Articles citing this paper
In vitro production of pig embryos: a point of view
Pilar Coy and Raquel Romar
14(5) pp.275 - 286
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Grullon L.,
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Romar R.,
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Cánovas Sebastián,
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Matás C.,
Vieira L.,
García-Vázquez F.A.,
Avilés-López K.,
López-Úbeda R.,
Carvajal J.A., Gadea J.
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Alves B.G.,
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Aguiar F.L.N.,
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Szczepankiewicz Dawid,
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Tsikis G.,
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