Alex Cagan Profile picture
Researching somatic evolution at the University of Cambridge and Wellcome Sanger Institute. Also a scientific illustrator.
Aug 13 15 tweets 5 min read
The final part of a 2 thread series on creativity in science (part 1 here: ). Artists and scientists share common tools for thinking. However in the arts much more time is spent on developing these practices and techniques for creative problem solving.
Image The sciences could perhaps benefit from more emphasis on tools for creative thinking during training. Here are a few examples of approaches emphasised in artistic training that are just as applicable in science. 1. Observation. Image
Aug 13 24 tweets 8 min read
At a recent conference @AthenaAktipis invited me to give a talk on the role of creativity in science. For those interested here are the illustrated slides in tweetorial format. The take home message: Creativity and science go hand in hand. (Thread 1 of 2) Image There is a common (mis)perception that the arts and humanities are creative while the hard sciences are not. This has a profound impact on what careers people choose to pursue. The quotes below may be familiar to many. Image
Apr 20, 2022 8 tweets 4 min read
As a scientist and an illustrator having our article featured on the cover of @Nature is a dream come true
I've done an illustrated tweetorial, so this is the illustrators' tweetorial. Early ideas for the cover played around with the core concepts of mutation, animals and time
Apr 13, 2022 24 tweets 8 min read
Incredibly excited to share our paper ‘Somatic mutation rates scale with lifespan across mammals’ now published @nature.

An illustrated & updated tweetorial… [1/24] nature.com/articles/s4158…
Image We integrated histology and genomics to provide an unprecedented description of somatic mutation across mammals. [2/24] Image
Aug 25, 2021 17 tweets 9 min read
Thrilled to share our paper on the mutational landscape of human somatic and germline cells @Nature. We integrated histology and genomics to explore the genetic diversity that develops within our bodies as we age.
nature.com/articles/s4158…
An illustrated tweetorial… [1/15] Our cells accumulate DNA damage as we age. We often only become aware of this damage when it leads to diseases, such as cancer. However, recent research has revealed a dynamic landscape of mutation and selection within even seemingly normal cells. [2/15]
Aug 20, 2021 18 tweets 7 min read
I am incredibly excited to share our preprint ‘Somatic mutation rates scale with lifespan across mammals’In this paper we provide an unprecedented description of somatic mutation across mammals.

biorxiv.org/content/10.110…

An illustrated tweetorial…[1/17] Why did we do this? As we age our cells accumulate DNA damage. Accurately studying somatic mutation in normal tissues has only recently become possible and our knowledge of somatic mutation is currently very limited outside of humans. [2/17]
Nov 27, 2020 16 tweets 8 min read
Thrilled to finally be able to share our new preprint on the mutational landscape of human somatic and germline cells! #Panbodymap

We integrated histology and genomics to reveal the genomic diversity that develops within our own bodies as we age

biorxiv.org/content/10.110…

[1/15] As we age our cells accumulate DNA damage, we often only become aware of this damage when it leads to diseases such as cancer but recent research has revealed a dynamic landscape of mutation and selection even within seemingly normal cells. [2/15]