Petri Dish Talk

Version 0.1 the first print from github.com/otaviogood I have a kid now, and so do a few people I’ve worked closely with for years.

Ever since my time in a crystallography lab, I’ve been fascinated by the process of translating raw diffraction patterns into detailed structural models.

Twenty years ago, my spouse-to-be and I met and became friends.

Partner is pregnant, ultrasound looked cool.

Showing traditional carbon nanotube made only with carbon, versus microtubules found in cells made with Tubulin proteins.

Fig 1: Hadfield et al. https://doi.org/10.1038/s41576-019-0150-2 More and more, as we begin to get a solid grasp on DNA sequencing people are finding the need to understand what makes each type of cell different, or what changes occur before/after the int…

Can we use pipelines developed for human NGS analysis and quickly apply them for viral analysis?

When it comes to genomics, contemporary bioinformatics follows the dogma of, assemble, detect, and annotate.

Over christmas the Genome Reference Consortium gave all of us doing in silico life-science a wonderful present, or maybe it was just a lump of coal.

Continuing from the previous post[1], dealing with structural effects of variants, we can now abstract one more level up and investigate our sequencing results from a relational pathway model.