pAAVone-AAV2-Retro-CMV-mCherry

Price range: $999.00 through $1,899.00

pAAVone-AAV2-Retro-CMV-mCherry is a plasmid used to produce AAV2-Retro-CMV-mCherry using AAVnerGene’s novel AAVone production system. It  integrates all the AAV production necessary components, including Ad helper genes (E2A, E4orf6 and VA RNA), AAV helper genes (Rep and AAV2-Retro Cap), and a single-strand AAV-CMV-mCherry genome.  AAV2-Retro-CMV-mCherry viruses can be simply and efficiently produced by transfection of this single-into host cells, such us HEK 293 and HEK 293T. AAV2-Retro (often referred to simply as AAV-Retro) is a modified version of the AAV2 serotype that was engineered to efficiently transduce neurons and other cells in a retrograde manner. This means that AAV2-Retro can travel from the axon terminals of neurons back to their cell bodies, enabling highly efficient gene delivery across neural circuits. It was developed to overcome the limitations of traditional AAV serotypes that are less efficient at crossing synapses and spreading through neural networks.

  • AAV Capsid: AAV2-Retro
  • AAV Genome: AAV-CMV-SV40Intron-mCherry-WPRE3-SV40PolyA,
  • AAV Genome Size: 2167 bp
  • AAV Genome Type: ssAAV
  • ITRs:  L-ITR (119 bp) + R-ITR (130 bp)
  • Promoter: CMV
  • Transgene: mCherry
  • Plasmid Size: 10641 bp
  • Bacterial Resistance(s) : Kana
  • Plasmid Backbone: pAAVone
  • Storage:  -20°C for long term (> 1 year)
  • Shipping: Dry ice.
  • Notice to Purchaser:  MTA is required. All mini-pHelper based products, including mini-pHelper itself, pAAVdual and pAAVone plasmids,  are sold under license of US 20240229067. Rights to use these products are limited to non-commercial research only. No other rights are conveyed. Inquiry into the availability of a license to broader rights or the use of these products for commercial purposes should be directed to AAVnerGene Inc, 9620 Medical Center Dr, Suite 100, Rockville, MD, 20850. Purchase of these products does not grant rights to : (1) offer the vectors or any derivatives thereof for resale; or (2) to distribute or transfer the vector or any derivative thereof to third parties.
  • Cloning Services: AAVnerGene provides cloning services based on this plasmid backbone with $300/clone.
  • AAV Package Services: AAVnerGene provides affordable AAV production services at various scales(from 1e12 to 1e16 vg), in both suspension and adherent cultured cells (HEK 293T or HEK 293), with flexible purification methods (CsCl, Iodixanol, or AAV-X resin).
  • AAV Analytical Services: We also offer advanced AAV characterization services,  including AAV purity, vector genome identity, ITR integrity, DNA impurities, empty/full ratios, and a variety of comprehensive analyses based on custom requests.
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SKU: SE001006-AAV2-Retro Categories: , ,

pAAVone plasmids are used to produce AAVs using AAVnerGene’s novel AAVone signle-plasmid AAV production system.  They integrates  all the AAV production necessary components, including Ad helper genes (E2A, E4orf6 and VA RNA), AAV helper genes (Rep and Cap), and AAV genome.  To produce AAVs, users only need select the pAAVone plasmid carrying the corresponding capsid, clone your transgenes into it and  transfect them into host cells.

Pre-made pAAVone plasmids are available in the following serotypes: AAV1, AAV2, AAV2-Retro, AAV3B, AAV4, AAV5, AAV6, AAV7, AAV8, AAV9, AAV11, AAV12, AAV13, AAV-DJ, AAV2-Retro, AAVrh.74, and AAV-PHP.eB. If you require any other AAV serotypes or variants, please contact us, and we can produce them within 2 weeks.

pAAVone-AAVs-CMV-mCherry Plasmids:

NameSKUPriceBuy

AAVone vs Traditional Triple-plasmid System:

Advantages of AAVone system compared with triple plasmid system

pAAVone-AAVs-CMV-mCherry series plasmids offer a simple, low cost, but high consistency and high efficiency mothed to produce AAV-CMV-mCherry virus with different AAV serotypes.

Workflow of AAVone Production System:

Workflow of AAVone System-3

AAVone System Increase AAV Yield up to 400%:

AAVone System Generates High-quality AAV Vectors:

Plasmid Amount

1 mg, 10 µg, 10 mg, 100 µg