de Miguel M., Bartholomé J., Ehrenmann F., Murat F., Moriguchi Y., Uchiyama K., Ueno S., Tsumura Y., Lagraulet H., de Maria N., Cabezas J.A., Cervera M.T., Gion J.M., Salse J., Plomion C.
2015
Although recent advances have been gained on genome evolution in angiosperm lineages, virtually nothing is known about karyotype evolution in the other group of seed plants, the gymnosperms. Here, we used high-density gene-based linkage mapping to compare the karyotype structure of two families of conifers (the most abundant group of gymnosperms) separated around 290 Ma: Pinaceae and ...
Génétique et amélioration des plantes; Taxonomie végétale et phyto-géographie; Foresterie - Considérations générales
2015
Although recent advances have been gained on genome evolution in angiosperm lineages, virtually nothing is known about karyotype evolution in the other group of seed plants, the gymnosperms. Here, we used high-density gene-based linkage mapping to compare the karyotype structure of two families of conifers (the most abundant group of gymnosperms) separated around 290 Ma: Pinaceae and ...
Génétique et amélioration des plantes; Taxonomie végétale et phyto-géographie; Foresterie - Considérations générales