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We narrowed to 41 results for: RPA

Showing: 21 - 40 of 41 results

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Pathways Over Time Plasmids Engage Students in Functional Genomics Research

Type

Blog Post

...Schizosaccharomyces pombe, have the same function as their counterparts in S. cerevisiae. The two yeasts are thought...
Simple CRISPR-based Epigenetic Editing: dCas9-directed DNA Demethylation

Type

Blog Post

...genes of some human cancers from their normal counterparts. Nature 301, 89–92. https://doi.org/10.1038/...
Cpf1 Update: Comparison to Cas9 and NgAgo

Type

Blog Post

...its guide RNAs are smaller than their SpCas9 counterparts, so they will be easier to deliver in low-capacity...
Viral Vectors 101: Voltage Indicators

Type

Blog Post

...have kinetics comparable to its one component counterpart and is significantly brighter and available with...
Common Injection Routes in Mice

Type

Blog Post

...instillation is very similar to its intratracheal counterpart, as both procedures target the lungs. The main...
PITChing MMEJ as an Alternative Route for Gene Editing

Type

Blog Post

... see the linked blog posts. Compared to its counterparts NHEJ and HDR, MMEJ doesn’t get a lot of press...
INTEGRATE: Bacterial Genome Engineering Using CRISPR-Transposons

Type

Blog Post

...genomic target sites. This obstacle was recently surpassed with the discovery of CRISPR-transposons by the...
Viral Vectors 101: The Retroviral Lifecycle

Type

Blog Post

...mechanisms, only one of the two strands’ DNA counterparts from step 2 will be integrated by the viral ...
CRISPR 101: Making a Knock-In Cell Line

Type

Blog Post

...more planning and finesse then their knock-out counterparts. To kick off a knock-in experiment the first...
Plasmids 101: Choosing an Antibiotic Resistance Gene

Type

Blog Post

...ve got amp? Well, amp is less stable than its counterparts and is also known to produce satellite colonies...
Cpf1: A New Tool for CRISPR Genome Editing

Type

Blog Post

...its guide RNAs are smaller than their SpCas9 counterparts, they will also be easier to deliver in low-...
Advancing Biology with Zebrafish: Genetic Tools for Developmental Studies and More

Type

Blog Post

...revealing that about 70% of human genes have a counterpart in zebrafish. Understanding the function of these...
Overcoming the AAV Size Limitation for CRISPR Delivery

Type

Blog Post

...has much lower efficiency than its wild-type counterpart. In search of a smaller, but equally potent ...
Twenty Years of Sharing: Addgene's Viral Vector Service

Type

Blog Post

...mirrors the complexity of understanding their wild counterparts. Those familiar with viral vectors, and especially...
Fluorescent Proteins 101: Aptamer Fluorophores

Type

Blog Post

...important advantages over their amino acid-based counterparts, antibodies and enzymes, such as: Design and...
Controlling for Off-target Effects with a New Genome-wide CRISPR Screen Design

Type

Blog Post

...depleted at greater rates than their non-targeting counterparts, suggesting that safe-targeting guides are more...
Five Popular Model Organisms

Type

Blog Post

...chromosomes and about 23% of yeast genes have a counterpart in humans (Liu et al., 2017) . Thus yeast can...
CRISPR 101: Homology Directed Repair

Type

Blog Post

...generally more toxic to cells than their plasmid counterparts. Another consideration for dsDNA templates is...
Five Popular Model Organisms, Part 2

Type

Blog Post

...that nearly all disease-linked human genes have counterparts in the rat (Gibbs, et al., 2004). Additionally...
22 Hot Plasmid Technologies from 2014

Type

Blog Post

...background activity and activation as their wild-type counterparts. The Janovjak lab has deposited their 3 Opto-RTK...

Showing: 21 - 40 of 41 results

Results per page:

Pathways Over Time Plasmids Engage Students in Functional Genomics Research

Simple CRISPR-based Epigenetic Editing: dCas9-directed DNA Demethylation

Cpf1 Update: Comparison to Cas9 and NgAgo

Viral Vectors 101: Voltage Indicators

Common Injection Routes in Mice

PITChing MMEJ as an Alternative Route for Gene Editing

INTEGRATE: Bacterial Genome Engineering Using CRISPR-Transposons

Viral Vectors 101: The Retroviral Lifecycle

CRISPR 101: Making a Knock-In Cell Line

Plasmids 101: Choosing an Antibiotic Resistance Gene

Cpf1: A New Tool for CRISPR Genome Editing

Advancing Biology with Zebrafish: Genetic Tools for Developmental Studies and More

Overcoming the AAV Size Limitation for CRISPR Delivery

Twenty Years of Sharing: Addgene's Viral Vector Service

Fluorescent Proteins 101: Aptamer Fluorophores

Controlling for Off-target Effects with a New Genome-wide CRISPR Screen Design

Five Popular Model Organisms

CRISPR 101: Homology Directed Repair

Five Popular Model Organisms, Part 2

22 Hot Plasmid Technologies from 2014

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