StaffBarbara Menin


Informations



E-mail
menin@ibba.cnr.it

Phone
+39 0223699437

Office
Milano

Research area
BIOTEC, BIOGEN, BIOCEL


ORCID: 0000-0002-9628-8971
Scopus Author ID: 26429516200
Linkedin: Barbara Menin

Menin Barbara

Researcher

Education

2008-2010: Ph. D. in Agricultural, Forestry, and Food Sciences (Plant Genetics and Breeding), University of Turin

2005-2007: Master degree in Plant Biotechnology, University of Turin

2002-2005: Bachelor degree in Biotechnology, University of Turin

Professional experience

2022-Present: Researcher at Italian National Research Council, Institute of Agricultural Biology and Biotechnology (IBBA-CNR), Milan

2019-2022: Researcher at the Italian Institute of Technology, Centre for Sustainable Future Technology (CSFT-IIT), Turin. Coordinator of the Systems and Synthetic Biology research line.

2017-2019: Research fellow at Italian National Research Council, Institute of Biophysics (IBF-CNR), Milan

2015-2017: Researcher with fixed-term contract at the PTP-Science Park, Lodi

2014-2015: Research fellow at University of Milano-Bicocca, Department of Biotechnology and Bioscience, Milan

2012-2014: Co.co.pro term-contract worker at the PTP-Science Park, Lodi

2012: Co.co.pro term-contract at University of Turin, Department of Exploitation and Protection of the Agricultural and Forestry Resources, Turin

2011-2012: Ingénieur de recherche at Institut National Polytechnique de Lorraine (INPL), Laboratoire Agronomie et Environnement, Nancy-France

Research interests

  • Molecular biology; plant biotechnology; plant genetics; metabolic engineering; synthetic biology; genome editing;
  • Microbial and plant cell factories; carbon capture and conversion; secondary metabolites; enzyme characterization;
  • Microalgae and cyanobacteria; wastewater treatment; environmental metagenomics;
  • Transcriptomic analysis; biorefinery; mixotrophy;
  • Valorization of agri-food wastes and by-products;
  • Biochemical aspect related to CO2 and H2 underground storage.

Projects in progress

Development of a structural biology platform as part of the IBISBA European research infrastructure network
Start date: 01/01/2022   End date: 30/04/2024

PNRR-ITINERIS

Milano
Pietro Roversi

Project duration:
01/01/2022 - 30/04/2024
Financing body:
PNRR-ITINERIS
Project research leader:
Pietro Roversi
Headquarters:
Milano

Development of a structural biology platform as part of the IBISBA European research infrastructure network


Protein function can be understood through protein structure. The structure of a protein can inform the design of modifications resulting in increase or reduction of activity, depending on the desired goal. The service we are developing is a structure determination pipeline (from gene to protein structure). The design of synthetic proteins needs both validation by structure determination and it need to be inspired by structures of the proteins – either the ones to be modified or the products of the initial stages of design.  The user will provide either the gene encoding the protein of interest, or vector/expression system and purification protocol for producing it recombinantly, or purified protein.  The service will provide either of the following deliverables:

  • Crystal structure.
  • Cryo-EM structure (for targets with Molecular Weight MW greater than 200 kDa).
DYE ART- In vivo incorporation of organic DYE to ARTificially enhance photosynthetic efficiency in green algae and cyanobacteria
Start date: 30/11/2023   End date: 29/11/2025

PRIN 2022 PNRR- Finanziato MUR e Next Generation EU

Milano
Barbara Menin

Project duration:
30/11/2023 - 29/11/2025
Financing body:
PRIN 2022 PNRR- Finanziato MUR e Next Generation EU
Project research leader:
Barbara Menin
Headquarters:
Milano

DYE ART- In vivo incorporation of organic DYE to ARTificially enhance photosynthetic efficiency in green algae and cyanobacteria


Grazie a una maggiore efficienza di fissazione dell’anidride carbonica rispetto alle piante terrestri, le microalghe possono svolgere un ruolo fondamentale nella futura economia a basse emissioni di carbonio e il loro potenziale ha suscitato un crescente interesse da parte del mondo accademico e dell’industria per lo sviluppo di tecnologie di cattura e utilizzo della CO2.

DYE ART mira alla sperimentazione di una nuova e promettente tecnologia basata su coloranti sintetici che agiscono come sistemi antenna artificiali per migliorare l’efficienza fotosintetica di alghe verdi e cianobatteri. L’obiettivo è quello di superare le attuali limitazioni della crescita autotrofa delle microalghe nei fotobioreattori, per rendere sostenibili i processi biotecnologici basati sulle microalghe, riducendo l’impronta di carbonio e aumentando la produttività complessiva.

DYE ART integra competenze multidisciplinari all’avanguardia nel campo della biologia, della biotecnologia e della fotonica. Il progetto si propone di caratterizzare, verificare e convalidare l’approccio delle antenne artificiali in due gruppi di microalghe – alghe verdi e cianobatteri – entrambi di importanza fondamentale per lo sviluppo di un’ampia gamma di processi biotecnologici e caratterizzati da una diversa configurazione dei complessi pigmento-proteina che raccolgono la luce.

Projects completed

CYAO-CYAnobacteria platform Optimised for bioproduction
Start date: 01/04/2017   End date: 31/03/2021

Fondazione Cariplo

Milano   Website

Anna Paola Casazza

Project duration:
01/04/2017 - 31/03/2021
Financing body:
Fondazione Cariplo
Project research leader:
Anna Paola Casazza
Headquarters:
Milano
Project website:
Website

CYAO-CYAnobacteria platform Optimised for bioproduction


The development of economically and environmentally sustainable strategies for the production of renewable fuels and chemical supplies is perceived as one of the most burning issues in modern society. In particular, the generation of bioproducts from renewable sources having high associated quality value is a core task of bioeconomy. The principal aims of the CYAO project are:

– the development of cyanobacterial strains having improved growth yield and biomass accumulation by the engineering of their light-harvesting capacity;

– the development of cyanobacterial strains producing and accumulating high levels of the antioxidant carotenoid astaxanthin (Asx);

– the evaluation of the feasibility of rainbow trout aquaculture in which the bioproduct Asx, extracted from the engineered cyanobacterial strains, is used as feed supplement.

 

Istituto

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