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EF1a-TS.FF4x1-mRuby2-bGH

Plasmid

#235274

Purpose

3' microRNA target site expression for dual-vector iFFL circuit (closed-loop)

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EF1a-TS.FF6x1-mRuby2(miRE.FF4)-bGH

Plasmid

#235288

Purpose

ComMAND open-loop circuit regulating mRuby2 with miRE-FF4 design 2

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EF1a-TS.FF6x1-mRuby2-miRE.FF4-bGH

Plasmid

#235290

Purpose

ComMAND open-loop circuit regulating mRuby2 with miRE-FF4 design 3

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EFS-mRuby2(miRE.FF4)-TS.FF4x1-bGH

Plasmid

#235310

Purpose

ComMAND closed-loop circuit regulating mRuby2, EFS-driven

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EFS (human EF1a short, intronless)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EF1a-TS.FF4x1-mRuby2-miR.FF4-bGH

Plasmid

#235287

Purpose

ComMAND closed-loop circuit regulating mRuby2 with miR-FF4 design 3

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EF1a-TS.FF4x1-mRuby2-miRE.FF4-bGH

Plasmid

#235291

Purpose

ComMAND closed-loop circuit regulating mRuby2 with miRE-FF4 design 3

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EF1a-TS.FF5x1-mRuby2(miRE.FF5)-bGH

Plasmid

#235263

Purpose

ComMAND closed-loop circuit regulating mRuby2 with miRE-FF5 design 2

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EF1a-TS.FF6x1-mRuby2-bGH

Plasmid

#235275

Purpose

3' microRNA target site expression for dual-vector iFFL circuit (open-loop)

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EF1a-TS.FF6x1-mRuby2-miR.FF4-bGH

Plasmid

#235286

Purpose

ComMAND open-loop circuit regulating mRuby2 with miR-FF4 design 3

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge
EF1a-mRuby2-TS.FF4x1-bGH

Plasmid

#235272

Purpose

3' microRNA target site expression for dual-vector iFFL circuit (closed-loop)

Depositor

Kate Galloway

Article

Love et al Cell Syst. 2025 Apr 22:101269. doi: 10.1

Insert

mRuby2

Use

Synthetic Biology

Expression

Mammalian

Promoter

EF1a (human EF1a)

Available Since

May 14, 2025

Availability

Academic Institutions and Nonprofits only

Enlarge