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P6866

Nunc® MicroWell™ 96 well polypropylene plates

96 well plate, polypropylene, natural, round bottom, 500uL/well, non sterile, 120/cs

Synonym(s):

96 multiwell plate, 96 well microplate, 96 well microtiter plate, 96 well plate

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About This Item

UNSPSC Code:
41122107
NACRES:
NB.22
material:
natural polypropylene
polypropylene
polypropylene
round bottom natural wells
plate L × W:
128 mm × 86 mm
size:
96 wells
well maximum volume:
500 μm
working volume:
500 μL
sterility:
non-sterile
binding type:
non-treated surface
feature:
lid: no
 high flange design

material

natural polypropylene
polypropylene
polypropylene
round bottom natural wells

sterility

non-sterile

feature

lid: no
 high flange design

packaging

case of 120 ea (internal packs of 10)

manufacturer/tradename

Nunc 267245

plate L × W

128 mm × 86 mm

size

96 wells

well maximum volume

500 μm

working volume

500 μL

binding type

non-treated surface

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General description

Nunc® MicroWell™ 96 Well Polypropylene Plates

  • Compatible with robotics and automated systems
  • Polypropylene resin is resistant to most chemicals, solvents and alcohols
  • Minimal binding of molecules with hydrophilic moities
  • Non-toxic
  • Products come without lids

  • 0.5 ml volume in standard MicroWell™ format
  • Shared wall technology increases well volume and wider cells improve mixing
  • Low binding polypropylene for homogeneous assays and storage
  • Ideal as collection plate for Nunc Filter Plates
  • White plates for fluorescence and luminescence applications
  • Black plates for fluorescence applications
  • Yellow, red, natural and blue plates for storage applications
  • Resistant to most solvents used in combinatorial chemistry
  • Working volume range: 20 - 450 μl/well

Application

Suitable for: Compound storage, Liquid phase assays, Library storage, Sample transport and storage, Screening, Sample collection, Combinatorial chemistry

Legal Information

MicroWell is a trademark of Thermo Fisher Scientific or its subsidiaries
Nunc is a registered trademark of Thermo Fisher Scientific or its subsidiaries

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Alysha G Elliott et al.
Nature communications, 11(1), 3184-3184 (2020-06-25)
Peptide antibiotics are an abundant and synthetically tractable source of molecular diversity, but they are often cationic and can be cytotoxic, nephrotoxic and/or ototoxic, which has limited their clinical development. Here we report structure-guided optimization of an amphipathic peptide, arenicin-3

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