Microscopy image, computer simulation and equation in the context of biofilm growth in catheters of bacteria treated with antibiotics*.

Professorship for Theoretical Microbial Ecology

Prof. Dr Rosalind Allen

Microscopy image, computer simulation and equation in the context of biofilm growth in catheters of bacteria treated with antibiotics*.

Image: Sharareh Tavaddod, Ellen Young and Rosalind Allen

Rosalind Allen, Univ.-Prof. Dr

Professor for Theoretical Microbial Ecology

vCard

Professorship for Theoretical Microbial Ecology

Portrait Prof. Rosalind Allen.

Image: Jens Meyer (University of Jena)

Buchaer Straße 6
07743 Jena Google Maps site planExternal link

To websiteExternal link

More information can be found on our external website:

Allen GroupExternal link

Staff

Busch, Anne, Dr Laboratory manager
Professorship for Theoretical Microbial Ecology
- anne.busch@uni-jena.de
Buchaer Straße 6
07743 Jena
- Google Maps site planExternal link
- To websiteExternal link
Ching Kuma Mbanghanih, Joel Doctoral candidate
Professorship for Theoretical Microbial Ecology
- joel.ching.kuma.mbanghanih@uni-jena.de
Bioinstrumentezentrum, Room Modul 2, Ebene 4
Winzerlaer Straße 2
07745 Jena
- Google Maps site planExternal link
Hoshyaripour, Sheila Doctoral candidate
Professorship for Theoretical Microbial Ecology
- sheila.hoshyaripour@uni-jena.de
- +49 3641 9-49534
Buchaer Straße 6
07743 Jena
- Google Maps site planExternal link
Karnbach, Lisa-Marie Technical assistant
Professorship for Theoretical Microbial Ecology
- lisa-marie.karnbach@uni-jena.de
- +49 3641 9-49536
Bioinstrumentezentrum, Room Modul 2, Ebene 4
Winzerlaer Straße 2
07745 Jena
- Google Maps site planExternal link
Mauri, Marco, Dr Research staff
Professorship for Theoretical Microbial Ecology
- marco.mauri@uni-jena.de
- +49 3641 9-49534
Buchaer Straße 6
07743 Jena
- Google Maps site planExternal link
- To websiteExternal link
Image: Marco Mauri
Rani, Garima Research staff
Professorship for Theoretical Microbial Ecology
- garima.rani@uni-jena.de
Buchaer Straße 6
07743 Jena
- Google Maps site planExternal link
Srinivasan, Vijay, Dr Research staff
Professorship for Theoretical Microbial Ecology
- vijay.srinivasan@uni-jena.de
- +49 3641 9-49537
Bioinstrumentezentrum, Room Modul 2, Ebene 4
Winzerlaer Straße 2
07745 Jena
- Google Maps site planExternal link
Vareschi, Silvia Doctoral candidate
Professorship for Theoretical Microbial Ecology
- silvia.vareschi@uni-jena.de
Buchaer Straße 6
07743 Jena
- Google Maps site planExternal link
Wagner, Stefanie Research staff
Professorship for Theoretical Microbial Ecology
- stefanie.wagner@uni-jena.de
Bioinstrumentezentrum
Winzerlaer Straße 2
07745 Jena
- Google Maps site planExternal link
Wiegand, Moritz Team assistant
Professorship for Theoretical Microbial Ecology
- m.wiegand@uni-jena.de
- +49 3641 9-49531
Buchaer Straße 6
07743 Jena
- Google Maps site planExternal link
Zander, Ariane Technical assistant
Professorship for Theoretical Microbial Ecology
- ariane.zander@uni-jena.de
- +49 3641 9-49536
Bioinstrumentezentrum, Room Modul 2, Ebene 4
Winzerlaer Straße 2
07745 Jena
- Google Maps site planExternal link
Figueroa Zimmermann, Consuelo Technische Assistentin
Professorship for Theoretical Microbial Ecology
- consu.figueroa.zimmermann@uni-jena.de
Bioinstrumentezentrum, Room Modul 2, Ebene 4
Winzerlaer Straße 2
07745 Jena
- Google Maps site planExternal link

From left to right: replicate bacterial cultures growing in a PhD indicator dye; E. coli bacteria treated with mecillinam; individual-based model simulations of a growing bacterial biofilm; and equation describes the roughness of the biofilm. — From left to right: replicate bacterial cultures growing in a PhD indicator dye; E. coli bacteria treated with mecillinam; individual-based model simulations of a growing bacterial biofilm; and equation describes the roughness of the biofilm.
Image: Rosalind Allen

* Detailed description for image on top: Microscopy image of E. coli bacteria treated with the antibiotic mecillinam. Computer simulations of a growing bacterial biofilm, colour-coded by lineage length. Equation describing spreading of bacteria on the surface of a urinary catheter.