destination vector pagm4723 (Addgene inc)
Addgene inc is a verified supplier 
94
Structured Review
Addgene inc
destination vector pagm4723
Destination Vector Pagm4723, supplied by Addgene inc, used in various techniques. Bioz Stars score: 94/100, based on 45 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pagm4723+plasmid/pAGM4723+(Plasmid+%2348015)/pm41923635-215-6-9
Average 94 stars, based on 45 article reviews
Destination Vector Pagm4723, supplied by Addgene inc, used in various techniques. Bioz Stars score: 94/100, based on 45 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pagm4723+plasmid/pAGM4723+(Plasmid+%2348015)/pm41923635-215-6-9
Average 94 stars, based on 45 article reviews
destination vector pagm4723 - by Bioz Stars,
2026-09
94/100 stars
Images
Related Articles
Amplification:Article Title: The new kid on the block: a dominant-negative mutation of phototropin1 enhances carotenoid content in tomato fruits. Article Snippet: .. The human codon-optimized CAS9 with 2x35S CaMV promoter and Nos terminator was amplified from Article Title: The new kid on the block: A dominant-negative mutation of phototropin1 enhances carotenoid content in tomato fruits Article Snippet: .. The human codon-optimized CAS9 with 2×35S CaMV promoter and Nos terminator was amplified from Article Title: Introgression of a dominant phototropin1 mutant superenhances carotenoids and boosts flavor-related volatiles in genome-edited tomato RIN mutants Article Snippet: .. The human codon-optimized CAS9 with 2x35S CaMV promoter, and NOS terminator was amplified from Plasmid Preparation:Article Title: The new kid on the block: a dominant-negative mutation of phototropin1 enhances carotenoid content in tomato fruits. Article Snippet: .. The human codon-optimized CAS9 with 2x35S CaMV promoter and Nos terminator was amplified from Article Title: Breakthrough in Dicot Prime Editing: Enabling Heritable Desired Edits in Tomato and Arabidopsis Article Snippet: .. For the T-DNA-based PE tools, the expression cassettes of the selection marker (NptII, Addgene #51144), PE protein, and pegRNA were cloned into the Article Title: Optimized dicot prime editing enables heritable desired edits in tomato and Arabidopsis. Article Snippet: Prime editing (PE) enables almost all types of precise genome editing in animals and plants.. It has been successfully adapted to edit several plants with variable efficiency and versatility.. However, this technique is inefficient for dicots for unknown reasons. Article Title: The new kid on the block: A dominant-negative mutation of phototropin1 enhances carotenoid content in tomato fruits Article Snippet: .. The human codon-optimized CAS9 with 2×35S CaMV promoter and Nos terminator was amplified from Article Title: Introgression of a dominant phototropin1 mutant superenhances carotenoids and boosts flavor-related volatiles in genome-edited tomato RIN mutants Article Snippet: .. The human codon-optimized CAS9 with 2x35S CaMV promoter, and NOS terminator was amplified from Expressing:Article Title: Breakthrough in Dicot Prime Editing: Enabling Heritable Desired Edits in Tomato and Arabidopsis Article Snippet: .. For the T-DNA-based PE tools, the expression cassettes of the selection marker (NptII, Addgene #51144), PE protein, and pegRNA were cloned into the Article Title: Optimized dicot prime editing enables heritable desired edits in tomato and Arabidopsis. Article Snippet: Prime editing (PE) enables almost all types of precise genome editing in animals and plants.. It has been successfully adapted to edit several plants with variable efficiency and versatility.. However, this technique is inefficient for dicots for unknown reasons. Selection:Article Title: Breakthrough in Dicot Prime Editing: Enabling Heritable Desired Edits in Tomato and Arabidopsis Article Snippet: .. For the T-DNA-based PE tools, the expression cassettes of the selection marker (NptII, Addgene #51144), PE protein, and pegRNA were cloned into the Article Title: Optimized dicot prime editing enables heritable desired edits in tomato and Arabidopsis. Article Snippet: Prime editing (PE) enables almost all types of precise genome editing in animals and plants.. It has been successfully adapted to edit several plants with variable efficiency and versatility.. However, this technique is inefficient for dicots for unknown reasons. Marker:Article Title: Breakthrough in Dicot Prime Editing: Enabling Heritable Desired Edits in Tomato and Arabidopsis Article Snippet: .. For the T-DNA-based PE tools, the expression cassettes of the selection marker (NptII, Addgene #51144), PE protein, and pegRNA were cloned into the Article Title: Optimized dicot prime editing enables heritable desired edits in tomato and Arabidopsis. Article Snippet: Prime editing (PE) enables almost all types of precise genome editing in animals and plants.. It has been successfully adapted to edit several plants with variable efficiency and versatility.. However, this technique is inefficient for dicots for unknown reasons. Clone Assay:Article Title: Breakthrough in Dicot Prime Editing: Enabling Heritable Desired Edits in Tomato and Arabidopsis Article Snippet: .. For the T-DNA-based PE tools, the expression cassettes of the selection marker (NptII, Addgene #51144), PE protein, and pegRNA were cloned into the Article Title: Optimized dicot prime editing enables heritable desired edits in tomato and Arabidopsis. Article Snippet: Prime editing (PE) enables almost all types of precise genome editing in animals and plants.. It has been successfully adapted to edit several plants with variable efficiency and versatility.. However, this technique is inefficient for dicots for unknown reasons. |