WOS: 000446807800004We describe the Ag-NOR distribution in two 2n=48 populations of blind mole rats of the genus Nannospalax from two localities (Caldiran and Asagisutasli) in the Van and Igdir Provinces in North-eastern Anatolia, Turkey. The karyotypes of the studied populations differed in the proportion of biarmed and acrocentric autosomes (NFa=64 and 68, respectively). The nucleolar organizer regions (NORs) occurred on four autosomal pairs in the Van population whereas only three NOR-bearing autosomal pairs were detected in the Igdir population. The karyotype of the individuals from the Igdir population was similar to the previously studied population from the Van-Erci Province. This similarity indicated that geographical barriers did n...
WOS: 000298197800002In the present study, the 2n = 54 chromosomal race of blind mole rats, Nannospal...
We used 33 blind mole rats belonging to 10 different chromosomal races from 10 localities in western...
The blind mole rats (Spalacinae) reveal fascinating chromosomal variation, resulting from complex ka...
Mole rats have adapted to living underground and have a wide range chromosomal variation in Turkey, ...
Mole rats have adapted to living underground and have a wide range chromosomal variation in Turkey, ...
Kankılıç, Tolga ( Aksaray, Yazar )Mole rats of the genus Nannospalax having high karyotypic variabi...
WOS: 000281613200004Mole rats of the genus Nannospalax having high karyotypic variability (chromosom...
Blind mole rats are model organisms for studies of chromosomal evolution, and have a variety of chro...
WOS: 000329919500016The distribution of nucleolar organizer regions (NORs) in Nannospalax ehrenbergi...
We present the karyotype characteristics of five cytotypes of mole rats (Nannospalax) with 56 chromo...
Nannospalax is a genus of blind rodents adapted to living in underground. The species have numerous ...
WOS: 000351412600012This paper presents new data on chromosomes of the Palestine mole rat, Nannospal...
Nannospalax is a genus of blind rodents adapted to living in underground. The species have numerous ...
We performed this study on the subterranean mole rat Nannospalax xanthodon (Nehring, 1898) in wester...
WOS: 000406791900001A new karyotype for blind mole rats was recorded in Tunceli province in Eastern ...
WOS: 000298197800002In the present study, the 2n = 54 chromosomal race of blind mole rats, Nannospal...
We used 33 blind mole rats belonging to 10 different chromosomal races from 10 localities in western...
The blind mole rats (Spalacinae) reveal fascinating chromosomal variation, resulting from complex ka...
Mole rats have adapted to living underground and have a wide range chromosomal variation in Turkey, ...
Mole rats have adapted to living underground and have a wide range chromosomal variation in Turkey, ...
Kankılıç, Tolga ( Aksaray, Yazar )Mole rats of the genus Nannospalax having high karyotypic variabi...
WOS: 000281613200004Mole rats of the genus Nannospalax having high karyotypic variability (chromosom...
Blind mole rats are model organisms for studies of chromosomal evolution, and have a variety of chro...
WOS: 000329919500016The distribution of nucleolar organizer regions (NORs) in Nannospalax ehrenbergi...
We present the karyotype characteristics of five cytotypes of mole rats (Nannospalax) with 56 chromo...
Nannospalax is a genus of blind rodents adapted to living in underground. The species have numerous ...
WOS: 000351412600012This paper presents new data on chromosomes of the Palestine mole rat, Nannospal...
Nannospalax is a genus of blind rodents adapted to living in underground. The species have numerous ...
We performed this study on the subterranean mole rat Nannospalax xanthodon (Nehring, 1898) in wester...
WOS: 000406791900001A new karyotype for blind mole rats was recorded in Tunceli province in Eastern ...
WOS: 000298197800002In the present study, the 2n = 54 chromosomal race of blind mole rats, Nannospal...
We used 33 blind mole rats belonging to 10 different chromosomal races from 10 localities in western...
The blind mole rats (Spalacinae) reveal fascinating chromosomal variation, resulting from complex ka...