We narrowed to 772 results for: Mos

1. Teaching an Old DOG New Tricks: Controlling Protein Activity with GFP

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   ... nanobodies, the project really took off. Unlike most antibodies, nanobodies, which occur naturally in...

2. Plasmids 101: Cre-lox

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   ... in the field of mouse transgenics. A few of the most common uses are listed below. Cre-dependent gene...

3. Working with Nuclear Receptors

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   ...response programs. NRs also encompass one of the most successful targets for drugs currently available...

4. Adenoviral Vector Production and Troubleshooting

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   ...rAdV plasmid (~1 week): The AdEasyTM system is the most popular method for creating adenoviral vector constructs...

5. Rabies and Neuronal Tracing

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   ...2013). The study found that at early time points, most of the projections to these new neurons came from...

6. Educational Planarian Tools for Teaching Developmental Biology Techniques

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   ...to perform these experiments in the beginning. In most classrooms, the laboratory experience is focused...

7. Pathways Over Time Plasmids Engage Students in Functional Genomics Research

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   ...the carbon source. Student results have shown that most, but not all, S. pombe Met genes complement the ...

8. Lab Automation at Addgene

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   ...simplistic and it isn’t electronic but it is one of the most helpful machines I have used in the lab. It’s especially...

9. Science communication: 9 Strategies to Get Your Foot in the Door

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   ...Getting involved in science communication has been the most rewarding step I have taken in my career. The moment...

10. Fluorescent Proteins 101: Introduction to FRET

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    ... with a gene of interest. These plasmids will be most useful for constructing intermolecular FRET probes...

11. Plasmids for Endogenous Gene Tagging in Human Cells

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    ...functional in many different human cell types, and while most of the genes we’ve tagged are widely recognized ...

12. CRISPR 101: Targeting Non-Coding RNAs with CRISPR/Cas9

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    ...transcription start site will terminate transcription of most of the ncRNA (Figure 1D). While this method can ...

13. Nanoblades: Tiny CRISPR Ninjas for Genome Editing Difficult Cells

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    ...glycoprotein (BaEVRless) had high rates of transduction for most cell types they tested. Interested in using Nanoblades...

14. How to Prepare for an Industry Interview

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    ...Interviewing remotely Remote interviews are likely new to most people - even hiring managers and your interviewers...

15. Antibodies 101: Choosing the Right Isotype

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    ...When probing multiple targets in parallel, use the most narrowly specific secondary antibodies available...

16. Plasmid-based Recombinant Monoclonal Antibodies: What They Are and Why You Should Be Excited About Them

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    ...store and share, making recombinant antibodies the most practical choice. Hybridomas are much tougher to...

17. Plasmids 101: In-house NGS Plasmid Quality Control Now at Addgene

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    ...will not result in one complete, circular assembly. Most of the time, these plasmids are returned as one ...

18. Synthetic promoter AAVs for cell-type specific expression in retinal cells

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    ...for finding retinal cell-type specific promoters. Most existing promoters express in a broad number of ...

19. Cpf1 Update: Comparison to Cas9 and NgAgo

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    ...does not mediate detectable off-target cleavage. Most gRNAs directed low-frequency Cpf1 cleavage at 1-...

20. Plasmids 101: FLEx Vectors

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    ...Spatio-temporal expression of optogenetic reporters: Since most optogenetic reporters are delivered using AAV injection...