November 2, 2018
12:30PM - 1:30PM
102 Rightmire Hall, 1060 Carmack Rd., Columbus, OH 43210
Add to Calendar
2018-11-02 12:30:00
2018-11-02 13:30:00
Seminar Speaker: Parker Evans
Parker Evans, TPS Fellow, will be presenting this week from 102 Rightmire Hall! The presentation information is included below for your reference. There will be a Sweet T's Southern Style food truck located outside of Rightmire Hall from 11am-2pm featuring Southern cuisine! Check out their menu here and grab a bite to eat before joining us at the seminar! Title: Programmable Chemical Actuators and Electronic Control of Enzyme Activity Abstract: Chemoelectric potentials are utilized by life to generate heat, locomotion, and energy in the form of ATP. The chemoelectric potential has been regulated by changing concentrations of relevant ions via conducting polymer devices. Conducting polymers, such as polypyrrole, undergo reversible reduction and oxidation in an electrolyte when an electric field is applied. Reduction induces a chemoelectric potential drawing ions from the electrolyte into the polymer. We therefore define programmable chemical actuators as devices that generate a chemoelectric gradient in a controlled volume using an applied external stimulus. A quantitative overview of programmable chemical actuators is given with a focus on the electronic control of enzyme activity.
102 Rightmire Hall, 1060 Carmack Rd., Columbus, OH 43210
OSU ASC Drupal 8
ascwebservices@osu.edu
America/New_York
public
Date Range
Add to Calendar
2018-11-02 12:30:00
2018-11-02 13:30:00
Seminar Speaker: Parker Evans
Parker Evans, TPS Fellow, will be presenting this week from 102 Rightmire Hall! The presentation information is included below for your reference. There will be a Sweet T's Southern Style food truck located outside of Rightmire Hall from 11am-2pm featuring Southern cuisine! Check out their menu here and grab a bite to eat before joining us at the seminar! Title: Programmable Chemical Actuators and Electronic Control of Enzyme Activity Abstract: Chemoelectric potentials are utilized by life to generate heat, locomotion, and energy in the form of ATP. The chemoelectric potential has been regulated by changing concentrations of relevant ions via conducting polymer devices. Conducting polymers, such as polypyrrole, undergo reversible reduction and oxidation in an electrolyte when an electric field is applied. Reduction induces a chemoelectric potential drawing ions from the electrolyte into the polymer. We therefore define programmable chemical actuators as devices that generate a chemoelectric gradient in a controlled volume using an applied external stimulus. A quantitative overview of programmable chemical actuators is given with a focus on the electronic control of enzyme activity.
102 Rightmire Hall, 1060 Carmack Rd., Columbus, OH 43210
Center for Applied Plant Sciences
caps@osu.edu
America/New_York
public
Parker Evans, TPS Fellow, will be presenting this week from 102 Rightmire Hall! The presentation information is included below for your reference.
There will be a Sweet T's Southern Style food truck located outside of Rightmire Hall from 11am-2pm featuring Southern cuisine! Check out their menu here and grab a bite to eat before joining us at the seminar!
Title: Programmable Chemical Actuators and Electronic Control of Enzyme Activity
Abstract: Chemoelectric potentials are utilized by life to generate heat, locomotion, and energy in the form of ATP. The chemoelectric potential has been regulated by changing concentrations of relevant ions via conducting polymer devices. Conducting polymers, such as polypyrrole, undergo reversible reduction and oxidation in an electrolyte when an electric field is applied. Reduction induces a chemoelectric potential drawing ions from the electrolyte into the polymer. We therefore define programmable chemical actuators as devices that generate a chemoelectric gradient in a controlled volume using an applied external stimulus. A quantitative overview of programmable chemical actuators is given with a focus on the electronic control of enzyme activity.
