Don't Attack Yourself
This parody (written by Greg Crowther) is sung to the tune of
Madonna and Stephen Bray
and performed by
Here is Madonna's little-known advisory on the dangers of autoimmunity, in which the immune system mistakenly attacks components of a person's own body. An antigen is any molecule that can trigger an immune response; self-antigens are molecules within oneself that trigger such a response.
I wrote this for a 2016 seminar with the UW Medicine Teaching Scholars.
Come on, students...
Do you believe in autoimmunity?
'Cause I've got something to say about it,
And it goes something like this....
Don't attack self antigens, baby!
You know you know you've got to
Give your body a chance to heal,
Unless you know the threat is real!
You don't need multiple sclerosis
To slow your axons down.
You don't need myasthenia gravis,
When acetylcholine can't be bound.
What you need is ... NOT type 1 diabetes;
Keep your beta cells like new.
If you're a fan of the thyroid gland,
Then Graves' Disease is not for you.
Don't attack yourself!
• MP3 (demo, with Karaoke NYC)
Songs like this one can be used during class meetings and/or in homework assignments. Either way, the song will be most impactful if students DO something with it, as opposed to just listening.
An initial, simple follow-up activity could be to answer the study questions below. A more extensive interaction with the song might entail (A) learning to sing it, using an audio file and/or sheet music as a guide, and/or (B) illustrating it with pictures, bodily poses, and/or bodily movements. The latter activity could begin with students identifying the most important or most challenging content of the song, and deciding how to illustrate that particular content.
(1) Provide a bit more detail on how multiple sclerosis "slows your axons down."
(2) Provide a bit more detail on how myasthenia gravis affects acetylcholine.
(3) Provide a bit more detail on how type 1 diabetes mellitus affects the beta cells.
(4) Provide a bit more detail on how Graves' disease affects the thyroid gland.
(Answers may be found on the answers page.)