KERRIGAN, Richard,VELCKO, Anthony,SPEAR, Mark,WACH, Mark
申请号：
ES10854834
公开号：
ES2647924T3
申请日:
2010.07.16
申请国别(地区):
ES
年份:
2017
代理人:
摘要：
A method for determining if a culture of Agaricus bisporus contains a genetic determinant for at least one characteristic of absence of spores, selected from the group consisting no sporulation reduced sporulation, incomplete development of spores, incomplete release of spores and lamellae paler, this method comprising: facilitating fusion via anastomosis and plasmogamia between a first crop of Agaricus bisporus and a second crop of Agaricus bisporus, where the second crop is a homocarión selected from the group consisting of a culture Agaricus wild bisporus JB2, a wild growing Agaricus bisporus JB28, a culture derived from JB2 or JB28, a descendant of JB2 or JB28 culture, WQ, S-381, S-600, M1, 56B- 4186, TS5 s4 and descendants cultures or WQ derivatives, S-381, S- 600, M1, 56B-4186 and TS5 s4, and further identified as capable of transmitting germplasm to offspring at least one feature of absence of Espor as selected from the group consisting of no sporulation reduced sporulation, incomplete development of spores, spores and incomplete release paler lamellae where if the hybrid strain of this merger has a characteristic expressed by a phenotype without spores, the first crop contains a genetic determinant for at least one characteristic of absence of selected spores from the group consisting no sporulation reduced sporulation, incomplete development of spores , incomplete release of spores and lamellae paler.Un método para determinar si un cultivo de Agaricus bisporus contiene un determinante genético para por lo menos una característica de ausencia de esporas, seleccionada del grupo compuesto por no esporulación, esporulación reducida, desarrollo incompleto de esporas, liberación incompleta de esporas y lamelas más pálidas, comprendiendo este método: facilitar la fusión vía anastomosis y plasmogamia entre un primer cultivo de Agaricus bisporus y un segundo cultivo de Agaricus bisporus, donde el segundo cultivo es un homocarión seleccionado del grupo compuesto por
