The identification of pollen-pistil compatibility relationships among almond cultivars and genotypes is very important for breeders and growers. In the present study, PCR based technique was used to identify S-alleles in 10 late blooming almond genotypes. In total, 19 alleles were amplified by five primer pairs in the studied genotypes. The size of bands ranged between 480 - 2000 bp. Seven S-alleles were amplified using AS1II/AMYC5R primer pair, whereas each of the Alsc11/AMYC5R, Pru-C2/Pru-C4R, Pru-C2/Pru-C5R and Pru-C2/Pru-C6R primer pairs amplified nine different S-alleles. Based on S-allele patterns, all of the studied genotypes were identified as self-incompatible. However, some of the genotypes had only one similar S-allele, all of th...
Although pollen tube growth has been an important criterion for self-compatibility evaluation in alm...
Almond is a self–incompatible plant and incompatibility is of gametophytic type requiring pollen tra...
The original publication is available at www.actahort.orgThe origin of Australian almond cultivars i...
Most almond cultivars are self-incompatible, and so to obtain a yield they need to be pollinated wit...
Identification of the incompatibility genotypes of almond cultivars is important in breeding program...
In this study, 48 almond (Prunus dulcis Miller [D.A. Webb]) genotypes were analyzed in terms of deta...
Wild almond genotypes are a rich source of desirable characteristics which can be useful to almond b...
The finding of new self-compatible cultivars in local population is a breeder’s objective in order t...
Several approaches have been used to assess self-compatibility in almond, such as fruit set after se...
The evaluation of an almond collection using morphological variables and identification of self-inco...
To date, the identification of the S3 self-incompatibility allele in almond using PCR primers has be...
Almond [Prunus dulcis (Mill.) D. A. Webb.] as one of the oldest domesticated plants is thought to ha...
Due to the importance of obtaining almond cultivars adapted to the agroecological conditions of Serb...
Abstract. Self-compatibility has become the primary objective of most almond (Prunus amygdalus Batsc...
The S-allele characterisation of ‘Alzina’ and ‘Garonde` s’, two local almond cultivars from the isla...
Although pollen tube growth has been an important criterion for self-compatibility evaluation in alm...
Almond is a self–incompatible plant and incompatibility is of gametophytic type requiring pollen tra...
The original publication is available at www.actahort.orgThe origin of Australian almond cultivars i...
Most almond cultivars are self-incompatible, and so to obtain a yield they need to be pollinated wit...
Identification of the incompatibility genotypes of almond cultivars is important in breeding program...
In this study, 48 almond (Prunus dulcis Miller [D.A. Webb]) genotypes were analyzed in terms of deta...
Wild almond genotypes are a rich source of desirable characteristics which can be useful to almond b...
The finding of new self-compatible cultivars in local population is a breeder’s objective in order t...
Several approaches have been used to assess self-compatibility in almond, such as fruit set after se...
The evaluation of an almond collection using morphological variables and identification of self-inco...
To date, the identification of the S3 self-incompatibility allele in almond using PCR primers has be...
Almond [Prunus dulcis (Mill.) D. A. Webb.] as one of the oldest domesticated plants is thought to ha...
Due to the importance of obtaining almond cultivars adapted to the agroecological conditions of Serb...
Abstract. Self-compatibility has become the primary objective of most almond (Prunus amygdalus Batsc...
The S-allele characterisation of ‘Alzina’ and ‘Garonde` s’, two local almond cultivars from the isla...
Although pollen tube growth has been an important criterion for self-compatibility evaluation in alm...
Almond is a self–incompatible plant and incompatibility is of gametophytic type requiring pollen tra...
The original publication is available at www.actahort.orgThe origin of Australian almond cultivars i...