Team:Fatih Turkey/Project


Revision as of 17:35, 20 September 2011 by Buraksimsek (Talk | contribs)

deneme baslik

We use two proteins which are anti-LPS (LALF) and Reflectin 1a. Anti-LPS protein can bind to gram negatives’ LPS coat and with this function the protein can use protecting from septic shock. Also anti LPS protein works bacteriostatic. And Reflectin 1a is a camouflage material and the protein is produced by many cephalopods (squid, cuttlefish, and octopus).
In this project our first aim is obtain an anti-gram negative bacterial surface with the help of anti-LPS protein. Our second aim is sensing the bacteriostatic effect with colorful reflectin protein. Also we intend to apply our proteins on a surface as a coat.
We use Bacillus Subtilis as a host because those bacteria are expected to produce biofilm containing the anti-LPS protein that can be applied on a surface and this might be the best coating material for our project. Also, by killing spores of B.subtilis on the biofilm surface with aqueous dissolved oxygen, ascorbic acid, and copper ions we can protect from some patogene effects of B.subtilis. (sporocide linki verilecek) and we use e. coli as gram negative bacteria.
Both of our bacteria are expected to synthesize reflectin. When the biofilm containing anti-LPS factor (LALF) from B.subtilis, it will bind to LPS on Gram (-) bacteria’s cell wall and Gram (-) bacteria will not grow and survive in our biofilm surface. Around the binding, reflectin thickness is going to decrease and change the surface colours because of E.coli’s death. So if the colour changes from red to blue, we can say there was a contact between E.coli and B.subtilis via anti-LPS factor.
You can see for more information about LALF, Reflectin and Biofilm