It takes centuries for plastics to decompose by Nature; millenniums to form mineral pigments. Pigment formation turns out to highly dependable on pH.
How does it relate to PETase? Read full blog at openpetase.org/pH#biodesign
bacteria that we’ll look closer during Jun 13th workshop dnaseq.eventbrite.com/ belongs to Firmicutes phylum, known to adapt to gut microbiota. I.sakaiensis & E.coli which we’ve been dealing with, belong to Proteobacteria phylum. #dnasequencing#synbio#plasticpollution#biology
Today is UK COVID Day of Reflection. While we mourn for past victims of Covid, may we also reflect on future of science communication. Essay at openpetase.org/covid#coviddayofreflection
Prediction of #Nobel winner in Chemistry next week: any take on scientists related to #dna sequencing? a topic we’re running a in person discussion on Oct 30 at #london🇬🇧 Come join us.
The fictional plastic-eater is a mutant of B.prodigiosus. It is quite a different bacteria from real-life I.sakaiensis in terms of family tree. Come join us to discuss this and more at next event mutant59.eventbrite.co.uk#bookclub#plasticpollution#London
“Mutant 59:The plastic-eaters”, published in the 70s depicts a fictional bacterium that devoured plastic products. 40yr on, an actual bacterium was discovered at a dump site. If you’re in #London come join me for book discussion. Details: mutant59.eventbrite.co.uk#PlasticFreeJuly
I visited HELLO BRAIN exhibition at Francis Crick Institute. It reminded me about neurological impairment in Niemann-Pick type C, thus inspired my write-up. openpetase.org/brain