This scientist combines a love of genetics and a love of music.
This fascinating article allows students to see how the combination of music and science helped a molecular biologist turn the coronavirus genome into a song that can be listened to. It is suitable for year 10 Biology students learning about DNA, genetic code, genes and mutations.
Word Count: 813
This project followed earlier work I had done generating audio from human DNA sequences; this time, I wanted to apply those techniques to the virus sweeping the world to see what might be revealed. In other words, this was the difficult second album!
My latest research, published in the journal BMC Bioinformatics, reveals how music can be used to reveal functional properties of the coronavirus genome.
All my life I’ve been involved in music and molecular biology. At the crossroads between science and art, I see great scope for insight.
Assigning notes to the ‘words’ in the genome
Genes of the coronavirus are like biological book chapters; they hold all the words that describe the virus and how it might function. These “words” are made from strings of chemical letters scientists refer to as G, A, U and C.
This viral “book” is over 30,000 characters long. Some of these characters come together to form what scientists call a codon, which is a sequence of RNA that corresponds to a specific amino acid. But to stick with our analogy, let’s just say they come together to form “words”.
Also: Biology by the numbers
In my work, I assigned notes to these words to generate audio; I had wondered if this might helps us understand what the words mean.
I devised an online tool to hear the sound of coronavirus doing two things most genomes do: the first is called “translation”, which is where the virus makes new proteins. The second is called “transcription”, which is where the genome of the virus copies itself.
There are several things you can hear: the start and end of genes, the regions between genes and the parts of the genome that control how genes are expressed.
Revealing relationships between structure and function
So, what’s the point of all this?
As a research tool the audio helps supplement some of the many visual displays that exist to represent genomic information. In other words, it helps scientists understand even more about the virus and how it operates. Recently, UK-based composer and researcher Eduardo Miranda at the University of Plymouth used DNA sequence data for music composition and to better understand synthetic biology. Researcher Markus Buehler at MIT has been working with musical representations of proteins to enquire about novel protein structures.
😍@marktemp‘s sonification of the coronavirus genome – wonderful progressive music with clear display of the biological reality underneath. Music AND science!https://t.co/KxUHpYkLzA
— Eddie Martin (@Sonifyed) October 5, 2020
I think an equally valid question is: does the audio sound musical? Now that I have finished the scientific research part of this project, I listen to the coronavirus genome with fresh ears, and from a musician’s perspective I been surprised as to how musical it sounds.
I don’t mean to trivialise the pandemic by thinking about the virus in musical terms.
As a molecular biologist at Western Sydney University, when I think about the virus I see RNA sequences, and it’s my job to see relationships between structure and function. I don’t see patients in the clinic and I’m not researching a cure — these things are not my domain.
Taking the genome to the recording studio
As a musician, I have also taken the audio data into the recording studio, away from the research lab, to reveal other perspectives on the coronavirus.
The coronavirus audio is pulsating and incessant, but, working with other musicians, we have tried to tame the sequence; to make it subservient to our musical knowledge, ideas and human spirit.
I returned to the trusty drum kit that once drove my old band The Hummingbirds and this now beats the viral sequence into submission. With guitar by Mike Anderson, who is in Sydney-based instrumental surf twang band Los Monaros, we have reached an understanding of its jagged rhythms and syncopated pulses to create some music.
We mixed the computer-generated audio from the coronavirus genome with real guitars and drums played by real people. The result sounds more musical than I thought it would and it reminds me of the pulsing music of US composer Steve Reich. I still hear genes and other viral characteristics within the science data but music wins out in the rehearsal studio.
As a musician, this project has been rewarding but as a scientist, I hope sonifying the coronavirus genome helps people think about its function in new and helpful ways.
I was also challenged to create something almost beautiful out of something so awful. Let’s hope we will soon be able to return to work and live music more “normally”, to the parts of life that engage us intellectually and creatively.
Written by Mark Temple, Senior Lecturer in Molecular Biology, Western Sydney University.
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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