A bacteria and a sponge to clean an dprotect oceans

For our third participation to the iGEM competition, we decided to introduce a new chassis to the competition, Pseudovibrio denitrificans. blabla bla Sum up of overview parts un cadre ou une liste d'items Le détail des 3 soius-unités avec une image sympa pour chacun, on clique dessus pour avoir la suite Chassis : draw a bacteria in water the same as the one in the logo

A specific chassis for a specific environnement: Seas & Oceans

As seen in the overview our biosensors should work optimaly in native marine conditions, a conditions for which no current chassis in iGEM is ready for.

Moreover it has to attach to sponges and stick with them without disturbing the microbiome for as long as possible.

Therefore came up the necessity to use a bacterium naturally present on the sponges, may it be an epibiont or a symbiont.

To be up to the task the bacterium should have the following properties:

• be massively present on the sponge surface / avoiding being in an unfavorable position for food competition.
• be found mainly in sponges / avoid spreading to species in contact with sponges.
• be the phenotypically closest possible to a known bacterium. / avoid cell cultures difficulties.


To be up to the task the sponge should have the following properties:


• be numerously present in the ocean / avoiding putting species in danger.
• be a natural host of the bacterium / avoid adapting its microbiom to the new epibiont.
• be easily culturable in a laboratoty / avoid sopnge culture difficulties.

The closest combination sponge/bacterium that could fit the requirement is Spongia Officinalis / Pseudovibrio denitrificans


To learn more ...

Transposons: a transposons Compounds/target : some usine in the background I think the title need to be change and as to be rename target