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CLS3766

Corning® 384孔微孔板，低边

NBS™ (non-binding surface), black polystyrene, non-sterile, lid: no, pack of 25

别名:

384 multiwell plates, 384 well immunoassay plates, 384 well microplates, 384 well microtiter plates, 384 well plates, immunoassay plates

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About This Item

UNSPSC代码:
41121800
NACRES:
NB.24

物料

black polystyrene
clear bottom
flat wells
polystyrene

无菌性

non-sterile

特点

lid: no
skirt
 plate format: low flange

包装

case of 100 ea
pack of 25

制造商/商品名称

Corning 3766

最大体积

112 μL

尺寸

384 wells

工作体积

80 μL

颜色

black

吸附类型

NBS™ (non-binding surface)

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相关类别

一般描述

Corning® 384-well ELISA Microplates with flat-bottom and low flange are high-quality, high-performance microplates that are widely used for laboratory assays. It improves assay sensitivity and performance.

应用

Corning® 384 well microplate, low flange has been used in enzyme activity assays to perform the phosphatase reactions. It has also been used to perform malachite green ATPase assays.

特点和优势

  • Black wall plates provide low background fluorescence, minimal light scatter, and reduced crosstalk, ensuring accurate and precise measurements
  • Thermally stable microplates (4°C to 37°C) ensure consistent performance over a wide range of temperature and storage conditions.
  • Chemically stable and noncytotoxic microplates are designed to be compatible with aqueous solutions containing low levels (<20%) of organic solvents, including ethanol and DMSO.
  • Meets SBS microplate standards to ensure compatibility with automated instruments.
  • Suitable for bar coding

法律信息

Corning is a registered trademark of Corning, Inc.
NBS is a trademark of Corning, Inc.

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Hannah Domgaard et al.
Nucleic acids research, 51(15), 8115-8132 (2023-07-03)
CRISPR-associated DinG protein (CasDinG) is essential to type IV-A CRISPR function. Here, we demonstrate that CasDinG from Pseudomonas aeruginosa strain 83 is an ATP-dependent 5'-3' DNA translocase that unwinds double-stranded (ds)DNA and RNA/DNA hybrids. The crystal structure of CasDinG reveals a
Markus Tiemann et al.
Chemistry (Weinheim an der Bergstrasse, Germany), 28(57), e202201282-e202201282 (2022-07-06)
Discovery of protein-binding fragments for precisely defined binding sites is an unmet challenge to date. Herein, formylglycine is investigated as a molecular probe for the sensitive detection of fragments binding to a spatially defined protein site . Formylglycine peptide 3

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