Products & ReviewLife Sciences

Corning® Polystyrene Universal Microplate Lid without Corner Notch, Sterile

Corning Life Sciences3098Available: North America,Western Europe,Asia,Eastern Europe,Middle East,Africa,

Lids are made of rigid polystyreneLids do not have a corner notch on the A1 corner and does not need to be oriented in any particular direction to be placed on Corning platesLid has a shorter skirt than standard lidsSterilized by gamma radiation

0.0/5.0

|0 Reviews|Be the first to review this product

The supplier does not provide quotations for this product through SelectScience. You can search for similar products in our Product Directory.

Ease of Use

After Sales Service

Value for Money

Be the first to leave a review

Description

Description

Lids are made of rigid polystyreneLids do not have a corner notch on the A1 corner and does not need to be oriented in any particular direction to be placed on Corning platesLid has a shorter skirt than standard lidsSterilized by gamma radiation

Product Overview

Corning® Polystyrene Universal Microplate Lid without Corner Notch, Sterile - Corning Life Sciences - Life Sciences

Corning® Polystyrene Universal Microplate Lid without Corner Notch, Sterile

Corning Life Sciences

0.0/5.0

Links

Corning Life Sciences Manufacturer Website

Featured products

Request Quote for All Products

Seahorse XF Flex Analyzer
Agilent Technologies
The Agilent Seahorse XF Flex analyzer measures and reports the oxygen consumption rate (OCR), proton efflux rate (PER) or extracellular acidification rate (ECAR), as well as ATP production rates in a 24-well format.
(0)
Mesenchymal Stem Cell Differentiation Media
Merck
Mesenchymal Stem Cell Differentiation Medium is a serum-free medium containing all supplements to effectively inducing the differentiation of mesenchymal stem cells into mesenchymal lineages.
(0)
Corning® Matrigel® Matrix
Merck
Corning® Matrigel® matrix is a solubilized basement membrane matrix that is extracted from the Engelbreth-Holm-Swarm (EHS) mouse sarcoma.
(0)
Active pharmaceutical ingredients (APIs)
Alfa Chemistry
We offer a wide range of high-quality Active Pharmaceutical Ingredients (APIs) to support pharmaceutical research and drug development across multiple therapeutic areas, including oncology, cardiology, neurology, respiratory, immune, and metabolic diseases. All APIs are developed under strict quality control to meet international standards. You can browse our product list or find the product you want through the search box.
(0)
TyraMax™ 740/770 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 710/740 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 680/700 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 660/680 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 647/670 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 630/650 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 560/580 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 555/565 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 490/520 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 400/550 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)
TyraMax™ 430/500 Amplification Dye, 100X
Biotium
TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.
(0)