots

Related Products

Img

Fischer Scientific

PB3310

--

Img

Fischer Scientific

PB5340

--

Img

Fischer Scientific

PB5310

--

Img

Fischer Scientific

PB3240

--

Img

Fischer Scientific

7180368

Transfer proteins rapidly and effic...

Img

Fischer Scientific

PB3210

--

Img

Fischer Scientific

PB5240

--

Img

Fischer Scientific

PB7320

--

Description

  • The Invitrogen Power Blotter Select Transfer Stacks are used to transfer proteins using the Invitrogen Power Blotter System
  • Disposable, pre-assembled stacks come with an integrated nitrocellulose transfer membrane to perform dry blotting of proteins from polyacrylamide gels
  • Each Power Blotter Select Transfer Stack contains filter paper, membrane and the appropriate cathode and anode buffers incorporated into a solid gel matrix to allow fast, reliable transfer of proteins
  • Nitrocellulose Membrane: 0.2 μm pore size Composed of 100% pure nitrocellulose for high-quality transfer
  • Compatible with commonly used detection methods such as staining, chemiluminescence, or fluorescence
  • Proteins bind as hydrophobic and electrostatic interactions
  • Protein binding capacity is 209 μg/cm2
  • Rapid, efficient and even transfer: Ready-to-use transfer stack takes little time to set up Protein transfers in as little as 7 minutes Stacks made with high quality membranes for high binding efficiency, uniform transfer, and high detection sensitivity Increased reproducibility : Preassembled stacks provide consistent performance