Team:DTU-Denmark/Parts

• Project
  • Description
  • Design
  • InterLab
  • Results
  • Choice of Organism
  • amilCP Expression
  • melA Expression
  • nat1 Expression
  • Ganoderma Protoplastation
  • Demonstrate
• Modeling
  • Model
  • Growth Modeling
  • Design of Experiments
  • Modeling the Design
  • Structural Integrity
  • Hardware
• Parts
• Journal
  • Notebook
  • Experiments
• 
• People
  • Team Members
  • Attributions
• Human Practices
  • Human Practices
  • Education and Engagement
• Collaboration
  • Collaborations
  • BioBrick Tutorial
• Safety

Hyphae Hackers

Project

Description Design InterLab Results Choice of Organism amilCP Expression melA Expression nat1 Expression Ganoderma Protoplastation Demonstrate

Modeling

Model Growth Modeling Design of Experiments Modeling the Design Structural Integrity Hardware

Parts Overview Journal

Notebook Experiments

People

Team Members Attributions

Safety Human Practices

Human Practices Education & Engagement

Collaborations

Collaborations BioBrick Tutorial

Parts

Mycolab protocols

BBa_K2799000MelA

Type

Coding

Length

1830

This BioBrick is the coding region of MelA that has been codon-optimized to Aspergillus oryzae by DTU Biobuilders 2018. The protein sequence is based on a previous BioBrick.

BBa_K2799001Nat1

Type

Coding

Length

573

This BioBrick is the coding region for the Nat1 gene, that provides resistance to NCT in filamentous fungi.

BBa_K2799001Nat1

Type

Composite

Length

1290

This BioBrick encompasses the chromoprotein AmilCP for expression in fungi. It has the promoter and terminator from the Cauliflower Mosaic Virus (CaMV).

Useful links

Home • Project description • Modelling • Parts overview • Notebook • Team • Safety • Human practices

About us

• dtubiobuilders@gmail.com
• Anker Engelunds Vej 1 Bygning 101A, 2800 Kgs. Lyngby, Denmark

Contact us