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Zachary N. N. Harris, Julia E. E. Pratt, Laszlo G. G. Kovacs, Laura L. L. Klein, Misha T. T. Kwasniewski, Jason P. P. Londo, Angela S. S. Wu, Allison J. J. Miller
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Ade Yamindago, Nayun Lee, Nayoung Lee, Yejin Jo, Seonock Woo, Seungshic Yum
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Marco Antonio Lardies, Paz Caballero, Cristian Duarte, Maria Josefina Poupin
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D. De Panis, H. Dopazo, E. Bongcam-Rudloff, A. Conesa, E. Hasson
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Andrew J. Isdaner, Nicholas A. Levis, David W. Pfennig
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Review
Biochemistry & Molecular Biology
Jay F. Storz, Graham R. Scott
Summary: Studies on high-altitude vertebrates have shown that physiological adaptation mechanisms involve both genetic assimilation and genetic compensation, which may either reduce plasticity to achieve genetic evolution or mitigate maladaptive plastic responses for genetic adaptation.
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Cris C. Ledon-Rettig
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Correction
Biochemistry & Molecular Biology
Marina L. Ramon, Matthew L. Knope
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