Ryan Lab (@sarraryanlab) 's Twitter Profile
Ryan Lab

@sarraryanlab

A lab at the Newcastle University Centre for Cancer, focused on highly repetitive DNA and its role in the genomic landscape of childhood cancer and leukaemia.

ID: 1493983127039000577

linkhttps://www.ncl.ac.uk/medical-sciences/people/profile/sarraryan.html calendar_today16-02-2022 16:22:12

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Ryan Lab (@sarraryanlab) 's Twitter Profile Photo

ncl.ac.uk/postgraduate/f… We're hiring! We have a 4yr PhD studentship in cancer genomics and bioinformatics, funded by the Cancer Research UK Newcastle Cancer Centre. Closing date: 31st March.

Ryan Lab (@sarraryanlab) 's Twitter Profile Photo

Starting our journey into the world of extended chromatin fibre FISH. Step 1. Get those DAPI stained fibres looking good!

Starting our journey into the world of extended chromatin fibre FISH. Step 1. Get those DAPI stained fibres looking good!
Richard Yim (@richardyim15) 's Twitter Profile Photo

Quick and basic tip for creating launchers for software on Linux servers, for those who are new to Bash ryim.github.io/bash/basics/20…

Richard Yim (@richardyim15) 's Twitter Profile Photo

Data frames to files in seconds! Today's tip about writing large numbers of data frames to files in R, with proper vectorisation. #tipoftheday ryim.github.io/r/tipoftheday/…

Richard Yim (@richardyim15) 's Twitter Profile Photo

Snakemake on AWS the easy way! Automated installation of Snakemake and Tibanna on Amazon Web Service images using the Image Builder. ryim.github.io/tibanna/snakem… #Snakemake #AWS

Richard Yim (@richardyim15) 's Twitter Profile Photo

How to use external email clients with Newcastle University email! NUIT recommend using Outlook or the website for access, but you can still use external clients using this guide: ryim.github.io/newcastleunive… #newcastleuniversity Newcastle University

Steve Clifford (@profsclifford) 's Twitter Profile Photo

Calling MSc or PhD cancer #bioinformaticians and #biostatisticians - we have an exciting opening in our childhood cancer team - leading investigations into aneuploidy, its driving mechanisms, targeting and clinical relevance. Newcastle University Centre for Cancer Science and Innovation at Cancer Research UK jobs.ncl.ac.uk/job/Newcastle-… DM

Ryan Lab (@sarraryanlab) 's Twitter Profile Photo

Currently visualising the centromeric repetitive regions of DNA using extended fibre-FISH. Look at that beautiful linear structure!

Currently visualising the centromeric repetitive regions of DNA using extended fibre-FISH. Look at that beautiful linear structure!
Michelle Mitchell (@michelle_cruk) 's Twitter Profile Photo

Fascinating to hear more about the role of our discovery science in personalised cancer medicines at yesterday's Cancer Research UK Behind the Science event. Thanks to panellists David Crosby, KJ Patel CAM-OX traveller, Jean Abraham, @MariamJHanjani, Ryan Lab for an insightful discussion.

Fascinating to hear more about the role of our discovery science in personalised cancer medicines at yesterday's <a href="/CR_UK/">Cancer Research UK</a> Behind the Science event.

Thanks to panellists David Crosby, <a href="/ketanpatelimmo1/">KJ Patel CAM-OX traveller</a>, <a href="/JeanEAbraham722/">Jean Abraham</a>, @MariamJHanjani, <a href="/SarraRyanLab/">Ryan Lab</a> for an insightful discussion.
Ryan Lab (@sarraryanlab) 's Twitter Profile Photo

We all had a wonderful time at the Cancer Research UK #BehindTheScience event! Thank you to the team for organising such an enlightening and enjoyable evening.

We all had a wonderful time at the <a href="/CR_UK/">Cancer Research UK</a> #BehindTheScience event! Thank you to the team for organising such an enlightening and enjoyable evening.
Ryan Lab (@sarraryanlab) 's Twitter Profile Photo

First look at combining V14 ultra-long Oxford Nanopore sequencing with adaptive sampling using a MinION in our lab. Achieving ~15X coverage in our regions of interest in the process. Some great quality reads and some great lengths too.

First look at combining V14 ultra-long <a href="/nanopore/">Oxford Nanopore</a> sequencing with adaptive sampling using a MinION in our lab. Achieving ~15X coverage in our regions of interest in the process. Some great quality reads and some great lengths too.