We narrowed to 116 results for: Green Fluorescent Protein

Aptamers are nucleic acid oligos that bind to small molecules to induce their fluorescence and can be used to study RNA localization and dynamics.

Protein tags can be used for purification, detection, localization, and more. Learn more about the molecular tool box of tags and fusion proteins.

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.

Fluorescent protein timers can be used to determine molecular age. Learn how to use these unique tools in this post.

Photoactivatable fluorescent proteins can be switched on (and sometimes off) enabling a variety of techniques and applications.

Learn more about NanoBiT technology and explore examples of HiBiT-tagged fusion proteins in action.

Find fluorescent protein fusion constructs and cloning backbones from the Michael Davidson Lab.

An introduction to gene, enhancer, and promoter trapping. Relevant examples of each along with pros and cons of each system.

Learn about the fluorescent protein work being supported by the Michael Davidson and Rogers Tsien Commemorative Travel Awards.

Learn how you can use acoustic reporter genes for in vivo imaging experiments. These are good alternatives to fluorescence reporters.

Learn about the many fluorescent protein tools enabled by the nanoLuc luciferase.

Luke Lavis from Janelia Farms describes how small molecule fluorophores can still be useful in the age of fluorescent proteins.

Learn how you can use MXS-Chaining to generate complex, multicistronic plasmid constructs.

Recent highlights from Addgene's collection include a system to examine biosynthetic pathways, and a new tool for enriching ABE-targeted cells.

Recent highlights from Addgene's collection include CRISPR-based editing in organoids and Biosensors for detecting strigolactones.

Explore empty plasmid backbones with different fluorescent tags to create fusion proteins with your gene of interest.

New to plasmids? Learn the basics of plasmids in this blog post and find out about the parts of a plasmid, how they are made, and how scientists can use them in the lab.

Learn about the different ways you can introduce DNA or RNA into cells using methods such as transformation, transduction, conjugation, and transfection.

The Michael Davidson lab deposited their collection of 3,300 fluorescent protein plasmids including empty backbones to Addgene.

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