We narrowed to 319 results for: INO

1. Hot Plasmids - September 2019 - CRISPR, Auxin Inducible Degradation, MerMAID Channelrhodopsins, and Genome Looping

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   ...lines. Lastly, the Kanemaki lab demonstrated that auxinole, a TIR1 inhibitor, sufficiently suppresses basal...

2. Summer SciComm Series: A PhD in Science Communication

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   ...scientific methodology makes it easier to spot even minor weakness or limitations in a piece of research (...

3. Plasmids 101: Gram Negative and Positive Bacteria

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   ...University, who is majoring in marine biology and minoring in studio arts photography.  References and resources...

4. New Neuroscience Tool: The iGluSnFR3 Glutamate Sensor

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   ...pMinDisplay vector. GPI contains a C-terminal glycosylphostidylinositol anchor. SGZ contains a PDGFR transmembrane...

5. Crowdfight, a Platform to Boost Scientific Collaboration During COVID-19 and Beyond

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   ...professionals, joined the platform; while they are a minority, their help has been essential to push certain...

6. Photosensitizer Induced Cell Ablation with FAP-TAP MG-2I-dL5**

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   ...just 1 minute of exposure. MG-2I-dL5** experienced minor bleaching after longer exposure times. Additionally...

7. Fluorescent Protein Travel Awards - FLiPs and Fluorescent Protein Biosensors

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   ... enhanced “pdDronpa” domains could be placed in amino acid loops on either side of an enzyme’s active ...

8. What Good Citizenship Can Do for Reproducibility in Science

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   ... can never completely eliminate the risk that a minor variation in experimental conditions will derail...

9. Components of CRISPR/Cas9

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   ...aureus (SA); SaCas9 3' NNGRRT or NNGRR(N)  Acidaminococcus sp. (AsCpf1) and Lachnospiraceae bacterium ...

10. CRISPR Plasmids - Plants

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    ... gRNA. Adenine base editors convert adenine to inosine, which is replaced by guanosine to create A->G ...

11. Plasmids 101: Transformation, Transduction, Bacterial Conjugation, and Transfection

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    ...lab. Chemicals like calcium phosphate and diethylaminoehtyl (DEAE)-dextra neutralize or even impart an...

12. Why and how to start studying chromatin (with Addgene's help)

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    .... 2017 Aug 24;170(5):956-972.e23 Rapid and phosphoinositol-dependent binding of the SWI/SNF-like BAF complex...

13. Antibodies 101: Isotypes

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    ...have different versions or subclasses that have minor differences in their heavy chain constant domains...

14. Cancer, Inflammation and Immunity - Harnessing the Body’s Defenses to Fight Cancer

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    ...presented study analysed a model of hepatocellular carcinoma, a cancer which can develop from a state of chronic...

15. A Practical Approach to Choosing the B(right)est Fluorescent Protein

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    ...fluorescent proteins, differing by only a single amino acid. Without further information about properties...

16. Plasmids 101: Sequence and Ligation Independent Cloning (SLIC)

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    ...The mixed PCR and incomplete PCR methods yield a minority of usable product with two 5′ overhangs, so these...

17. Sharing is Caring: But How to Distribute Open Hardware?

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    ... available tools such as the Raspberry Pi, the Arduino, or 3D printers are key to enabling this work. ...

18. REPLACR Mutagenesis: Replacing In Vitro Recombination Methods

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    ...phage recombination machinery is induced using L-arabinose. These cells can be made and frozen in large batches...

19. Protein Tagging with CRISPR/Cas9: A Conversation with Mendenhall and Myers

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    ...ChIP-Seq results. The FLAG epitope is quite small—20 amino acids—so we don’t think it interferes with the function...

20. Plasmids 101: Blue-white Screening

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    ... enzyme. Providing DNA encoding this section of amino acids (called the α-peptide) to a lacZΔM15-mutant...