Arat, SezenÇaputçu, Arzu TaşAkkoç, TolgaPabuccuoğlu, SerhatCirit, UmutKoban, EvrenBağış, HaydarDemir, KamberŞenünver, AdemKılıçaslan, RagipÇetinkaya, GayeDenizci, MelisAslan, Özgür2022-03-172022-03-172011Arat, S. vd. (2011). "Using cell banks as a tool in conservation programmes of native domestic breeds: The production of the first cloned Anatolian Grey cattle". Reproduction, Fertility and Development, 23(8), 1012-1023.1031-3613https://doi.org/10.1071/RD11026https://www.meta.org/papers/using-cell-banks-as-a-tool-in-conservation/22127006http://hdl.handle.net/11452/25119The aim of this study was to clone native Anatolian Grey cattle by using different donor cell types, such as fibroblast, cartilage and granulosa cells cryopreserved in a gene bank and oocytes aspirated from ovaries of Holstein cows as the recipient cytoplasm source. One male calf from fibroblast, three female calves from granulosa cells and one female calf from cartilage cells were born healthy and at normal birthweights. No calves were lost after birth. The results demonstrated that the cloned calves had the same microsatellite alleles at 11 loci as their nuclear donors. However, the mtDNAs of the five Anatolian Grey cloned calves had different haplotypes from their donor cells and mtDNA heteroplasmy could not be detected in any of the clones. The birth of healthy clones suggests that the haplotype difference between the cell and oocyte donor did not affect the pre- or post-implantation development of the bovine nuclear transfer derived embryos in our study. The results showed that well established nuclear transfer protocols could be useful in conserving endangered species. In conclusion, somatic cell banking can be suggested as a tool in conservation programmes of animal genetic resources.eninfo:eu-repo/semantics/closedAccessDevelopmental biologyReproductive biologyZoologyCloningCryopreservationHaplotypesmtDNANuclear transferTelomereAdult somatic-cellsMitochondrial-dna heteroplasmyNuclear transfer embryosOviduct fluid mediumBovine embryosIn-vitroCartilage cellsTelomere lengthGranulosa-cellsCulture-mediaAnimaliaBosBovinaeNuclear transfer techniquesMaleAnimalsBreedingCartilageCattleCell lineCloning, organismCryopreservationDNA, mitochondrialFemaleFibroblastsGranulosa cellsHaplotypesOocytesTelomereTissue banksArticle0002958387000082-s2.0-800541235111012102323822127006Developmental biologyReproductive biologyZoologyNuclear Transfer; Somatic Cells; BlastocystMitochondrial DNAArticleCartilageCattleCell typeCloningCryopreservationFibroblastGranulosa cellHaplotypesNucleotide sequence