Image Alt Text	A laboratorian wearing blue gloves places a PCR sample into a real-time PCR thermocycler, the model shown is blue and white with a large digital screen.

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A laboratorian wearing blue gloves places a PCR sample into a real-time PCR thermocycler, the model shown is blue and white with a large digital screen.

INTEGRA Biosciences

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From primer design to sample preparation, explore comprehensive strategies to optimize PCR throughput and reproducibility.

How to become a PCR pro

Ebooks

An 8-channel automated pipette drops blue liquid into a plastic 96-well plate against a blue laboratory background. 

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Automated pipetting helps researchers enhance accuracy, reproducibility, and efficiency across diverse experiments. &nbsp;

Enhancing research outcomes with automated pipetting

Compendium

An illustration of a streamlined MTT assay workflow using reagent dispensing technology

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96-well microplate showing purple formazan crystals in an MTT assay for cell viability.

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Discover the top instrument considerations for an MTT assay to improve cell viability, reproducibility, and efficiency in drug discovery.

Top instrument considerations for an MTT assay: Enhancing cell viability testing accuracy

Articles

The WELLJET reagent dispenser and stacker on a table.

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A close-up image of The EasySnap dispensing cassette held by a blue glove.

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Gold drip of water splashing into a puddle. 

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For assays such as the MTT assay that require cell and reagent aliquoting across numerous multiwell plates, precise and consistent reagent dispensing is critical to achieving accurate and reproducible results.

Expert Advice: Navigating reagent dispensing

A 3D illustration of dying cell releasing its contents, which can be detected by a cell viability or cytotoxicity assay. 

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Consistency is key to performing repeatable and accurate cell viability assays.

Technology Guide: Automating scalable cytotoxicity assays

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December 2025

Scientific illustration of a cell releasing exosomes: small, spherical extracellular vesicles budding from and detaching off the cell’s plasma membrane into the surrounding space, shown as tiny capsule-like structures emerging from the cell surface.

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unchainedlabs

Unchained Labs

Learn how to distinguish true extracellular vesicles from similarly sized particles using affinity capture and immunofluorescence.

Lock-in unmatched EV characterization with Leprechaun

Webinars

Close-up of a scientist’s hands typing on a laptop next to a microscope in a laboratory setting.

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Revvity

Explore how a needs-driven approach to electronic laboratory notebook selection can improve data integrity, reproducibility, and scientific continuity.

A scientist&#39;s guide to electronic laboratory notebook selection

Scientist weighing a laboratory sample using a four-decimal analytical balance in a quality control setting.

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Sartorius

Learn the fundamental weighing principles and operational controls that support reliable sample preparation.