We narrowed to 5,692 results for: org

1. pX330_NPM2_cterm3

   Plasmid

   #222913

   Purpose

   Cas9/sgRNA plasmid for targeting NPM2

   Depositor

   George Church

   Article

   Pierson Smela et al bioRxiv 2022.07.11.499564

   Insert

   Cas9, NPM2 sgRNA 3 (NPM2 Human, Synthetic)
   

   Use

   CRISPR

   Available Since

   July 22, 2024

   Availability

   Academic Institutions and Nonprofits only

   

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2. pX330_NPM2_cterm2

   Plasmid

   #222912

   Purpose

   Cas9/sgRNA plasmid for targeting NPM2

   Depositor

   George Church

   Article

   Pierson Smela et al bioRxiv 2022.07.11.499564

   Insert

   Cas9, NPM2 sgRNA 2 (NPM2 Human, Synthetic)
   

   Use

   CRISPR

   Available Since

   July 22, 2024

   Availability

   Academic Institutions and Nonprofits only

   

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3. pPRISM-QF2-he1.1:YFP

   Plasmid

   #184819

   Purpose

   Modified version of GeneWeld method from Wierson et al., 2020 (https://doi.org/10.7554/eLife.53968). Backbone into which homology arms are cloned for CRISPR/Cas9-mediated integration of QF2.

   Depositor

   Marnie Halpern

   Article

   Spikol et al Elife. 2024 May 31;12:RP89516. doi: 10.7

   Insert

   QF2-pA-he1.1:YFP
   

   Use

   CRISPR; Backbone for cloning of homology arms (fo…

   Available Since

   May 29, 2024

   Availability

   Academic Institutions and Nonprofits only

   

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4. pPRISM-QF2-he1.1:YFP-rln3a-HA

   Plasmid

   #184820

   Purpose

   Modified version of GeneWeld method from Wierson et al., 2020 (https://doi.org/10.7554/eLife.53968). Contains homology arm inserts for integration of QF2 into rln3a gene by CRISPR/Cas9 integration.

   Depositor

   Marnie Halpern

   Article

   Spikol et al Elife. 2024 May 31;12:RP89516. doi: 10.7

   Insert

   rln3a-HA
   

   Use

   CRISPR; For integration of qf2 by homology-direct…

   Available Since

   May 29, 2024

   Availability

   Academic Institutions and Nonprofits only

   

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5. Silene_conica _PheRS_MitoTP_pK7FWG2

   Plasmid

   #202659

   Purpose

   Determine where transit peptide targets GFP in N. benthamiana

   Depositor

   Daniel Sloan

   Article

   Warren et al Mol Biol Evol. 2023 Jul 5;40(7):msad163.

   Insert

   N-terminal transit peptide from organellar Silene conica PheRS predicted to be targeted to mito
   

   Tags

   Green Florescent Protien

   Expression

   Plant

   Available Since

   Aug. 10, 2023

   Availability

   Industry, Academic Institutions, and Nonprofits

   

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6. Silene_conica _PheRS_PlastidTP_pK7FWG2

   Plasmid

   #202660

   Purpose

   Determine where transit peptide targets GFP in N. benthamiana

   Depositor

   Daniel Sloan

   Article

   Warren et al Mol Biol Evol. 2023 Jul 5;40(7):msad163.

   Insert

   N-terminal transit peptide from organellar Silene conica PheRS predicted to be targeted to plastid
   

   Tags

   Green Florescent Protien

   Expression

   Plant

   Available Since

   Aug. 10, 2023

   Availability

   Industry, Academic Institutions, and Nonprofits

   

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7. Arabidopsis_thaliana _PheRS_DualTP_pK7FWG2

   Plasmid

   #202661

   Purpose

   Determine where transit peptide targets GFP in N. benthamiana

   Depositor

   Daniel Sloan

   Article

   Warren et al Mol Biol Evol. 2023 Jul 5;40(7):msad163.

   Insert

   N-terminal transit peptide from organellar Arabidopsis thaliana PheRS known to be dual targeted to plastid and mitochondria
   

   Tags

   Green Florescent Protien

   Expression

   Plant

   Available Since

   Aug. 10, 2023

   Availability

   Industry, Academic Institutions, and Nonprofits

   

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8. pSEVA424::tsi5

   Plasmid

   #192960

   Purpose

   Expresses the protein Tsi51-76 for biological function studies in a broad-spectrum of organisms

   Depositor

   David Albesa-Jové

   Article

   Gonzalez-Magana et al Commun Biol. 2022 Nov 5;5(1):1189. doi:

   Insert

   tsi5
   

   Expression

   Bacterial

   Available Since

   Feb. 3, 2023

   Availability

   Academic Institutions and Nonprofits only

   

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9. pFR-mTq2-antiFRET-P2A-RCaMP1h

   Plasmid

   #191467

   Purpose

   Compare the intensity of the genetically encoded calcium sensor (GECI) RCaMP1h to mTurquoise2 fluorescent protein

   Depositor

   Dorus Gadella

   Article

   van der Linden et al bioRxiv 2024.11.05.622032; doi: https://

   Insert

   RCaMP1h
   

   Tags

   His-mTurquoise2-antiFRETlinker-P2A

   Expression

   Bacterial and Mammalian

   Available Since

   Feb. 1, 2023

   Availability

   Academic Institutions and Nonprofits only

   

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10. pFR-mScarletI-antiFRET-P2A-GCaMP3

    Plasmid

    #191460

    Purpose

    Compare the intensity of the genetically encoded calcium sensor (GECI) GCaMP3 to mScarlet-I fluorescent protein

    Depositor

    Dorus Gadella

    Article

    van der Linden et al bioRxiv 2024.11.05.622032; doi: https://

    Insert

    GCaMP3
    

    Tags

    His-mScarletI-antiFRETlinker-P2A

    Expression

    Bacterial and Mammalian

    Available Since

    Dec. 8, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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11. pFR-mTq2-antiFRET-P2A-K-GECO1

    Plasmid

    #191469

    Purpose

    Compare the intensity of the genetically encoded calcium sensor (GECI) K-GECO1 to mTurquoise2 fluorescent protein

    Depositor

    Dorus Gadella

    Article

    van der Linden et al bioRxiv 2024.11.05.622032; doi: https://

    Insert

    K-GECO1
    

    Tags

    His-mTurquoise2-antiFRETlinker-P2A

    Expression

    Bacterial and Mammalian

    Available Since

    Dec. 8, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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12. pFR-mTq2-antiFRET-P2A-R-GECO1

    Plasmid

    #191471

    Purpose

    Compare the intensity of the genetically encoded calcium sensor (GECI) R-GECO1 to mTurquoise2 fluorescent protein

    Depositor

    Dorus Gadella

    Article

    van der Linden et al bioRxiv 2024.11.05.622032; doi: https://

    Insert

    R-GECO1
    

    Tags

    His-mTurquoise2-antiFRETlinker-P2A

    Expression

    Bacterial and Mammalian

    Available Since

    Dec. 8, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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13. pOP004

    Plasmid

    #185985

    Purpose

    Encodes a 0.8 kb bacterial transcription unit with Broccoli-tRNA fluorogenic aptamer shortly upstream of the intrinsic terminator

    Depositor

    Georgi Belogurov

    Article

    Huang et al Methods Enzymol. 2022;675:207-233. doi:

    Insert

    Bacterial transcription unit encoding Broccoli-tRNA fluorogenic aptamer
    

    Expression

    Bacterial

    Available Since

    Nov. 29, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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14. pDRESS-mScarletI-antiFRET-P2A2-linker_noSacI

    Plasmid

    #191473

    Purpose

    Negative control for ratiometric comparison between green fluorescent proteins and sensors

    Depositor

    Dorus Gadella

    Article

    van der Linden et al bioRxiv 2024.11.05.622032; doi: https://

    Insert

    none
    

    Tags

    His-mScarletI-antiFRETlinker-P2A

    Expression

    Bacterial and Mammalian

    Available Since

    Nov. 16, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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15. pDRESS-mTq2-antiFRET-P2A2-linker_noSacI

    Plasmid

    #191472

    Purpose

    Negative control for ratiometric comparison between red fluorescent proteins and sensors

    Depositor

    Dorus Gadella

    Article

    van der Linden et al bioRxiv 2024.11.05.622032; doi: https://

    Insert

    none
    

    Tags

    His-mTurquoise2-antiFRETlinker-P2A

    Expression

    Bacterial and Mammalian

    Available Since

    Nov. 16, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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16. pFR-mTq2-antiFRET-P2A-CH-GECO2.1

    Plasmid

    #191470

    Purpose

    Compare the intensity of the genetically encoded calcium sensor (GECI) CH-GECO2.1 to mTurquoise2 fluorescent protein

    Depositor

    Dorus Gadella

    Article

    van der Linden et al bioRxiv 2024.11.05.622032; doi: https://

    Insert

    CH-GECO2.1
    

    Tags

    His-mTurquoise2-antiFRETlinker-P2A

    Expression

    Bacterial and Mammalian

    Available Since

    Nov. 16, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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17. pFR-mScarletI-antiFRET-P2A-jGCaMP7c

    Plasmid

    #191461

    Purpose

    Compare the intensity of the genetically encoded calcium sensor (GECI) jGCaMP7c to mScarlet-I fluorescent protein

    Depositor

    Dorus Gadella

    Article

    van der Linden et al bioRxiv 2024.11.05.622032; doi: https://

    Insert

    jGCaMP7c
    

    Tags

    His-mScarletI-antiFRETlinker-P2A

    Expression

    Bacterial and Mammalian

    Available Since

    Nov. 16, 2022

    Availability

    Academic Institutions and Nonprofits only

    

    Enlarge

18. pOP005

    Plasmid

    #186030

    Purpose

    Encodes a 0.8 kb bacterial transcription unit with Broccoli-tRNA fluorogenic aptamer shortly downstream of the promoter

    Depositor

    Georgi Belogurov

    Article

    Huang et al Methods Enzymol. 2022;675:207-233. doi:

    Insert

    Bacterial transcription unit encoding Broccoli-tRNA fluorogenic aptamer
    

    Expression

    Bacterial

    Available Since

    Sept. 13, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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19. gMUM2-Citrine

    Plasmid

    #181965

    Purpose

    MUM2 protein fused to Citrine, under control of native promoter

    Depositor

    George Haughn

    Article

    Lee et al Plant Direct. 2021 Nov 28;5(11):e360. do

    Insert

    MUM2 (MUM2 Mustard Weed)
    

    Tags

    Citrine YFP

    Expression

    Plant

    Promoter

    MUM2

    Available Since

    March 16, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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20. MUM2SP-Citrine

    Plasmid

    #181963

    Purpose

    MUM2 signal peptide fused to Citrine, under control of MUM4_1.5kb promoter

    Depositor

    George Haughn

    Article

    Lee et al Plant Direct. 2021 Nov 28;5(11):e360. do

    Insert

    MUM2 signal peptide, fused to the Citrine YFP in pAD
    

    Tags

    Citrine YFP

    Expression

    Plant

    Promoter

    MUM4pro 1.5kb fragment

    Available Since

    March 14, 2022

    Availability

    Academic Institutions and Nonprofits only

    

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