ASK Tri-Axis Dominant-Primary Series I-NP

Vitis vinifera

Grape

Tier IASK Tri-Axis Dominant-Primary Series

Target Trait

1.1×

fold-change

Astringency-dominant tri-axis S+K modulated fold-change

Technical Specifications

SKU

SS-F-M3-02680

Genomic Edits

GC Content

44.2%

Construct Length

4,337 bp

Promoter System

Lipid nanoparticle / Ubiquitin

Expression System

Nanoparticle delivery

Host Strain

LNP-mediated

Receptor Target

Polyphenol-astringency axis + TAS1R2/TAS1R3 + CaSR

IFI Score

110

Pathway Edits

Polyphenol-astringency axis pathway primary gene cluster for astringency (IFI-A) tri-axis component
TAS1R2/TAS1R3 pathway primary gene cluster for sweet (IFI-S) tri-axis component
CaSR pathway primary gene cluster for kokumi (IFI-K) tri-axis component
Tri-axis metabolic flux partitioning hub for concurrent ASK pathway operation
Cross-pathway regulatory circuit for astringency-dominant ASK triple-axis expression
Cofactor regeneration system (NADPH, ATP, acetyl-CoA) supporting triple-axis concurrent production

Key Interventions

Triple-axis receptor co-activation: Polyphenol-astringency axis, TAS1R2/TAS1R3, and CaSR pathways simultaneously engineeredAstringency-dominant tri-axis expression strategy (ASK) with cross-pathway flux managementLNP-mediated delivery of triple-axis mRNA panel for transient expression profiling

IFI Subscale Profile

IFI Profile

IFI-S

—

IFI-U

—

IFI-B

—

IFI-K

—

IFI-C

—

IFI-P

—

IFI-A

—

IFI-F

—

Use Case

Tier I ASK triple-axis construct for advanced multi-modal sensory architecture combining astringency, sweet, and kokumi axes. Suitable for ultra-premium ingredient formulation requiring certification across three simultaneous IFI receptor pathways.

License

$549 · Tier I License

Includes full construct sequence, CRISPR guide designs, pathway edit specifications, flux balance analysis, and IFI validation data.

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