Paloma Triguero-Piñero1, Clara de Vega1, Abelardo Aparicio1, Rafael G Albaladejo2. 1. Departamento de Biología Vegetal y Ecología, Facultad de Farmacia, Universidad de Sevilla, c/Profesor García González no 2, 41012, Seville, Spain. 2. Departamento de Biología Vegetal y Ecología, Facultad de Farmacia, Universidad de Sevilla, c/Profesor García González no 2, 41012, Seville, Spain. albaladejo@us.es.
Abstract
BACKGROUND: Phlomis lychnitis is a mostly endemic species of the Iberian Peninsula that frequently hybridizes with the narrow endemic P. crinita subsp. malacitana in southern Spain. Whenever they coexist they form homoploid hybrid zones. Unlike hybridization at the polyploid level, the process of hybridization at the homoploid level is much less well known. METHODS AND RESULTS: In this study we report the development of 22 microsatellite markers through next-generation sequencing technologies for P. lychnitis. We characterize the genetic diversity for two populations of this species for the 10 markers that resulted to be polymorphic. Further, we check the transferability of these polymorphic markers to one population of P. crinita subsp. malacitana to verify the potential use of these markers for hybridization studies. The values of expected heterozygosity for P. lychnitis were higher than in P. crinita subsp. malacitana, and the three analyzed populations displayed negative values for the inbreeding coefficient which is compatible with the frequent instances of hybridization and introgression between species. CONCLUSIONS: This set of polymorphic markers are useful for further studies aiming at a deeper understanding of the homoploid hybrid process between these species. Additionally, this is the first panel of microsatellite markers developed for the genus Phlomis, a genus very rich in endemic species and with medicinal properties that could benefit from the use of these new markers.
BACKGROUND: Phlomis lychnitis is a mostly endemic species of the Iberian Peninsula that frequently hybridizes with the narrow endemic P. crinita subsp. malacitana in southern Spain. Whenever they coexist they form homoploid hybrid zones. Unlike hybridization at the polyploid level, the process of hybridization at the homoploid level is much less well known. METHODS AND RESULTS: In this study we report the development of 22 microsatellite markers through next-generation sequencing technologies for P. lychnitis. We characterize the genetic diversity for two populations of this species for the 10 markers that resulted to be polymorphic. Further, we check the transferability of these polymorphic markers to one population of P. crinita subsp. malacitana to verify the potential use of these markers for hybridization studies. The values of expected heterozygosity for P. lychnitis were higher than in P. crinita subsp. malacitana, and the three analyzed populations displayed negative values for the inbreeding coefficient which is compatible with the frequent instances of hybridization and introgression between species. CONCLUSIONS: This set of polymorphic markers are useful for further studies aiming at a deeper understanding of the homoploid hybrid process between these species. Additionally, this is the first panel of microsatellite markers developed for the genus Phlomis, a genus very rich in endemic species and with medicinal properties that could benefit from the use of these new markers.
Authors: G Nieto Feliner; I Álvarez; J Fuertes-Aguilar; M Heuertz; I Marques; F Moharrek; R Piñeiro; R Riina; J A Rosselló; P S Soltis; I Villa-Machío Journal: Heredity (Edinb) Date: 2017-03-15 Impact factor: 3.821
Authors: C N Schoebel; S Brodbeck; D Buehler; C Cornejo; J Gajurel; H Hartikainen; D Keller; M Leys; S Ríčanová; G Segelbacher; S Werth; D Csencsics Journal: J Evol Biol Date: 2013-01-17 Impact factor: 2.411