...

Max Planck Institute for Marine Microbiology

Website bezoeken

Over de werkgever

The Max Planck In­sti­tute for Mar­ine Mi­cro­bi­o­logy (MPIMM) was foun­ded in 1992 in the State of Bre­men and is part of the cam­pus of the Uni­versity of Bre­men. It be­longs to the Bio­logy & Med­ical Sec­tion of the Max Planck So­ci­ety. The main fo­cus of our re­search is on the di­versity and func­tions of mar­ine mi­croor­gan­isms and their in­ter­ac­tions with the mar­ine en­vir­on­ment. Start­ing from the be­gin­ning on re­search­ers at the MPIMM took part in in­ter­na­tional ex­ped­i­tions world­wide. They are in­ter­na­tion­ally re­cog­nized for their ex­pert­ise in mar­ine mi­cro­bi­o­logy and for the ana­lysis of pro­cesses. These strong suc­cess­ful ef­forts are re­war­ded by many pub­lic­a­tions in top sci­entific journ­als.

Why marine Microbiology?

Dur­ing two thirds of earth’s his­tory, mi­croor­gan­isms dom­in­ated our planet and de­veloped com­plex bi­ota in the oceans and in­land wa­ters. In the course of nearly four bil­lion years of evol­u­tion­ary his­tory, proka­ryotic or­gan­isms, i.e. bac­teria und ar­chaea, have de­veloped a great meta­bolic di­versity.
To this day, mi­croor­gan­isms are primar­ily re­spons­ible for cata­lys­ing di­verse de­com­pos­i­tion pro­cesses of or­ganic und in­or­ganic sub­stances. They play a key role in con­trolling global ele­ment cycles and thereby help to keep our planet in­hab­it­able. They also en­sure that al­most all waste products are de­com­posed and re­cycled in the oceans, so that toxic com­pounds do not ac­cu­mu­late and en­danger fauna or flora.

Al­though mar­ine mi­cro­bi­o­logy is not a new field of re­search, we still have very in­com­plete know­ledge about mar­ine mi­croor­gan­isms and their func­tional im­port­ance. Only about one per­cent of all spe­cies of mi­croor­gan­isms are known today, and new spe­cies with new cap­ab­il­it­ies con­tinue to be dis­covered. Ex­amples of such dis­cov­er­ies in­clude the sym­bi­osis between ar­chaea and bac­teria that de­com­pose the green­house gas meth­ane deep down in the ocean floor with the help of sulph­ate. This key pro­cess in the global car­bon cycle has long been known, but the mi­croor­gan­isms in­volved were only re­cently iden­ti­fied. An­other ex­ample is the an­aer­obic am­monium ox­id­a­tion (anam­mox) with ni­trite or ni­trate - a newly dis­covered pro­cess that may con­sti­tute the most im­port­ant ni­tro­gen sink in the oceanic ni­tro­gen cycle. The anam­mox mi­croor­gan­isms re­spons­ible for this pro­cess were first dis­covered in an in­dus­trial waste treat­ment plant in the early 1990s. The suc­cess­ful search for bac­teria with sim­ilar meta­bolic po­ten­tial in the ocean has ba­sic­ally changed our un­der­stand­ing of the mar­ine ni­tro­gen bal­ance.

These ex­amples show how field re­search on mar­ine pro­cesses and labor­at­ory re­search on mi­croor­gan­isms com­bine to ad­vance our know­ledge of ele­ment cycles and the con­di­tions for life. At the Max Planck In­sti­tute for Mar­ine Mi­cro­bi­o­logy, mi­cro­bi­o­lo­gists, mo­lecu­lar bio­lo­gists and biogeo­chem­ists work to­gether to un­der­stand ba­sic prin­ciples of mar­ine mi­cro­bial eco­logy. Our fo­cus is on the an­aer­obic (oxy­gen-free) world be­low the sed­i­ment sur­face, be­cause this is where many in­ter­est­ing and hitherto un­known life forms ex­ist that play a cru­cial role for the coup­ling of ele­ment cycles – and hence for the chem­istry of the oceans. The re­search­ers at the in­sti­tute cover a broad range of dis­cip­lines and areas of ex­pert­ise, from mi­cro­sensors to mi­cro­bi­o­logy, from geo­chem­istry to gen­ome ana­lysis, and from mo­lecu­lar eco­logy to math­em­at­ical mod­el­ling.

Locatie werkgever

Vergelijkbare werkgevers

...
KU Leuven Leuven, België 151 vacatures
...
University of Luxembourg Luxemburg 105 vacatures
...
Ghent University Gent, België 69 vacatures
...
Vrije Universiteit Brussel Brussel, België 63 vacatures
...
ETH Zürich Zürich, Zwitserland 61 vacatures
Meer werkgevers

Dit vind je misschien ook interessant

...
5 Reasons to Pursue Your PhD at EMBL European Molecular Biology Laboratory (EMBL) Leestijd: 4 min
...
The genetic detectives discovering who we really are University of Turku Leestijd: 5 min
...
Deciphering the Gut’s Clues to Our Health University of Turku Leestijd: 5 min
...
Understanding Users to Optimise 3D Experiences Centrum Wiskunde & Informatica (CWI) Leestijd: 5 min
...
Harnessing the Rhizosphere to Protect Our Soil Free University of Bozen - Bolzano Leestijd: 5 min
Meer stories

Vergelijkbare vacatures

...
Doctoral student in electromagnetic field theory for medical applications KTH Royal Institute of Technology 3 weken geleden
...
Navorser-expert neuroimmunologie Universiteit Hasselt 3 maanden geleden
...
Postdoctoral Research Fellow in Global Development Studies University of Agder (UiA) 2 maanden geleden
...
2-Year Postdoctoral Fellowship Eawag: Swiss Federal Institute of Aquatic Science and Technology 2 weken geleden
...
PhD student vaccinology Universiteit Hasselt 1 maand geleden
...
PhD students (f/m/d) in Superconducting Qubits Karlsruhe Institute of Technology (KIT) 6 dagen geleden
Meer vacatures