The graph below shows all experiments. You can click the nodes for more information. If a tree is not completely visible, you can drag it up to see the subsequent nodes. See potentials for a list of all membrane potential measurements.
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Revision as of 21:10, 20 November 2015
Blue Bio Energy
Notebook
tasA + bslA
3610
abrb jwv
abrb
bslA
ferritin
py79
natto
pga
salt promoter
slrr
tasA
thrc
Blue Bio Energy
Potentials
An experimental setup for the measurement of potential over (ion exchange) membranes is described.
To measure potential differences created by different kinds of membranes.
There was a measured potential with varying values over several biofilms.
None
00:00, 00 Month 2015 - 00:00, 00 Month 2015
Value
Date
Carrier
Biofilm
Growth
Concentration
Electrodes
Remarks
200-300 mV
10-7
Nylon
3610 comI
MSgg agar
30/1
Ag-AgCl B
Wrong Ag (sterling)
200-220 mV
10-7
Nylon
30/1
Ag-AgCl B
Wrong Ag (sterling)
180-200 mV
10-7
Nylon
30/1
Ag-AgCl B
Wrong Ag (sterling)
180-200 mV
10-7
Nylon
3610 comI
MSgg agar
30/30
Ag-AgCl B
Wrong Ag (sterling)
20 mV
20-7
Nylon
30/1
Com
20 mV
20-7
Nylon
30/1
Com
6 mV
20-7
W2
30/1
Com
18 mV
29-7
W2
comI
dfr
30/1
Com
18 mV
29-7
W2
Alginate
30/1
Com
18-20 mV
29-7
W2
Alginate
30/1
Com
33 mV
29-7
W2
Alginate
30/1
Com
36 mV
29-7
W2
Alginate
30/1
Com
17 mV
30-7
W2
comI
dfr
30/1
Com
dried out plate before dfr
19 mV
30-7
W2
comI
dfr
30/1
Com
dried out plate before dfr
19 mV
31-7
Nylon
comI
cfr MSgg H
30/1
Com
15 mV
5-8
Nylon
comI
sandwich
30/1
Com
13 mV
5-8
Nylon
sandwich
30/1
Com
14 mV
5-8
Nylon
sandwich
30/1
Com
7 mV
5-8
Nylon
30/1
Com
12 mV
5-8
Nylon
30/1
Com
12 mV
5-8
W2
30/1
Com
12.5 mV
5-8
W2
30/1
Com
15 mV
5-8
W4
30/1
Com
6 mV
5-8
W4
30/1
Com
17 mV
5-8
W6
30/1
Com
7-15 mV
5-8
W6
30/1
Com
-10 mV
5-8
W2
30/1
Com
-10 mV
4-9
W4
10/1
Com
-11 mV
4-9
W4
10/1
Com
-11 mV
4-9
W4
15/1
Com
-12 mV
4-9
W4
15/1
Com
-11.5 mV
4-9
W4
15/1
Com
-12 mV
4-9
W4
20/1
Com
-15 mV
4-9
W4
20/1
Com
-16 mV
4-9
W4
20/1
Com
-16.5 mV
4-9
W4
20/1
Com
-16.5 mV
4-9
W4
20/1
Com
-15 mV
4-9
W4
25/1
Com
-16 mV
4-9
W4
25/1
Com
-17 mV
4-9
W4
25/1
Com
-18.5 mV
4-9
W4
25/1
Com
-17.7 mV
4-9
W4
30/1
Com
-17.8 mV
4-9
W4
30/1
Com
-18 mV ⟶ -19 mV
4-9
W4
30/1
Com
-18 mV ⟶ -19 mV
4-9
W4
30/1
Com
-11 mV ⟶ -13 mV
5-9
W2
30/1
Com
-13 mV ⟶ -15 mV
5-9
W2
30/1
Com
-13 mV
5-9
W2
30/1
Com
-13 mV
5-9
W2
25/1
Com
-13 mV
5-9
W2
25/1
Com
-13 mV
5-9
W2
25/1
Com
-12.5 mV
5-9
W2
20/1
Com
-12 mV
5-9
W2
20/1
Com
-12 mV
5-9
W2
20/1
Com
-11 mV
5-9
W2
15/1
Com
-11 mV
5-9
W2
15/1
Com
-11 mV
5-9
W2
15/1
Com
-11 mV
5-9
W2
10/1
Com
-10 mV
5-9
W2
10/1
Com
-10 mV
5-9
W2
10/1
Com
+8 mV ⟶ -12 mV
5-9
W6
comI
MSgg Agar
30/1
Com
+6.5 mV ⟶ -8 mV
5-9
W4
JH642 bslA
MSgg Agar
30/1
Com
+0 mV ⟶ -8 mV
5-9
W4
JH642 bslA
MSgg Agar
30/1
Com
-14 mV
10-9
Coffee Filter
Natto
LB Agar
30/1
Com
Missed beginning
-8 mV
10-9
Coffee Filter
Natto
LB Agar
30/1
Com
2nd run, missed end
1.2 mV ⟶ -4.6 mV
10-9
Coffee Filter
Natto
LB Agar
30/1
Com
-10 mV
10-9
Coffee Filter
Natto abrB
LB Agar
30/1
Com
-10 mV
10-9
Coffee Filter
Natto abrB
LB Agar
30/1
Com
second run
-11 mV
10-9
Coffee Filter
Natto slrR
MSgg Agar
30/1
Com
-11 mV
10-9
Coffee Filter
Natto slrR
MSgg Agar
30/1
Com
Second run
-8 mV
10-9
Coffee Filter
Natto slrR
LB Agar
30/1
Com
Missed start
-8 mV
10-9
Coffee Filter
Natto slrR
LB Agar
30/1
Com
Second run
-8 mV ⟶ -2 mV ⟶ -8 mV
9-9
Coffee Filter
Natto sinR
MSgg Agar
30/1
Com
-8 mV
9-9
Coffee Filter
Natto sinR
MSgg Agar
30/1
Com
-8 mV
9-9
Coffee Filter
Natto abrB
MSgg Agar
30/1
Com
-9 mV
9-9
Coffee Filter
Natto abrB
MSgg Agar
30/1
Com
Second run
-5 mV ⟶ 0 ⟶ 2 mV
9-9
Coffee Filter
Natto bslA
MSgg Agar
30/1
Com
-11 mV
9-9
Coffee Filter
Natto bslA
MSgg Agar
30/1
Com
Second run
-6 mV
9-9
Coffee Filter
Natto
MSgg Agar
30/1
Com
Missed start
-5 mV
9-9
Coffee Filter
Natto
MSgg Agar
30/1
Com
Second run
-6 mV
9-9
Coffee Filter
Natto
MSgg Agar
30/1
Com
Missed start
-5 mV
9-9
Coffee Filter
Natto
MSgg Agar
30/1
Com
Second run
-5 mV
9-9
Coffee Filter
Natto bslA
LB Agar
30/1
Com
-2 mV
9-9
Coffee Filter
Natto bslA
LB Agar
30/1
Com
Second run
-5 mV
9-9
Coffee Filter
Natto sinR
LB Agar
30/1
Com
-7 mV
9-9
Coffee Filter
Natto sinR
LB Agar
30/1
Com
Second run
-10 mV
9-9
Coffee Filter
3610
30/1
Com
-10 mV
9-9
Coffee Filter
3610
LB Agar
30/1
Com
Second run
1.5 mV ⟶ -10 mV
14-9
W4
3610
30/1
Com
-12 ⟶ -14 mV
14-9
W4
3610
30/1
Com
Second run
0 ⟶ -10 mV
14-9
W4
3610
30/1
Com
-11 ⟶ -15 mV
14-9
W4
3610
30/1
Com
-10 ⟶ -12 mV
14-9
W4
36 tasA
30/1
Com
Second run
-6 ⟶ -4 mV
14-9
W4
36 tasA
30/1
Com
-3 ⟶ -15 mV
14-9
W4
36 tasA
30/1
Com
Second run
3 ⟶ -8 mV
14-9
W4
36 tasA
30/1
Com
-12 ⟶ -13 mV
14-9
W4
36 tasA
30/1
Com
Second run
6 ⟶ -8 mV
14-9
W4
36 bslA
30/1
Com
-14 mV
14-9
W4
36 bslA
30/1
Com
Second run
9 ⟶ -14 mV
14-9
W4
36 bslA
30/1
Com
-12 mV
14-9
W4
36 bslA
30/1
Com
Second run
7 ⟶ -6 mV
14-9
W4
36 bslA
30/1
Com
-11 mV
14-9
W4
36 bslA
30/1
Com
Second run
-6 ⟶ -12 mV
14-9
W4
36 abrB
30/1
Com
-14 mV
14-9
W4
36 bslA
30/1
Com
Second run
2 ⟶ -9 mV
14-9
W4
36 abrB
30/1
Com
-11 mV ⟶ -12 mV
14-9
W4
36 abrB
30/1
Com
Second run
2 mV ⟶ -9 mV
14-9
W4
36 abrB
30/1
Com
-11 mV ⟶ -12 mV
14-9
W4
36 abrB
30/1
Com
Second run
7 mV ⟶ -9 mV
14-9
W4
36 abrB
30/1
Com
Reversed Electrodes
-12V
14-9
W4
36 abrB
30/1
Com
Second run
0 mV ⟶ -13 mV
14-9
W4
36 slrR
30/1
Com
Torn carrier
-14 mV
14-9
W4
36 slrR
30/1
Com
Second run
6 mV ⟶ -7 mV
14-9
W4
36 slrR
30/1
Com
-13 mV
14-9
W4
36 slrR
30/1
Com
Second run
Potentials.