Mod1. 20.109. Let’s see…
New! Shiny! Science! Working with the CometChip was a fun
experience. It was a good platform for exposure to basic cell culture, DNA
damage, and electrophoresis concepts. These interesting but fairly standard topics were made
more exciting by working with the new technology. I forget that all of the
technologies that make science work – centrifuges, pipettes, fluorescent
proteins - haven’t always existed. Thinking about the process of developing a
new technology is fairly amazing and I also enjoyed hearing a few tidbits
about how the CometChip is being commercialized. It’s another side to the oddly
shaped field that is biological engineering.
So when you put together information and tools you hopefully
get results. And when you have results… You have to communicate them. Oh my.
Here I have included my nearly foolproof instructions for making a diagram, as well
as some tips for spending a little less time making it.
How to make a diagram (ft the BER pathway and Mod1 Data Summary):
+ Handy dandy tips! (some of which I did and some of which I most definitely should’ve)
Step 1) Realize you don’t understand the system nearly as
well as you thought you did
Step 2) Sort through the google images results for
explanatory figures that are all much more
complicated than they need to be.
complicated than they need to be.
Tip 1: Search through that towering stack of powerpoint printouts.
Google is, as
always, a great friend, but the class information has been simplified a bit
always, a great friend, but the class information has been simplified a bit
Tip 2: Don’t move on to Step 3
Tip 3: Don’t do it
Tip 4: Sketch out on paper a diagram with
pieces important to you
Tip 5: Write out point you’d like to make
and see if paper diagram matches
Step 3) Make 302 white boxes and 40 black lines
Tip 6: Nope. Wrong. Go back. You are not ready for Step 3.
Tip 7: Show your beautiful paper sketch diagram to the teaching faculty
Tip
8: Now you may go to… Not step 3. Okay. Maybe step 3. Provided you’ve added
in revisions from talking to the instructors (and said nice things to the instructors.
You should do that too. They deserve it)
in revisions from talking to the instructors (and said nice things to the instructors.
You should do that too. They deserve it)
Step 4) Now, spend the approximate life span of a blue and gold
macaw (about 30-35 years in
the wild) attempting to line up the black lines and white boxes
the wild) attempting to line up the black lines and white boxes
Tip 9: Line up the lines and boxes into
building blocks. It’s like building with legos
versus sculpting marble. If you can make your diagram in pieces, then when you need to
change part of it (which you will) you don’t have to start completely over.
versus sculpting marble. If you can make your diagram in pieces, then when you need to
change part of it (which you will) you don’t have to start completely over.
Step 5) GROUP EVERYTHING
Tip 10: Caps means IMPORTANT. Group the things. Group. Save often. Screenshot
the figure so the white boxes can never move again. Send the figure to a cryogenic company.
Whatever it takes.
the figure so the white boxes can never move again. Send the figure to a cryogenic company.
Whatever it takes.
Step 6) Decide to also use some red arrows. Line those up.
Step 7) Learn that your figure is incorrect/doesn’t convey
your point/looks like the Nazca
lines/is possibly made by aliens
lines/is possibly made by aliens
Step 8) Line up more boxes
Step 9) Repeat
Step 9) Repeat
May this help me next time I need to make a diagram.
Looking forward to Mod2,
Sarah
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