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CourseEmerging

Synthetic Biology of Filamentous Fungi

Design-build-test-learn approaches for engineering filamentous fungi, from parts and promoters to pathway assembly and chassis optimisation.

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Level
Course
Modules
6
Duration
2–3 months
Format
Live online
School
Fungal Computing
What you will study

6 modules, one growing line of knowledge.

Hover or tap a module to follow the path from the first session to the final project.

At a glance

How the programme grows, phase by phase.

PHASE 1
Foundations
  • The design-build-test-learn cycle
  • Genetic parts: promoters, terminators and markers
PHASE 2
Practice
  • Pathway assembly and multigene expression
  • Heterologous secondary metabolite production
PHASE 3
Application & project
  • Chassis engineering and morphology control
  • Automation and biofoundries
What you will be able to do

Synthetic Biology of Filamentous Fungi

By the end you will have worked through:

  • The design-build-test-learn cycle
  • Genetic parts: promoters, terminators and markers
  • Pathway assembly and multigene expression
  • Heterologous secondary metabolite production
  • Chassis engineering and morphology control
Your learning path

Where this programme sits in the school.

You are here · CourseSynthetic Biology of Filamentous FungiNext · DiplomaDiploma in Fungal Electrophysiology and Bioelectronics
People also search for

Related searches

fungal synthetic biologyfilamentous fungi engineeringDBTL fungiheterologous expression Aspergillusbiofoundry fungi
FAQ

Questions about this programme

Do I need experience to study Synthetic Biology of Filamentous Fungi?

No previous experience is needed. The course starts from the foundations.

How is Synthetic Biology of Filamentous Fungi taught?

Live online, in 6 modules with a working professional, a small group and a final project.

What certificate do I get?

Fungaris issues a course certificate on completion. Accreditations are assessed according to the training completed and the local regulations of each country.

What can I study after Synthetic Biology of Filamentous Fungi?

The natural next step is Diploma in Fungal Electrophysiology and Bioelectronics.

How it is taught

Live, in a small group, with a real project.

i.A live professorMycologists, biologists, engineers and chefs who work in the field.
ii.A small groupQuestions in every session, and classmates from many countries.
iii.A real projectEach programme closes with applied work, reviewed by your professor.
iv.A certificateIssued by Fungaris on completion of the programme.
Related programmes

Keep branching.

All fungal computing programmes
CourseEmergingElectrical Signalling in Mycelium: An IntroductionWhat is known, and not yet known, about membrane potentials and spike-like electrical activity recorded in fungal mycelium.Fungal ComputingCourseEmergingRecording Electrical Activity in Fungi: Electrodes and InstrumentationHands-on design of low-noise recording setups for mycelium, from electrode choice to shielding, data loggers and experimental controls.Fungal ComputingCourseEmergingSignal Processing for Fungal ElectrophysiologyFiltering, spike detection, statistics and pattern analysis for fungal electrical recordings, with emphasis on avoiding over-interpretation.Fungal Computing
Admissions & Fees

Join the next intake.

Pay in full with a 20% reduction, or reserve your place with 40% and pay the rest in monthly instalments.

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