DTU Studieprojekt - Finding key differences between industrial L. lactis strains by physiological characterization in bioreactors (with Chr. Hansen)

Danmarks Tekniske Universitet (DTU)

Finding key differences between industrial L. lactis strains by physiological characterization in bioreactors (with Chr. Hansen)

Udbyder
Vejleder
Sted
København og omegn
For this student project we aim to analyze three genetically different L. lactis strains using bioreactors to collect very accurate growth characteristics. Key objectives:

Physiological characterization of the 3 individual strains in bioreactorsto find clues for differences between the strains that are of key importance for co-culture compatibility.
Physiological characterization of co-cultures of these strains in bioreactorsto compare strain characteristics in co-culture to characteristics of individual strains.
Depending on the interests of the student there are possibilities to include some metabolic modeling or other forms of computational analyses in the project.

The project will be a part of a collaboration project with Chr. Hansen. See attached PDF for all the details and requirements. I samarbejde med
Chr. Hansen

Emneord

Bioteknologi og biokemi
Fysik
Informationsteknologi
Kemi
Matematik
Medicin og medicoteknik
Transport og logistik
Bakterier og mikroorganismer
Biologiske systemer
Celler
Enzymer og proteiner
Gener og genomer
Syntetisk biologi
Vira
Ernæring og kostvaner
Fødevarekvalitet
Fødevareproduktion
Fødevaresikkerhed
Fødevareteknologi
Billedanalyse
Dataanalyse
Teknisk kemi
Matematisk modellering
Fysiologisk modellering
Høreapparater
Hospitalsindretning
Kunstige organer
Medicinske apparater og systemer
Nanomedicin
Radioaktive lægemidler og isotoper
Sundhed og sygdomme

Kontakt
Virksomhed/organisation
DTU Bioengineering

Navn
Nikolaus Sonnenschein

Stilling
Lektor

Mail
niso@dtu.dk

Vejleder-info
Kandidatuddannelsen i Kvantitativ Biologi og Sygdomsmodellering
Vejleder
Nikolaus Sonnenschein

ECTS-point
10 - 30