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We narrowed to 300 results for: Gnas

Showing: 241 - 260 of 300 results

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Magnetic Control of Proteins: More than a Dream

Type

Blog Post

...expressed and purified. Although a ~1% change in signal might not make a very powerful tool, it was promising...
Antibodies 101: Flow Compensation

Type

Blog Post

...telling your cytometer to adjust the fluorescent signals by a specific value between the two channels. It...
Cloning Mammalian Cells with the Agarose Method

Type

Blog Post

... Baltimore. She is particularly interested in signaling peptide maturation in neural and endocrine cells...
Truncated gRNAs for Regulating Gene Expression

Type

Blog Post

... systems. She is also a NASA Fellow studying biosignature preservation in Mars analogue environments. ...
Plasmids 101: Protein Expression

Type

Blog Post

...University and is particularly interested in cell signaling and communication. She loves being able to help...
No Llamas Required - Synthetic Nanobodies Against Membrane Proteins

Type

Blog Post

...Opto-Nanobodies: Using Light to Manipulate Cell Signaling and Protein Purification RANbodies: Reporter Nanobody...
Plasmids 101: Multicistronic Vectors

Type

Blog Post

....0018556. Epub 2011 Apr 29.) PubMed. 5. Scalable signaling mediated by T cell antigen receptor-CD3 ITAMs ...
Drew Endy Introduces the Biobrick Public Agreement Plasmid Collection

Type

Blog Post

...typically invisible information into actionable signals. Let's say I wanted to detect every primary metabolite...
An Introduction to Adenovirus

Type

Blog Post

...viruses infecting humans (from seven species, designated as letters A–G) exist. The life cycle of AdVs...
Better Dyeing Through Chemistry & Small Molecule Fluorophores

Type

Blog Post

...solution, but high fluorescence upon binding to its cognate protein. In some cases this property eliminates...
Isolating Genomic Regions of Interest with the CRISPR System

Type

Blog Post

...expression of IGF2, a characteristic of many human malignancies. Additionally, the Tapscott Lab identified regulators...
CRISPR 101: RNA Editing with Cas13

Type

Blog Post

...various spacer lengths from 30-84 nucleotides, and designated this system REPAIRv1. Using next-generation sequencing...
Simplify Cloning with in vivo Assembly

Type

Blog Post

...Molecular Biology. He is interested in neuronal signal transduction, and uses electron cryo-microscopy...
New Optimized Genome-wide CRISPRko, CRISPRi, and CRISPRa Libraries

Type

Blog Post

...Marvin E., et al. "A protein-tagging system for signal amplification in gene expression and fluorescence...
Tips for Screening with Yeast Two Hybrid Systems

Type

Blog Post

...negatives: Interactions leading to detectable reporter signals depend on a number of factors, including protein...
Plasmids 101: Protein tags

Type

Blog Post

...of a bacterially derived in-vivo biotinylation signaling peptide (Bio), flanked by hexahistidine motifs...
Interview: Hodaka Fujii on enChIP, New CRISPR Tools, and More

Type

Blog Post

...inducible translocation trap (ITT) system to analyze signal-induced nuclear translocation of proteins in 2004...
Your Lentiviral Plasmid FAQs Answered

Type

Blog Post

...HIV components: LTRs, PPT, RRE, and psi packaging signal. Viral components typically total <1.5kb, which...
CRISPR Activation: A Practical Guide

Type

Blog Post

...JS, Vale RD (2014) A Protein-Tagging System for Signal Amplification in Gene Expression and Fluorescence...
Tips for CRISPR Gene Editing in Mice

Type

Blog Post

...target is inserted, disrupting the EGFP fluorescent signal, for details on this plasmid, see Mashiko et al...

Showing: 241 - 260 of 300 results

Results per page:

Magnetic Control of Proteins: More than a Dream

Antibodies 101: Flow Compensation

Cloning Mammalian Cells with the Agarose Method

Truncated gRNAs for Regulating Gene Expression

Plasmids 101: Protein Expression

No Llamas Required - Synthetic Nanobodies Against Membrane Proteins

Plasmids 101: Multicistronic Vectors

Drew Endy Introduces the Biobrick Public Agreement Plasmid Collection

An Introduction to Adenovirus

Better Dyeing Through Chemistry & Small Molecule Fluorophores

Isolating Genomic Regions of Interest with the CRISPR System

CRISPR 101: RNA Editing with Cas13

Simplify Cloning with in vivo Assembly

New Optimized Genome-wide CRISPRko, CRISPRi, and CRISPRa Libraries

Tips for Screening with Yeast Two Hybrid Systems

Plasmids 101: Protein tags

Interview: Hodaka Fujii on enChIP, New CRISPR Tools, and More

Your Lentiviral Plasmid FAQs Answered

CRISPR Activation: A Practical Guide

Tips for CRISPR Gene Editing in Mice

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