IFI-A · Tea-Black Fermentation
Specimen SS-F-AST-869 // ASTRINGENCY · IFI-A
Tea-Black Fermentation IV-PR-A
Camellia sinensis
Tea
Tier IVTea-Black Fermentation
Target Trait
3.05×
fold-change
Theaflavin/thearubigin equivalent oxidative coupling index
Technical Specifications
SKU
SS-F-AST-869
Genomic Edits
7
GC Content
43.4%
Construct Length
3,957 bp
Promoter System
Ubiquitin / T7
Expression System
Protoplast PEG-fusion
Host Strain
PEG-mediated
Receptor Target
Polyphenol-astringency axis
IFI Score
305
Pathway Edits
- PPO1 overexpression (polyphenol oxidase 1) for catechin ortho-quinone formation and theaflavin initiation
- LAC3 laccase amplification for complementary oxidative coupling of flavan-3-ol substrates
- CYP78A5 upregulation for subsidiary oxidative modification of flavan-3-ol substrates
- peroxidase-1 co-expression for H2O2-dependent oxidative coupling in thearubigin formation
- Protoplast PEG-fusion transient and stable integration protocol
Key Interventions
PPO1-driven catechin ortho-quinone formation for theaflavin benzotropolone ring condensationLAC3/peroxidase-1 complementary oxidative coupling for thearubigin analog formationCYP78A5 auxiliary oxidative modification for expanded oxidative astringency architecturePEG-4000 mediated membrane fusion at 37°C
IFI Subscale Profile
IFI Profile
IFI-S—
IFI-U—
IFI-B—
IFI-K—
IFI-C—
IFI-P—
IFI-A305
IFI-F—
Use Case
Industrial black tea analog ingredient production, premium theaflavin manufacturing, oxidative coupling polyphenol scale-up.
License
$3999 · Tier IV License
Includes full construct sequence, CRISPR guide designs, pathway edit specifications, flux balance analysis, and IFI validation data.
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