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asdjfiasdofij sdifjoaisfjd osdifj osadifj osaidjfoa sidjfosi jHere's a sample experiment to show you how notebook entries work. Hello how are you oin doing? how arewo iusdfoiadshfoihasdf oihasdf oihasdf oihasdf oihasdf oih
Use tables with formulas to make a master mix calculation. Edit the number of reactions to see it in action!
Tuesday, 11/24/2015
Insert new days to organize your entry (and see it on the Home calendar). Use checkboxes to plan out your day:
Combine above reaction in tube
Incubate at 37°C for an hour
Run gel
Extract band and save
Wednesday, 11/25/2015
Drag and drop an image in to view it inline and take notes about it:
pAS329_ligation_check.png
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Lane 1: DNA ladder
Lane 2: undigested
Lane 3: digested vector
Lane 4: insert DNA
Lane 5: ligation tube
Thursday, 11/26/2015
Link to other Benchling files by dragging them in from the file browser at the left.
pBR322
pBR322 is the backbone I'm going to use for this experiment.
The ampR gene is penicillin beta-lactamase.
It also has the tetR gene and the rop gene.
Friday, 11/27/2015
Insert code blocks to keep your scripts right next to your notes and results.
def calculate_score(input_bases, matched_bases):
mismatches = []
for i, (b, ob) in enumerate(zip(input_bases, matched_bases)):
if b != ob:
mismatches.append(i)
Cut sites of enzymes that you select are highlighted to help guide your work.
(Enzymes with compatible ends turn the same color.)
Selecting cut sites and copying the sequence will also activate enzymes.
See the "Cloning by restriction enzyme digest" tutorial under Sequence Construction in Help for more information.