output/raw/qRTPCR_Results_Pdigitatum_20210120.txt

Version 1

National Institute of Biology, Department of Biotechnology and Systems Biology projects

SUSPHIRE aims to provide a sustainable, low-cost biomanufacturing platform for the commercial production of insect pheromones.

Short Name: T23_SxF Title: Moth pheromone production in filamentous fungi SxF Description: Demonstration of moth pheromone production in filamentous fungi by solvent extractions of liquid cultures and mycelial biomass and GC-MS/MS analysis. Constitutive and inducible expression of moth pheromones in filamentous fungi Penicillium species will be developed using a dCas9-based copper inducible system. An initial proof of concept will also be performed in P. digitatum using constitutive promoters. ...

Short Name: P1_ConstExp_Pdigitatum Title: Constitutive expression of moth pheromone pathway in Penicillium digitatum. Description: For this Proof of Concept, the three enzymes of the moth pheromones route were assembled in TUs using fungal promoters and terminators, and transformed into Penicillium digitatum. Pheromone production of the selected transformants will be assessed via GC-MS. Raw Data: pISA Study creation date: 2020-18-04 pISA Study creator: ElenaMG Principal investigator: Diego Orzaez ...

Short Name: qRTPCRMothPheromonesEnzymes-Q-RT-PCR Assay Class: WET Assay Type: Q-RT-PCR Title: qRT-PCR Analysis of enzymes AtrD11 and HarFar in Penicillium digitatum transformants Description: Two Penicillium digitatum transformants were selected that showed integration of the two genes AtrD11 and HarFar (PCR test) but not moth pheromone production (GC-MS, analysed in CEQA facilities). These two transformants were then assayed in their expression of the transgenes by qRT-PCR. pISA Assay creation ...