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CLS3342

Corning® 384 Well Deep Well Plate

clear polypropylene, V-bottom, sterile, deep well, lid: no, pack of 5

Synonym(s):

384 deep well storage block, 384 well assay block, 384 well storage block

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About This Item

UNSPSC Code:
41121800
NACRES:
NB.13

material

V-bottom
clear bottom
clear polypropylene
polypropylene (plates, blocks and sealing mats)
square translucent wells

sterility

sterile

feature

lid: no
lid: no
skirt
 deep well

packaging

pack of 5
case of 50

manufacturer/tradename

Corning 3342

size

384 wells

well volume

240 μL

color

clear

suitability

suitable for (general storage, liquid handling; automated applications)

binding type

non-treated surface

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General description

  • Ideal for high throughput applications requiring added volume
  • Improved sample recovery through the specially designed wells that feature a square geometry that tapers to a V-bottom point
  • Solvent resistant polypropylene provides compatibility with many common organic solvents (e.g. DMSO, ethanol, methanol)
  • Certified DNase- and RNase-free
Corning offers a complete range of polypropylene storage systems consisting of plates, blocks, and sealing mats. All plates and blocks are made from polypropylene for solvent resistance and are ideal for compound library, combinatorial chemistry and genomics applications. The 384 well polypropylene plates and blocks are built to proposed industry standard footprint. All plates and blocks are automation-friendly and solvent resistant. The 384 well plates and blocks are certified DNase/RNase free and feature rounded bottoms for optimal liquid handling and a rounded square-well geometry for reduced wicking.

Legal Information

Corning is a registered trademark of Corning, Inc.

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Louise Isager Ahl et al.
Plant, cell & environment, 42(8), 2458-2471 (2019-04-14)
Plants have evolved a multitude of adaptations to survive extreme conditions. Succulent plants have the capacity to tolerate periodically dry environments, due to their ability to retain water in a specialized tissue, termed hydrenchyma. Cell wall polysaccharides are important components
Louise I Ahl et al.
Journal of AOAC International, 101(6), 1720-1728 (2018-06-14)
Background: As the popularity of Aloe vera extracts continues to rise, a desire to fully understand the individual polymer components of the leaf mesophyll, their relation to one another, and the effects they have on the human body are increasing.

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