I am glad to see assemblies of the novel genomes that used MaSuRCA published. Here is a recent data note published in BMC:
https://bmcresnotes.biomedcentral.com/articles/10.1186/s13104-018-3127-x?utm_source=BMC_mailing&utm_medium=Email_Internal&utm_content=ElaLee-BMC-BMC_Research_Notes-Multidisciplinary-Global&utm_campaign=BMCS_SUB_One_year_Anniversary&sap-outbound-id=6B5458575F38E62CA5FD4B25C94434C6C3ABEBF6
This is an assembly of tree tobacco Nicotiana glauca from Illumina-only data (350bp fragment Paired End library and ~4,000bp fragment mate pair library), that yielded N50 contig size of about 31Kbp. The assembly size (~3.2Gbp) was bigger than the estimated genome size (~2Gbp) which points to relatively high heterozygosity of the plant.
https://bmcresnotes.biomedcentral.com/articles/10.1186/s13104-018-3127-x?utm_source=BMC_mailing&utm_medium=Email_Internal&utm_content=ElaLee-BMC-BMC_Research_Notes-Multidisciplinary-Global&utm_campaign=BMCS_SUB_One_year_Anniversary&sap-outbound-id=6B5458575F38E62CA5FD4B25C94434C6C3ABEBF6
This is an assembly of tree tobacco Nicotiana glauca from Illumina-only data (350bp fragment Paired End library and ~4,000bp fragment mate pair library), that yielded N50 contig size of about 31Kbp. The assembly size (~3.2Gbp) was bigger than the estimated genome size (~2Gbp) which points to relatively high heterozygosity of the plant.
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