Team

Group-Leader

Dr. Greta Reintjes

Office: 3975, BIOM, James-Watt-Str. 1, 28359 Bremen

E-Mail: reintjes@uni-bremen.de

Telephone: 0421-218-56655

www.gretareintjes.com

Researchers

Mahum is a second year PhD student who is particularly interested in bacterial cultivation. Her aim is to maintain pure cultures of environmental isolates and see how they respond to changing conditions. She has a Bachelors in Marine Biology with Oceanography from the University of Liverpool and a Masters in Marine Microbiology from the Max Planck Institute of Marine Microbiology. She also works with different student representatives to increase representation and collaboration in science between students from different backgrounds.

 

  • 2021: B.Sc. Marine Biology with Oceanography (University of Liverpool)
  • 2023: M.Sc. Marine Microbiology (Max-Planck-Institute Bremen)

Telephone: 0421 218 - 56654

E-Mail: mfarhan@uni-bremen.de

Room 3800, BIOM

Laura has been working on her doctoral thesis since December 2024, investigating sugar uptake mechanisms in marine environmental samples. She is particularly interested in the relationship between bacterial sugar degradation and the carbon cycle.

Under what environmental conditions does “selfish sugar degradation” occur? How does this vary globally?

Do selfish microorganisms have specific proteins that are responsible for this mechanism?

  • 2020: B.Sc. Biochemie und Molekularbiologie (University of Lübeck und University of Kiel)
  • 2022: M.Sc. Molecular Life Sciences (University of Hamburg)
  • 2024: M.Sc. Marine Microbiology (Max-Planck-Institut und University of Bremen)

Telephone: 0421 218 - 56654

E-Mail: pareigilprotect me ?!uni-bremenprotect me ?!.de

Room: 3800 BIOM

Nahja has been working on her doctoral thesis since August 2025, investigating the abiotic and biotic factors that influence the sugar uptake mechanisms of marine bacteria.

She is particularly interested in the relationship between sugar uptake and carbon storage.

Under what laboratory conditions does “selfish sugar degradation” occur, and can this mechanism be triggered?

Do selfish bacteria store sugar and thus play a very important role in the marine carbon cycle?

  • 2023: B.Sc. Biology (Georg August University of Göttingen)
  • 2025: M.Sc. Marine Microbiology (Max Planck Institute and University of Bremen)

 

Phone: 0421-218-56652

E-Mail: nbusse@uni-bremen.de

Room: 3810 BIOM

 

Ein Mann im Labor, Gregor Langemeier

Gregor began work on his doctoral dissertation in January 2026 and is primarily interested in the effects of abiotic factors on selfish glycan degradation. In his research, he is focusing on two very different marine environments: To investigate how increased underwater pressure affects selfish sugar degradation, he is studying conditions similar to those found in the deep sea. To address the question of whether oxygen (or its absence) plays a role, he is studying shallow coastal waters.

  • 2020: B.Sc. Biologie (University of Bremen)
  • 2024 M.Sc. Biochemistry and molecular Biology (University of Bremen)

E-Mail: glangemeprotect me ?!uni-bremenprotect me ?!.de

Raum: 3780 BIOM

Telephone: 0421 218 56665

 

Laboratory technicians

Bruno Stahl

Bruno works as a Technical Assistant in our lab.

Room: 3690, BIOM
Phone: +49 (0)421 218 - 63077
Email:  bstahl@uni-bremen.de

Michelle Meyer

Michelle already worked in the MiCarb lab during her training to become a technical lab assistant. After her graduation in June 2026 she is working in our lab as a lab technician.

Room: 3810, BIOM
Phone: +49 (0)421 218 - 56652
Email: mimeyer1protect me ?!uni-bremenprotect me ?!.de

Students

Frau im Labor

Sofia Pahl

Sofia started her Bachelor Thesis end of March. She investigated growth of Flavobacteria, as well as Gammaproteobacteria on Xylan and Fucoidan. Sie wants to find out whether polysaccharides uptake is selfish.

Room: Room 3810, BIOM
Telephone: 0421 218 - 56652
E-Mail: spahl@uni-bremen.de

Disha Banerjee

Disha wants to investigate the selfish uptake of laminarin.

 

Room: Room 3810, BIOM
Telephone: 0421 218 - 56652
E-Mail: disha1@uni-bremen.de