Very useful oversight of genomic activities in Europe!
@stefanfrohling.bsky.social
Very useful oversight of genomic activities in Europe!
@stefanfrohling.bsky.social
8M sensor array.
500M bases/second / 15B reads in 4 hours (7-8Tbp).
500bp avg single fragment reads (rumors it may be more an average of 220bp).
Uses Xpandomers.
Rumors of average Q20 scores.
8M sensor array.
500M bases/second / 15B reads in 4 hours (7-8Tbp).
500bp avg single fragment reads (rumors it may be more an average of 220bp).
Uses Xpandomers.
Rumors of average Q20 scores.
Also a great lineup of speakers and topics, as an added bonus 😉
www.ccg2025.eu #ccg2025
Also a great lineup of speakers and topics, as an added bonus 😉
#CCG2025
#CCG2025
#ccg2025
#ccg2025
www.ccg2025.eu #ccg2025
www.ccg2025.eu #ccg2025
The meeting includes a session with presentations from all major cancer whole genome sequencing initiatives in Europe.
www.ccg2025.eu
The meeting includes a session with presentations from all major cancer whole genome sequencing initiatives in Europe.
www.ccg2025.eu
#CCG2025 www.ccg2025.eu
#CCG2025 www.ccg2025.eu
First of an annual recurring series. It will be a very important meeting for the advance of clinical implementation of cancer genomics.
Proud to be part of it.
March 20th-21st 2025 in Amsterdam.
Registration open: www.ccg2025.eu
#CCG2025
First of an annual recurring series. It will be a very important meeting for the advance of clinical implementation of cancer genomics.
Proud to be part of it.
March 20th-21st 2025 in Amsterdam.
Registration open: www.ccg2025.eu
#CCG2025
Curious? Let me know what questions you’d love me to answer in my session.
Registration is free for over 90% of the audience, click here to reserve your space: hubs.la/Q02TptWZ0
#FOG2025
Curious? Let me know what questions you’d love me to answer in my session.
Registration is free for over 90% of the audience, click here to reserve your space: hubs.la/Q02TptWZ0
#FOG2025
Computational analysis of 33,218 tumor genomes to identify cancer genes and driver mutations
➡️ Compendium of Cancer Driver Genes - www.intogen.org
➡️ In Silico Saturation Mutagenesis of Cancer Genes - www.intogen.org/boostdm
Computational analysis of 33,218 tumor genomes to identify cancer genes and driver mutations
➡️ Compendium of Cancer Driver Genes - www.intogen.org
➡️ In Silico Saturation Mutagenesis of Cancer Genes - www.intogen.org/boostdm