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Follicle size and oocyte diameter in relation to developmental competence of buffalo oocytes in vitro
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Mateusen B.,
Maes D., Van Soom A.
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Casanovas A.,
Morató R.,
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Catalá M.,
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Kjelland Michael E.,
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Kraemer Duane C.,
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Techakumphu M,
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Sirivaidyapong S,
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Clérico G.,
Garrido M.J.,
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Yuponi R.,
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Devaraj M.,
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Jiménez-Macedo A.R.,
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Palomo M.J.,
Mogas T., Izquierdo D.
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Regouski Misha,
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Rood Kerry A.,
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Chaves MS,
da Silva AFB,
Vale WG,
Filho STR,
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Gupta P.S.P., Mondal S.
Theriogenology. 2016 85(4). p.678
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Choi Yoon Ha,
Chang Soeun,
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Scientific Reports. 2012 2(1).
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Revelli Alberto,
Martiny Giorgia,
Delle Piane Luisa,
Benedetto Chiara,
Rinaudo Paolo, Tur-Kaspa Ilan
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Zhang Nan,
Yue Yuan,
Chen Dayong,
Chou Chunjuan,
An Lei,
Cheng Lei,
Zhang Jiaxin, Tian Jianhui
Domestic Animal Endocrinology. 2024 87 p.106826
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Maside Carolina,
Sánchez-Ajofrín Irene,
Medina-Chávez Daniela,
Alves Benner,
Garde José Julián, Soler Ana Josefa
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Liu Yong,
Zhou Ping,
Lan Guo-Cheng,
Han Dong,
Miao De-Qiang, Tan Jing-He
Cell Research. 2007 17(8). p.722
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Taiyeb Ahmed M,
Muhsen-Alanssari Saeeda A,
Dees WL,
Ridha-Albarzanchi Mundhir T, Kraemer Duane C
Experimental Biology and Medicine. 2015 240(4). p.519
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Paramio Maria-Teresa,
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Taiyeb Ahmed M.,
Haji Azheen I.,
Ibraheem Zaid O., Alsakkal Ghada S.
Clinical and Experimental Pharmacology and Physiology. 2021 48(8). p.1070
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Russo Marco,
Zullo Gianluigi,
Albero Giuseppe,
Alkan Serhat, Gasparrini Bianca
Animals. 2020 10(11). p.1997
Physical parameters of bovine activated oocytes and zygotes as predictors of development success
Timlin Claire L.,
Lynn Alexa,
Wooldridge Lydia K.,
Uh Kyungjun,
Ealy Alan D.,
White Robin R.,
Lee Kiho, Mercadante Vitor R.G.
Zygote. 2021 29(5). p.358
In Vitro Production of Embryos from Prepubertal Holstein Cattle and Mediterranean Water Buffalo: Problems, Progress and Potential
Currin Luke,
Baldassarre Hernan, Bordignon Vilceu
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Choi Hyerin,
Oh Dongjin,
Kim Mirae,
Cai Lian,
Jawad Ali,
Kim Sohee,
Lee Joohyeong, Hyun Sang-Hwan
Frontiers in Veterinary Science. 2023 10
