Madison Chapel (@chapelmadison) 's Twitter Profile
Madison Chapel

@chapelmadison

MSc student in bioinformatics at UBC.
My blood is at least 70% bubble tea.

ID: 1278779393871994880

calendar_today02-07-2020 19:55:49

82 Tweet

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53 Takip Edilen

nature (@nature) 's Twitter Profile Photo

Sign up for Nature Briefing for a chance to win a Nature-branded toy to celebrate the Year of the Tiger: go.nature.com/3JY6ni5

Sign up for Nature Briefing for a chance to win a Nature-branded toy to celebrate the Year of the Tiger: go.nature.com/3JY6ni5
Madison Chapel (@chapelmadison) 's Twitter Profile Photo

The building I work in has been leaving puzzles out for researchers to work on during downtime. I just stayed late to put the last few pieces of one together and I feel so mischievous. People will come to work tomorrow and be like "Wow who finished the puzzle" It was meeee 🕵️‍♀️

Emma Griffiths (@griffiemma) 's Twitter Profile Photo

Is curating, validating and transforming microbial contextual data bringing you down? Give the DataHarmonizer a try. You can make your own template about anything you want! We used it for harmonizing Canadian SARS-CoV-2 surveillance data. To find out more: microbiologyresearch.org/content/journa…

ElowitzLab (@elowitzlab) 's Twitter Profile Photo

Hard to believe it’s almost 2 decades since I was served, and later consumed, this molecularly precise model of a gram negative bacterium. The model captures 3 features of the cell: - high protein density, but low molecule number - carbohydrate surface - cheese in periplasm

Hard to believe it’s almost 2 decades since I was served, and later consumed, this molecularly precise model of a gram negative bacterium. The model captures 3 features of the cell: 
- high protein density, but low molecule number
- carbohydrate surface
- cheese in periplasm
Abdul Muntakim Rafi (@muntakim_rafi) 's Twitter Profile Photo

0/ Essential reading for anyone training or using sequence-function models trained on genomic sequences! 🚨 In our new preprint, we explore the ways homology within genomes can cause leakage when training sequence-based models and ways to prevent it