nanoHUB-U: Principles of Electronic Nanobiosensors
Course overview Offering: 01a Section: Self Paced
-
1. Lecture 3.6: Potentiometric Se…
0
00:00/00:00 -
2. Outline
102.8028028028028
00:00/00:00 -
3. DNA binding and Salt screening
129.29596262929596
00:00/00:00 -
4. De-screening at High Frequenci…
234.43443443443445
00:00/00:00 -
5. Screening is frequency depende…
411.61161161161164
00:00/00:00 -
6. Screening is frequency depende…
555.75575575575579
00:00/00:00 -
7. Why is the critical frequency?
659.82649315982655
00:00/00:00 -
8. Strategy of high frequency des…
847.74774774774778
00:00/00:00 -
9. Outline
962.56256256256256
00:00/00:00 -
10. Recall: Nernst Limit of an ISF…
969.36936936936945
00:00/00:00 -
11. Amplification with Double-gate…
1056.6232899566232
00:00/00:00 -
12. Experimental demonstration for…
1254.4878211544879
00:00/00:00 -
13. Amplification by a NP-NW Senso…
1343.4768101434768
00:00/00:00 -
14. Signal to Noise Ratio in a pH …
1457.590924257591
00:00/00:00 -
15. Signal to Noise Ratio in a pH-…
1591.8251584918253
00:00/00:00 -
16. Conclusions
1647.5141808475144
00:00/00:00
Prev Next
You must be enrolled to utilize the discussion feature.
In order to access this part of the course, you need to enroll. If you're enrolled, you're not obligated to complete the course. But enrollment lets you:
- Take quizzes and exams
- Track your progress
- Add notes to lectures
- Participate in discussions
For more details, check out our enrollment benefits .
I'm convinced...now what?
Want more details about this and similar courses?
To learn more, either visit the course overview page or browse the course listing.