incrível e empolgante, parabéns aos novos cientistas Vinnie e Fielding por se colocarem a disposição de algo tão importante como a recuperação de solos degradados uso abusivo de herbicidas ! a micro remediação é espetacular................e a pesquisa ja pode ser compartilhada para ser reproduzida ? fico imaginando os estudantes de agroecologia aqui no brasil podendo repetir esse processo e compartilhar com pequenos agricultores................seria um ganho incrível pra regeneração da natureza ! boa sorte a todos ! - incredible and exciting, congratulations to the new scientists Vinnie and Fielding for making themselves available for something as important as the recovery of degraded soils due to the abusive use of herbicides! Micro remediation is spectacular............and can the research now be shared to be reproduced? I imagine agroecology students here in Brazil being able to repeat this process and share it with small farmers.................it would be an incredible benefit for the regeneration of nature! good luck to everyone !-
Check the RUclips video "The Evolution of Bacteria on a “Mega-Plate” Petri Dish (Kishony Lab)"... You may be able to accomplish the same technique by performing a serial dilution of your antagonist, and then let the evolution happen on a custom made XXL plate that can fit in your PC. You could make your own giant plate using window glass and silicone sealant. Then pour the individual sections with a razor thin removable dam between the sections, then let nature do her thing... Maybe also run some nitrogen fixing or rhizomorphic bacteria to become resistant as well, so you'd have multiple organisms to remediate with. Agrobacterium strain called CP4, was found surviving in a waste-fed column at a glyphosate production facility. This CP4 EPSPS gene was cloned and transfected into soybeans; One could conceivably use this method to implant into other organisms and beneficial bacteria to make "roundup ready" bioremediation or crop companion organisms... This large plate method could also be used to fine tune nutrient agars, for example, create pie shaped dish divider and pour multiple nutrient mixes into each, then inoculate in the center and see which one has the most vigorous growth or cottony vs rhizomorphic, etc...
![Gunna - HIM ALL ALONG [Official Visualizer]](http://i.ytimg.com/vi/HiCxoDeo0hc/mqdefault.jpg)
Y'all are the best thing through the Walla Wallas since Chief Joseph.
incrível e empolgante, parabéns aos novos cientistas Vinnie e Fielding por se colocarem a disposição de algo tão importante como a recuperação de solos degradados uso abusivo de herbicidas ! a micro remediação é espetacular................e a pesquisa ja pode ser compartilhada para ser reproduzida ? fico imaginando os estudantes de agroecologia aqui no brasil podendo repetir esse processo e compartilhar com pequenos agricultores................seria um ganho incrível pra regeneração da natureza ! boa sorte a todos ! - incredible and exciting, congratulations to the new scientists Vinnie and Fielding for making themselves available for something as important as the recovery of degraded soils due to the abusive use of herbicides! Micro remediation is spectacular............and can the research now be shared to be reproduced? I imagine agroecology students here in Brazil being able to repeat this process and share it with small farmers.................it would be an incredible benefit for the regeneration of nature! good luck to everyone !-
Keep up the good work guys.
Ya’ll seem like good lads, in your good lab pad.
Nice!
I need a microphone like that!
Check the RUclips video "The Evolution of Bacteria on a “Mega-Plate” Petri Dish (Kishony Lab)"... You may be able to accomplish the same technique by performing a serial dilution of your antagonist, and then let the evolution happen on a custom made XXL plate that can fit in your PC. You could make your own giant plate using window glass and silicone sealant. Then pour the individual sections with a razor thin removable dam between the sections, then let nature do her thing... Maybe also run some nitrogen fixing or rhizomorphic bacteria to become resistant as well, so you'd have multiple organisms to remediate with. Agrobacterium strain called CP4, was found surviving in a waste-fed column at a glyphosate production facility. This CP4 EPSPS gene was cloned and transfected into soybeans; One could conceivably use this method to implant into other organisms and beneficial bacteria to make "roundup ready" bioremediation or crop companion organisms...
This large plate method could also be used to fine tune nutrient agars, for example, create pie shaped dish divider and pour multiple nutrient mixes into each, then inoculate in the center and see which one has the most vigorous growth or cottony vs rhizomorphic, etc...