Emanuela Pedrazzini
RESEARCH INTERESTS • Biogenesis and evolution of cellular compartments, mainly focused on synthesis and deposition of seed storage proteins: i) biogenesis of protein bodies in cereal seeds; ii) nutritional quality; ii) allergenic/antinutritional potential • Endoplasmic Reticulum Quality Control (ERQC) and Unfolded Protein Response (UPR) in plants • Membrane protein synthesis, sorting and targeting (channels/transporters; tail-anchored proteins) • Comparative Cell Biology • Molecular farming: production of recombinant pharmaceuticals/industrial proteins in plant systems
SEEK ID: https://ibisbahub.eu/people/133
Location:
Italy
ORCID:
https://orcid.org/0000-0002-9238-3840
Joined: 7th Jul 2020
Expertise: Molecular and Cell Biology, Agricultural Sciences, Seed storage proteins, Organelle biogenesis, Proteostasis, Protein sorting and targeting, Plant Biotechnology, Protein Engineering, Bioinformatics
Tools: Genetic analysis, Genetic modification, Model organisms, Molecular Biology, PCR, Biochemistry and protein analysis, Cell biology, Cytometry and fluorescent microscopy, rtPCR
Their tagsRelated items
IBISBA is designed to accelerate end-to-end bioprocess development, linking best-in-class R&D facilities to provide seamless multi-technology services.
Focusing on the different R&D phases in bioprocess development, IBISBA offers services related to computer-assisted design of biocomponents, construction of enzymes and microbial strains, the fermentation, downstream processing and project knowledge asset management.
Projects: Uncurated Protocols Library, Template library, Muconic Acid Production in Yeast, Public announcements and documents, IBISBA Library, Curated Protocols Library, Test, DBTL-P, test, Sandbox, kHub_Test_2024, PREP-IBISBA, ITINERIS-IBBR-NA
Web page: http://www.ibisba.eu
IBISBA offers access to best-in-class facilities and know-how. Clients from academia, SMEs and big industry can find tailored solutions for their R&D needs.
Using a H2020 funding framework, IBISBA currently offers limited opportunities to researchers to obtain subsidised access to IBISBA specialised research structures and facilities, including contribution to user's travel and subsistence costs. Open Calls are launched regularly, inviting researchers from all sectors (academia and industry) ...
Projects: TRANSCRIPTPROM - Integrative and comparative analyses of response of Pichia pastoris, FLOX: FLavin-containing OXidoreductases, PlanOvac, HIGHFLUX, SporeDel, Yeast Glycerol, Galambr, SULFOCEL, Muconic Acid Production, Promoters 4 Pichia, Evocolour - The evolution and genetics of Flavobacteria forming structurally coloured colonies for sustainable biomaterials, Extreme - Genomic approach for extremozymes screening of thermophilic/anaerobic Caldicoprobacter algerensis strain, HMOzyme, PILOT-MP - Pilot scale process development for microbial proteins, UMB - Upscaling and optimisation of microalgae production for bivalves hatchery, Biocare, MEOX, Coculture, YarroFuels, PlasticPutida, Lipro-alga, Cyanofcs, ENGINEER4ARGININE, Upscale of the biocatalytic transformation of Free Fatty Acids into high-value products (BIOFFA), B-PAC, BIOFFA, GLYCOMICS, KorallionBio, MAROX, PROTEIFROM, SUPI
Plant-based bio-encapsulation strategies for oral veterinary vaccines
Programme: TransNational Access
Public web page: Not specified
The collection of protocols that have not yet been curated by IBISBA WP6
Programme: IBISBA
Public web page: http://www.ibisba.eu
Novel (ligno)cellulose degrading enzyme for expression in the thermoacidofilic Archaeon Sulfolobus acidocaldarius
Programme: TransNational Access
Public web page: Not specified
ROR ID: Not specified
Department: Not specified
Country: Italy
City: Rome
Web page: https://www.cnr.it
Leaf agroinfiltration is a method used in plant biology and biotechnology to induce transient expression of genes in leaf tissue, in order to produce a desired protein. In the method, a suspension of Agrobacterium tumefaciens, which contains a plasmid with the gene of interest, is introduced into a plant leaf by direct injection, whereafter the bacteria transfer the desired gene into the plant cells via transfer of T-DNA. The main benefit of agroinfiltration, when compared to the more traditional ...
Creators: Emanuela Pedrazzini, Emanuela Pedrazzini
Submitter: Emanuela Pedrazzini
Abstract
Authors: Machtelt Braaksma, Elsa Arcalís, Elena S Martens-Uzunova, Emanuela Pedrazzini, Peter J Punt, Ulrike Hörmann-Dietrich, Peter J Schaap, Alessandro Vitale, Eva Stoger
Date Published: 2022
Publication Type: Journal
