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Yu.D. Chugunov, I.O. Katin (1984)
Zhivotnyi mir Dal’nevostochnogo morskogo zapovednika
V.M. Aniskin (1990)
C Heterochromatin Variation of Microtus fortisTez. dokl. V s”ezda Vses. teriologich. ob-va, 1
(2001)
Formation of Terrestrial Teriofauna on the Islands of Peter the Great Bay ( Sea of Japan ) , Vestn
S.V. Mezhzherin, A.E. Zykov, S.Yu. Morozov-Leonov (1993)
Biochemical Variation and Genetic Divergence of Palearctic Voles Arvisolidae: Microtus Schrank, 1798, Chionomys Miller, 1908, Arvicola Lacerede, 1799Russ. J. Genet., 29
V.N. Orlov, N.Sh. Bulatova (1983)
Sravnitel’naya tsitogenetika i kariosistematika mlekopitayushchikh
M. Meyer, M. Jordan, J. Walknowska (1967)
A karyosystematic study of some Microtus species.Folia biologica, 15 3
M. Lee, F. Elder (1980)
Yeast stimulation of bone marrow mitosis for cytogenetic investigations.Cytogenetics and cell genetics, 26 1
V.N. Orlov, G.A. Chudinovskaya, E.P. Kryukova (1976)
Issledovanie khromosomnykh naborov mlekopitayushchikh
I.M. Gromov, M.A. Erbaeva (1995)
Mlekopitayushchie fauny Rossii i sopredel’nykh territorii. Zaitseobraznye i gryzuny
(1984)
Karyological Features of Mongolian Field Vole and Its Relative Relationships within the Genus Microtus ( Rodentia , Cricetidae )
A.S. Lukashin (1975)
Mongolian Elements in the Mammal Fauna of Northern ManchzhuriaZool. Zh., 54
I.N. Sheremetyeva (2003)
Tez. dokl. VII s”ezda Vseross. teriologich. ob-va
Yu.M. Koval’skaya, V.M. Malygin, I.V. Kartavtseva (1988)
Karyotype Stability and Distribution of Microtus fortis (Rodentia, Cricetidae)Zool. Zh., 67
L.V. Frisman, K.V. Korobitsyna, I.N. Sheremetyeva (2004)
Sibirskaya zoologicheskaya konf.: Tez. dokl.
M. Münke, H. Schmiady (1979)
A simple one-step procedure for staining the nucleolus organizer regionsExperientia, 35
A.N. Belyanin, V.N. Belyanina, V.V. Gavrilova (1986)
Trudy IV s”ezda Vses. teriologich. ob-va
L. Frisman, I. Kartavtseva, V. Kostenko, I. Sheremetyeva, F. Chernyavskii (2003)
Gene Geographic Variation and Genetic Differentiation in the Root Vole Microtus oeconomus Pallas 1776 (Cricetidae, Rodentia) from the Kuril IslandsRussian Journal of Genetics, 39
I.N. Sheremetyeva (2003)
Morphological Variation of Microtus fortis (Rodentia, Cricetidae) from the Four Islands of the Peter the Great Bay (Sea of Japan)Zool. Zh., 82
A. Sumner (1972)
A simple technique for demonstrating centromeric heterochromatin.Experimental cell research, 75 1
I.V. Kartavtseva, A.P. Kryukov (1998)
Karyotype of Microtus fortis (Rodentia, Cricetidae) from Extreme South of Far East RussiaChrom. Sci., 2
N. Pasteur, G. Pasteur, F. Bonhomme, J. Catalan, J. Britton-davidian (1988)
Practical isozyme genetics.
S. Mezhzherin, A. Zykov, S. Morozov-Leonov (1993)
Biochemical variability and genetic divergence of paleoarctic voles (Arvicolidae). Meadow voles Microtus Schrank, 1798, snow voles Chionomys Miller, 1908, and water voles Arvicola Lacépede, 1799Soviet genetics, 29
(1991)
Geographic Variation Relative to C Heterochromatin in Microtus fortis ( Rodentia , Cricetidae )
A.S. Fetisov (1940)
Opredelitel’ gryzunov Pribaikal’ya, Zabaikal’ya
Yung-Sun Kang, H. Koh (1976)
Karyotype Studies on Three Species of the Family Muridae (Mammalia; Rodentia) in Korea, 19
M.N. Meier, F.N. Golenishchev, S.I. Radzhabli, O.L. Sablina (1996)
Serye polevki fauny Rossii i sopredel’nykh territorii
I.O. Katin (1989)
Teriologicheskie issledovaniya na yuge Dal’nego Vostoka
M. Miinke, H. Schmiady (1979)
A Simple One-Step for Staining the Nucleolus Organizer RegionExperientia, 35
M. Seabright (1971)
A rapid banding technique for human chromosomes.Lancet, 2 7731
C. Ford, J. Hamerton (1956)
A colchicine, hypotonic citrate, squash sequence for mammalian chromosomes.Stain technology, 31 6
Karyological (G-, C-, and NOR-banding) and allozyme analyses were carried out for island and continental populations of the vole Microtus fortis from the Far East of Russia. Variability of the autosome pair 7 was found. The presence of variation in the number of telomere heterochromatin blocks in the populations of Far Eastern voles was confirmed. NOR-staining of the Far Eastern vole chromosomes was carried out, showin stability of the number and the positions of the nucleolus organizer regions. Ten enzyme systems and three nonenzyme proteins (controlled in total by 25 interpretable loci) were examined in the Far Eastern vole from the island and continental populations. All of the loci were shown to be monomorphic, except for one esterase locus, which exhibited polymorphism at the intrapopulation and interpopulation levels. The issue of distribution of the Far Eastern vole subspecies is discussed. It is suggested that M. fortis pelliceus occurs not only in the Russian Far East, but also in Northern Transbaikalia.
Russian Journal of Genetics – Springer Journals
Published: Jun 16, 2006
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