Questions and answers from the webinar "What the tree can do!"
Quote from Hanna Mellin on August 10, 2020, 1:08 pmQ: What development stage are you in with the strongest material ever (aligned nanocellulose fibrils)?
A: They are able to spin the fibers continuously, which is the starting point for an upscaled process.
Q: What development stage are you in with the strongest material ever (aligned nanocellulose fibrils)?
A: They are able to spin the fibers continuously, which is the starting point for an upscaled process.
Quote from Hanna Mellin on August 10, 2020, 1:09 pmQ: How can nanocellulose be a new antibacterial substance? How does it work? Is the plan to develop treatment/drugs based on nanocellulose? What do you mean by “antibacterial”?
A: Oh, my favorite subject! You can modify the surface, for instance, to make it positively charged. This makes the cellulosic material to work as a kind of ’bacterial magnet’
Q: How can nanocellulose be a new antibacterial substance? How does it work? Is the plan to develop treatment/drugs based on nanocellulose? What do you mean by “antibacterial”?
A: Oh, my favorite subject! You can modify the surface, for instance, to make it positively charged. This makes the cellulosic material to work as a kind of ’bacterial magnet’