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The discussions reflect strong interest and engagement, with references to technical details like repetitive sequences and HiC technology, illustrating how researchers are excited about the potential applications of the genome sequence for understanding plant resilience and evolution.
Most discussions acknowledge the significance of the new genome assembly and its potential to advance biological research.
Posts demonstrate high interest, especially with mentions of technical methods like HiC and the complex genomic features of Ginkgo.
Community members actively reference specific findings, such as the long introns and repetitive sequences, indicating substantial engagement.
The discussions recognize the importance of this research for future studies, suggesting a moderate but meaningful impact on the scientific community.
In our previous work (https://t.co/RQsbsKPRqW), we show in Figure 1c that Ginkgo has the longest intron comparing to other land plants, and extensively discussed the insertion of LTR-RT contributes to the genome size in the Discussion session. (2/3)
Luixin, highlights focus on applying different technology l. Example for work using HiC to improve plant genome quality for the Ginkgo genome published in @GigaScience https://t.co/mW8cuO0rl1 #genomes2019 #vgp2019 #ebp2019
RT @GigaScience: Luixin, highlights focus on applying different technology l. Example for work using HiC to improve plant genome quality fo…
RT @GigaScience: Luixin, highlights focus on applying different technology l. Example for work using HiC to improve plant genome quality fo…
You can find the poster featured in this episode in the SciShow store on DFTBA. What happens when a species is the only of its kind? Studying these species can help us understand evolution and life's diversity…
Evolution Hour 276 discusses the genetic origins of Jewish priestly lineages based on Y chromosome data and presents a comprehensive genome assembly of Ginkgo biloba, highlighting its unique characteristics and…
In our previous work (https://t.co/RQsbsKPRqW), we show in Figure 1c that Ginkgo has the longest intron comparing to other land plants, and extensively discussed the insertion of LTR-RT contributes to the genome size in the Discussion session. (2/3)
RT @GigaScience: Luixin, highlights focus on applying different technology l. Example for work using HiC to improve plant genome quality fo…
RT @GigaScience: Luixin, highlights focus on applying different technology l. Example for work using HiC to improve plant genome quality fo…
Luixin, highlights focus on applying different technology l. Example for work using HiC to improve plant genome quality for the Ginkgo genome published in @GigaScience https://t.co/mW8cuO0rl1 #genomes2019 #vgp2019 #ebp2019
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