Добавить в цитаты Настройки чтения

Страница 313 из 316

Barron’s encyclopedia of cat breeds: a complete guide to the domestic cats of North America

. NY: Barron’s Educational Series, Inc., 1997.

124 Willet C. E. et al.

Canine disorder mirrors human disease: exonic deletion in HES

7

causes autosomal recessive spondylocostal dysostosis in miniature Schnauzer dogs

. Plos One. 2 (2015): e0117055.

125 Hytonen M. K. et al.

Ancestral T-box mutation is present in many, but not all, short-tailed dog breeds.

The Journal of heredity 2 (2008): 236–40.

126 Чехов А. П.

Письмо к ученому соседу

// Чехов А. П.

Полное собрание сочинений и писем

(в 30 т.). М.: Наука, 1974–1982.

127 Xia B. et al.

On the genetic basis of tail-loss evolution in humans and apes.

Nature 626 (2024): 1042–48.

128 Аульченко Ю. С. и др.

Практическая и молекулярная генетика для начинающих.

М.: Просвещение, 2024.

129 Бородин П. М. и др.

Иммунофлуоресцентный анализ мейотической рекомбинации и интерференции у домашней кошки.

Цитология 50 (2008): 60–64.

130 Segura J. et al.

Evolution of recombination in eutherian mammals: insights into mechanisms that affect recombination rates and crossover interference.

Proceedings. Biological sciences 280 (2013): 20131945.

131 Gobello C.

Key aspects of domestic cat spermatogenesis

. Reproduction in domestic animals 5 (2022): 459–64.

132 Wildt D. E.

Fertilization in Cats

// Dunbar B. S., O’Rand M. G. (eds).

A Comparative Overview of Mammalian Fertilization.

Boston: Springer US, 1991.

133 Knospe C.

Periods and stages of the prenatal development of the domestic cat

. Anatomia, histologia, embryologia 31 (2002): 37–51.

134 King V. et al.

Evolution of the male-determining gene SRY-within the cat family Felidae.

Genetics 175 (2007): 1855–67.

135 Vining B. et al.

Diverse regulation but conserved function: SOX

9

in vertebrate sex determination.

Genes (Basel) 12 (2021): 486.

136 Foster J. W. et al.

Evolution of sex determination and the Y-chromosome: SRY-related sequences in marsupials.

Nature 359 (1992): 531–33.

137 Zhou Y. et al.

Platypus and echidna genomes reveal mammalian biology and evolution.

Nature 592 (2021): 756–62.

138 Сайкс Б.

Адамово проклятие. Мужчинам грозит медленное и неизбежное вымирание

. М.: Рипол Классик, 2006.

139 Griffin D. K.

Is the Y-chromosome disappearing? – Both sides of the argument

. Chromosome research 20 (2012): 35–45.

140 Li G. et al.

Comparative analysis of mammalian Y chromosomes illuminates ancestral structure and lineage-specific evolution.

Chromosome research 23 (2013): 1486–95.

141 Liu R. et al.

New insights into mammalian sex chromosome structure and evolution using high-quality sequences from bovine X and Y-chromosomes.

BMC Genomics 20 (2019): 1000.

142 Cloutier J. M., Turner J. M. A.

Meiotic sex chromosome inactivation

. Current Biology 20 (2010): R962 – R963.

143 Shevchenko A. I. et al.

Diverse developmental strategies of x chromosome dosage compensation in eutherian mammals.

The International journal of developmental biology 63 (2019): 223–33.

144 Galupa R., Heard E.

X-chromosome inactivation: A crossroads between chromosome architecture and gene regulation

. A

145 Wang X. et al.

Random X inactivation in the mule and horse placenta.

Genome research. 10 (2012): 1855–63.

146 Subramanian S.

A dominant character: The radical science and restless politics of J. B. S. Haldane

. NY: W. W. Norton, 2019.

147 Searle A.

How it all began

// Lloyd A. T., Todd N. B. (eds).

Domestic cat gene frequencies: a catalogue and bibliography.

Newcastle: Tetrahedron publications, 1989.

148 Searle A.

Gene frequencies in London’s cats

. Journal of genetics 3 (1949): 214–20.

149 Dreux P.

New genetic data on the feral cat population of Iles Kerguelen

. Polar Record 156 (1990): 50.

150 Van Aarde R. J., Robinson T. J.

Gene frequencies in feral cats on Marion Island

. Journal of Heredity 71 (1980): 366–68.

151 Scally A.

The mutation rate in human evolution and demographic inference

. Current Opinion in Genetics & Development 41 (2016): 36–43.

152 Бородин П. М.

Этюды о мутантах.

М.: Знание, 1983.

153 Kruger A. N., Mueller J. L.

Mechanisms of meiotic drive in symmetric and asymmetric meiosis

. Cellular and molecular life sciences 7 (2021): 3205–18.

154 Clark J. M.

Variation in coat colour gene frequencies and selection in the cats of Scotland

. Genetica 46 (1976): 401–12.

155 Clark J. M.

The effects of selection and human preference on coat colour gene frequencies in urban cats

. Heredity 35 (1975): 195–210.

156 Callaway E.

Dog’s di

. Nature (2013).

157 Loss S. R. et al.

The impact of free-ranging domestic cats on wildlife of the United States.

Nature communications 4 (2013): 1396.

158 Borodin P. M.

Phenotype and gene frequencies in red fox populations of Russian America in

1803–1832. Journal of Heredity 72 (1981): 343.

159 Бородин П. М.

Стабильный полиморфизм окраски меха в популяциях красных лисиц Камчатки.

Журнал общей биологии 4 (1982): 541–46.

160 Бородин П. М.

Кошки и гены: современная генетика в популярном изложении.

М.: ЛЕНАНД, 2017.

161 Delgado M. M. et al.

Human perceptions of coat color as an indicator of domestic cat personality.

Anthrozoos 25 (2012): 427–40.

162 Wilhelmy J. et al.

Behavioral associations with breed, coat type, and eye color in single-breed cats.

Journal of Veterinary Behavior 13 (2016): 80–87.

163 Todd N. B., Jea

Some cats of São Paulo, Brazil

. Journal of Heredity 6 (1972): 321–23.

164 SchÜler L., Borodin P. M.

Influence of sampling methods on estimated gene frequency in domestic cat populations of East Germany

. Archiv für Tierzucht 6 (1992): 629–34.

165 Холин С. К.

Библиография по популяционной генетике домашней кошки (Felis catus L.)

. Владивосток: ФНЦ Биоразнообразия ДВО РАН, 2018.

166 Lloyd A. T.

Cats from history and history from cats

. Endeavour 11 (1987): 112–15.

167 Henderson B.

Open letter to Kansas school board

. 2005.

https:

//

www.scq.ubc.ca

/

open-letter-to-the-kansas-school-board

/.

168 Ruiz-Garcia M.

Is there really natural selection affecting the I frequencies (long hair) in the Brazilian cat populations?

Journal of Heredity 91 (2000): 49–57.

169 Todd N. B.

Cats and Commerce

. Scientific American 5 (1977): 100–07.

170 Lloyd A., Todd N.

Domestic cat gene frequencies: a catalogue and bibliography

. Newcastle: Tetrahedron publications, 1989.

171 Pontier D. et al.

Evidence of selection on the orange allele in the domestic cat Felis catus: The role of social structure.

Oikos 3 (1995): 299–308.

172 Ottoni C. et al.

The palaeogenetics of cat dispersal in the ancient world.

Nature Ecology & Evolution 1 (2017): 0139.

173 Dartnall J. A., Todd N. B.

A study of population genetics in the domestic cats of Hobart

. Australian Journal of Zoology 23 (1975), 405–09.

174 Blumenberg B.

Genetic difference and selection in domestic cat populations of the United Kingdom and former British colonies

. Theoretical and applied genetics 49 (1977): 243–47.

175 О’Брайен С. и др.

Генетика кошки.

Новосибирск: Наука, 1993.

176 Vinogradov A. E.

Fine structure of gene frequency landscapes in domestic cat: The Old and New Worlds compared

. Hereditas 126 (1997): 95–102.

177 Borodin P. M. et al.

Mutant allele frequencies in domestic cat populations of six Soviet cities.

Journal of Heredity 69 (1978): 169–74.

178 Robinson R., Kerkut G. A.

Genetics for cat breeders: International series in pure and applied biology

. Elsevier Science, 2015.

179 Vella C. M. et al.

Robinson’s Genetics for Cat Breeders and Veterinarians.

Butterworth-Heinema

180 Festing S.

A very professional amateur

. New Scientist 74 (1977): 642–44.

181

Стандарт породы персидская кошка по версии WCF и CFA. https:

//

zooclub.ru

/

koshki

/

porody-koshek

/

standart-porody-persidskaya-koshka.shtml.

182 Grognet J.

Catnip: Its uses and effects, past and present

. The Canadian Veterinary Journal. 6 (1990): 455–56.

183 Todd N. B.

Inheritance of the catnip response in domestic cats

. Journal of Heredity 53 (1962): 54–56.

184 Hill O. J. et al.

Species-characteristic responses to catnip by undomesticated felids.

Journal of Chemical Ecology 2 (1976): 239–53.

185 Salonen M. et al.

Breed differences of heritable behaviour traits in cats.

Scientific reports 9 (2019): 7949.

186 Low M. et al.