RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @StevenSalzberg1: Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncodi…
Our new human gene database, CHESS, is published! Over 100,000 novel gene isoforms (splice variants), many new noncoding genes, over 200 new proteins, all supported by very deep RNA sequencing. The database is all freely available, of course
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @BMCBiology: In his Open Questions (https://t.co/MMgHyLA5mO), @StevenSalzberg1 discusses the difficulty of determining how many #genes w…
In his Open Questions (https://t.co/MMgHyLA5mO), @StevenSalzberg1 discusses the difficulty of determining how many #genes we have - partly due to database discrepancies. The database presented here, #CHESS, provides greater experimental support than previo
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
RT @GenomeBiology: A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes,…
A new database of human expressed sequences based on GTEx data finds a whole bunch of novel potential non coding genes, and some novel potential protein coding genes. CHESS, from @elapertea, @StevenSalzberg1 and others https://t.co/WKB6ZxZN82