We narrowed to 17 results for: αGFP

Learn about some things to consider when designing your fusions - where to make the fusions, the size and shape of the protein, and linker size.

GFP is the most widely used fluorescent protein, but there are several instances that limits its use. GFP requires oxygen, is sensitive to acid, and its large size can be problematic. When thinking about ways to label proteins, a different probe may be more appropriate.

SunTag amplifies fluorescent signals by recruiting multiple copies of GFP. SunTag can help you turn up the brightness in your fluorescent imaging experiments.

Find plasmids encoding fluorescent fusion proteins with known subcellular localization patterns for colocalization studies or organelle labeling.

Learn more about the Developmental Studies Hybridoma Bank (DSHB), a repository for monoclonal antibodies, that distributes antibodies and their associated hybridoma cell lines.

An overview of split fluorescent proteins and a highlight of some of the most popular and newest ones available on Addgene.

In this episode of the Addgene Podcast, we interview Darrell Kotton, Director of the Center for Regenerative Medicine at Boston University.

Browse neurodegeneration plasmids for research related to Alzheimer's Disease, ALS, Frontotemporal Dementia, Huntington's Disease, Parkinson's Disease, and others.

The Patriarchi lab has deposited two new norepinephrine indicators with increased speed and sensitivity.

Check out some of the new and useful tools recently deposited in the Addgene repository!

Learn about new tools in Addgene's collection, including new biosensors for neuroscience research, plasmids for a common lab enzyme, and more!

Find a list of universal sequencing primers and other common sequencing primers.

The next post in the Plasmids 101 series focuses on the promoter region, the element responsible for initiating the transcription of your insert into RNA.

Addgene lentiviral packaging, envelope, and transfer plasmids

Read on for a sampling of some of the exciting new plasmid technologies that have come through our doors in 2015.

The NeuroMab Facility and James Trimmer have produced monoclonal antibodies validated for neuroscience research. Find plasmids encoding these R-mAbs here.

Find materials useful for neurodegeneration research.