RT @BTIpublications: Mueller lab: N tabacum genome enables cloning of homeologous loci implicated in nitrogen utilization efficiency https:…
Mueller lab: N tabacum genome enables cloning of homeologous loci implicated in nitrogen utilization efficiency https://t.co/mrY9vStzLc
#ICYMI Researchers uncover complex tobacco #genome and successfully use it for map-based #cloning https://t.co/Hensh2QMTa
RT @solgenomics: N tabacum genome enables map-based cloning of homeologous loci implicated in nitrogen utilization efficiency https://t.co/…
RT @solgenomics: N tabacum genome enables map-based cloning of homeologous loci implicated in nitrogen utilization efficiency https://t.co/…
N tabacum genome enables map-based cloning of homeologous loci implicated in nitrogen utilization efficiency https://t.co/59PKP2BA8V https://t.co/JNg5AuDKSQ
N tabacum genome enables map-based cloning of homeologous loci implicated in nitrogen utilization efficiency https://t.co/ftcDEhgC5h
Latest #research reveals the importance of EGY proteins in tobacco plant nitrogen use efficiency (NUE) https://t.co/Hensh38nKI https://t.co/ar9hEXR7kT
RT @bionanogenomics: "A substantial step forward" - Another reference genome benefiting from Bionano's optical maps! https://t.co/0PbQFs7q…
RT @bionanogenomics: "A substantial step forward" - Another reference genome benefiting from Bionano's optical maps! https://t.co/0PbQFs7q…
"A substantial step forward" - Another reference genome benefiting from Bionano's optical maps! https://t.co/0PbQFs7qBb
A reference genome for Nicotiana tabacum enables map-based cloning of homeologous loci implicated in… https://t.co/Fg311xbREN #polyploidy
RT @aubombarely: Our #Nicotiana_tabacum genome published. Assembly of 4.5 Gb with 2.9 Gb anchored in 24 chromosomes. 69,500 genes. https://…
RT @aubombarely: Our #Nicotiana_tabacum genome published. Assembly of 4.5 Gb with 2.9 Gb anchored in 24 chromosomes. 69,500 genes. https://…
RT @aubombarely: Our #Nicotiana_tabacum genome published. Assembly of 4.5 Gb with 2.9 Gb anchored in 24 chromosomes. 69,500 genes. https://…
RT @aubombarely: Our #Nicotiana_tabacum genome published. Assembly of 4.5 Gb with 2.9 Gb anchored in 24 chromosomes. 69,500 genes. https://…
RT @aubombarely: Our #Nicotiana_tabacum genome published. Assembly of 4.5 Gb with 2.9 Gb anchored in 24 chromosomes. 69,500 genes. https://…
RT @BAT_Sci: Scientists uncover ‘roadmap’ of tobacco plant genome to help accelerate future #research and #innovation https://t.co/OZHQ88vn…
RT @aubombarely: Our #Nicotiana_tabacum genome published. Assembly of 4.5 Gb with 2.9 Gb anchored in 24 chromosomes. 69,500 genes. https://…
Our #Nicotiana_tabacum genome published. Assembly of 4.5 Gb with 2.9 Gb anchored in 24 chromosomes. 69,500 genes. https://t.co/GPbGGwizbl
RT @BAT_Sci: Scientists uncover ‘roadmap’ of tobacco plant genome to help accelerate future #research and #innovation https://t.co/OZHQ88vn…
RT @BAT_Sci: Scientists uncover ‘roadmap’ of tobacco plant genome to help accelerate future #research and #innovation https://t.co/OZHQ88vn…
Scientists uncover ‘roadmap’ of tobacco plant genome to help accelerate future #research and #innovation https://t.co/OZHQ88vny6 https://t.co/GGutHzcA32
Just going to leave this here https://t.co/R4xwrRwoCf #bmcgenomics #cbgd @BAT_Sci