Supplementary Material
Injectable 3-D Fabrication of Medical Electronics at the Target Biological Tissues
(MS # SREP-13-03190)
by Chao Jin, Jie Zhang, Xiaokang Li, Xueyao Yang, Jingjing Li, and Jing Liu*
* Correspondence to
Supplementary movies (file attached/ available online)
- Movie 1: Electrical stimulations to the frog’s leg tissue
(1) Experimental subject: the left leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are directly connected to the frog’s leg tissue.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 2V;
Duty cycle: 20%.
- Movie 2: Electrical stimulations to the frog’s leg tissue
(1) Experimental subject: the right leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are directly connected to the frog’s leg tissue.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 2V;
Duty cycle: 20%.
- Movie 3: Electrical stimulations to the frog’s leg tissue
(1) Experimental subject: the left leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are directly connected to the frog’s leg tissue.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 4V;
Duty cycle: 20%.
- Movie 4: Electrical stimulations to the frog’s leg tissue
(1) Experimental subject: the right leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are directly connected to the frog’s leg tissue.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 4V;
Duty cycle: 20%.
- Movie 5: Electrical stimulations to the frog’s sciatic nerve by the injected gelatin
(1) Experimental subject: the left leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are connected to the injected gelatin.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 2V;
Duty cycle: 20%.
- Movie 6: Electrical stimulations to the frog’s sciatic nerve by the injected gelatin
(1) Experimental subject: the right leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are connected to the injected gelatin.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 2V;
Duty cycle: 20%.
- Movie 7: Electrical stimulations to the frog’s sciatic nerve by the injected gelatin
(1) Experimental subject: the left leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are connected to the injected gelatin.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 4V;
Duty cycle: 20%.
- Movie 8: Electrical stimulations to the frog’s sciatic nerve by the injected gelatin
(1) Experimental subject: the right leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are connected to the injected gelatin.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 4V;
Duty cycle: 20%.
- Movie 9: Electrical stimulations to the frog’s sciatic nerve by the injectable electrode
(1) Experimental subject: the left leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are connected to the injectable electrode.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 2V;
Duty cycle: 20%.
- Movie 10: Electrical stimulations to the frog’s sciatic nerve by the injectable electrode
(1) Experimental subject: the right leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are connected to the injectable electrode.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 2V;
Duty cycle: 20%.
- Movie 11: Electrical stimulations to the frog’s sciatic nerve by the injectable electrode
(1) Experimental subject: the left leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are connected to the injectable electrode.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 4V;
Duty cycle: 20%.
- Movie 12: Electrical stimulations to the frog’s sciatic nerve by the injectable electrode
(1) Experimental subject: the right leg of the frog.
(2) Loading of electrical signal: the positive and negative leads of the input signal are connected to the injectable electrode.
(3) Setting parameters for the input signal:
Wave form: Square wave;
Voltage amplitude: 4V;
Duty cycle: 20%.