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Preparing Conducting Polymers for Sensing Applications

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Staining for γH2AX in paraffin-embedded tissue sections

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Preparing a Chemiresistive Sensor Based on Functionalized Carbon Nanotubes

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Making cell line samples for proteomic analysis

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RaDR Mouse Necropsy and Imaging

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Single Cell Microarray for High Throughput Detection of DNA Damage

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RNA-seq sample preparation for MiSeq sequencing (Illumina) using SPIA amplification method

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Why NextGen Protocols?

Why NextGen Protocols?

Paper gets the key information across…. but time is wasted when text alone doesn’t convey the subtleties of how to handle samples.

In-house video protocols are helpful, but rarely have enough detail to be followed successfully.

Platforms for professional, annotated videography are available, but researchers can’t always access these expensive tools.

Mechanisms for sharing screen-capture execution of dry-lab experiments are lacking.

NextGen Protocols meet these challenges with a low barrier to entry approach that allows researchers to create multimedia protocols that integrate video and written elements using readily available tools such as cell phone video cameras and word processing.

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