Joined January 2018
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Jonathan Isaiah Gent retweeted
19 Sep 2022
Our new data show that plant centromeres can be engineered. We seeded CENH3 to synthetic repeat arrays, causing chromosome breakage. Fragments passed through meiosis formed neochromosomes with synthetic centromeres and were faithfully transmitted. bit.ly/3RWm7pV
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Jonathan Isaiah Gent retweeted
16 Jan 2020
Merging two independent assemblies (one from PacBio and another Nanopore), guided by Bionano maps, yielded a dramatically improved assembly of an inbred carrying maize Abnormal chromosome 10. The contig N50 is 162 Mb, with two fully gapless chromosomes.
biorxiv.org/content/10.1101/…
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Jonathan Isaiah Gent retweeted
9 Jan 2020
We are pleased to release genome assemblies and gene model annotations for 26 maize NAM inbreds for immediate use without restrictions. See nam-genomes.org/. Supported by NSF-1744001 with Matt Hufford (@mbhufford) Doreen Ware, Candice Hirsch (@HirschCandice) #NAMgenomes
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Jonathan Isaiah Gent retweeted
30 Jul 2018
We asked the question, what happens to long DNA when it is introduced by biolistic methods? The answer is that it is usually broken. We were more surprised by what happened to the genome.
biorxiv.org/content/early/20…
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