T1TOBLaboratory / Validation

Tobacco

Nicotiana benthamiana / N. tabacum

Laboratory Series

Tobacco — engineered specimen hero

Target SHU range

10K – 500K

Across 13 engineered constructs in the Laboratory Series, calibrated to realistic heterologous expression yields in tobacco.

Engineering Tier

T1

Synteny

88-92% synteny

Timeline

18-24 months

Products

13

Catalog

10 Constructs · Tobacco

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Leaf Test
SS-0251300

Leaf Test

Research model

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Infiltration
SS-02521.5K

Infiltration

Research model

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Transient Flash
SS-02533K

Transient Flash

Research model

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Benchmark A
SS-02547.5K

Benchmark A

Research model

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Benchmark B
SS-025515K

Benchmark B

Research model

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Benchmark C
SS-025629.9K

Benchmark C

Research model

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Threshold
SS-025774.8K

Threshold

Research model

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Overexpression
SS-0258149.6K

Overexpression

Research model

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Maximum Yield
SS-0259299.3K

Maximum Yield

Research model

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Research Limit
SS-0260586.4K

Research Limit

Research model

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Named Designs

Laboratory Series

SS-TOB-01

Design 01

Proof of Concept

Pathway functionality validation; capsaicinoid detection via HPLC

Engineering: 4 genes, leaf expression (CaMV 35S promoter)

10K

target SHU

SS-TOB-02

Design 02

Benchmark

Yield optimization; test all promoter-terminator combinations

Engineering: 4 genes + POX-KO + PAL-OE

100K

target SHU

SS-TOB-03

Design 03

Threshold

Maximum expression ceiling; ESM2 variant validation

Engineering: 5 genes + POX-KO + Pun1(S39L)

500K

target SHU

Specimen Documentation

Five research shots of Tobacco

Tobacco — On-plant
On-plantIn the research greenhouse with specimen tag.
Tobacco — Cross-section
Cross-sectionInterior structure revealed on a lab tray.
Tobacco — Specimen
SpecimenClinical bench documentation.
Tobacco — Cluster
ClusterMultiple specimens from the plant line.
Tobacco — Studio hero
Studio heroDramatic lighting against a black background.

About this program

Market opportunity & engineering strategy

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Market Opportunity

Not a food product. Role is as a validated model system for heterologous pathway testing. N. benthamiana is the most widely used plant transformation host with the fastest and highest-efficiency transformation protocols.

Engineering Strategy

85% synteny with Capsicum annuum. Agrobacterium-mediated leaf infiltration; transient expression in 3-5 days, stable transformation in 6-8 weeks. Proof-of-concept for pathway functionality, promoter testing, Pun1 variant validation.

Research & Institutional Access

Universities, pharma labs, and ag-biotech teams license Tobacco constructs for research and commercial applications. Contact us with your institution and use case.

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