Woohoo! Check out TinkRNG, a biologically-inspired generative art project showcasing fascinating patterns in the human proteome. So cool!

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An attempt to help visualize the results from Ni, et al. 2021 (one of the Harbin Skull papers). The left shows the morphological tree in the paper; the right is the DNA/proteomics constrained but less parsimonious tree from the supplementary material.

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A knowledge graph to interpret clinical proteomics data | Nature Biotechnology
https://t.co/aLAg8zodJk

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Ever wondered what exactly OMICS are? Here you have an overview illustration I did for the . You can see a fresh product, a plant cell, genomics, transcriptomics, proteomics, metabolomics & volatilomics! More to find out here: https://t.co/WL0Tlzsdm5

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New Top post on furry_irl bi_irl by proteomicsguru

Link to post: https://t.co/c82NYolNc3

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New Top post on furry_irl flying_irl by proteomicsguru

Link to post: https://t.co/GbY0te5RJv

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A high-resolution map of post-translational modifications on multiple of reveals the importance of PTMs in Resource article online now! https://t.co/Nn9I6FeG9P

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My group has a great new paper on proteogenomic characterization of ovarian cancer out in a great new journal Cell Reports Medicine. Figure 6 has the visual stylings of yours truly - inspired by my cartooning work.

https://t.co/NktpPF6Os3

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reshuffles the phylogeny of Pleistocene rhinos using ~1.77 million y. old proteome sequences from Dmanisi. This extraordinary breakthrough extends molecular phylogeny based on fossils far beyond the range of preservation of ancient DNA.
https://t.co/ClNR9r7Q6F

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