Full video
|
Probe: S6_8
| Surface |
: Epoxy, Biotin 1/100 diluted |
| Beads |
: Seradyn (diameter: 0,779µm; Streptavidin) 50µg/ml |
| Video |
: 3-10_6-7_B_Oben |
| Area |
: 48,1 x 48,1µm (150x150+414+153) |
- The current given in the video flows through the wide left conducting line.
- A bead is ruptured between 23 and 24sec. The current increases from 19 to 21mA (collision?).
|
|
|
|
Full video
|
Probe: S6_8
| Surface |
: Epoxy, Biotin 1/100 diluted |
| Beads |
: Seradyn (diameter: 0,779µm; Streptavidin) 50µg/ml |
| Video |
: 3-10_6-7_B_Mitte |
| Area |
: 48,1 x 48,1µm (150x150+422+483) |
- The current given in the video flows through the wide left conducting line.
- A bead is ruptured between 39 and 40sec. The current increases from 34 to 37mA.
|
|
|
|
Full video
|
Probe: S6_8
| Surface |
: Epoxy, Biotin 1/100 diluted |
| Beads |
: Seradyn (diameter: 0,779µm; Streptavidin) 50µg/ml |
| Video |
: 3-10_6-7_C |
| Area |
: 48,1 x 48,1µm (150x150+406+407) |
- The current given in the video flows through the wide left conducting line.
- A bead is ruptured between 46 and 47sec. The current increases from 40 to 45mA.
|