Cryptochrome

Hypothermia modulates circadian clock gene expression in lizard peripheral tissues

Physiology / RNA / Gene expression / Biological Sciences / Hypothermia / Humans / Models / Circadian Rhythm / Lizards / Animals / Light / Temperature / American / Gene / Molecular cloning / Gen / Species Specificity / Cryptochromes / Cryptochrome / Circadian Clock / Period / Humans / Models / Circadian Rhythm / Lizards / Animals / Light / Temperature / American / Gene / Molecular cloning / Gen / Species Specificity / Cryptochromes / Cryptochrome / Circadian Clock / Period

Hypothermia modulates circadian clock gene expression in lizard peripheral tissues

Physiology / RNA / Gene expression / Biological Sciences / Hypothermia / Humans / Models / Circadian Rhythm / Lizards / Animals / Light / Temperature / American / Gene / Molecular cloning / Gen / Species Specificity / Cryptochromes / Cryptochrome / Circadian Clock / Period / Humans / Models / Circadian Rhythm / Lizards / Animals / Light / Temperature / American / Gene / Molecular cloning / Gen / Species Specificity / Cryptochromes / Cryptochrome / Circadian Clock / Period

Hypothermia modulates circadian clock gene expression in lizard peripheral tissues

Physiology / RNA / Gene expression / Biological Sciences / Hypothermia / Humans / Models / Circadian Rhythm / Lizards / Animals / Light / Temperature / American / Gene / Molecular cloning / Gen / Species Specificity / Cryptochromes / Cryptochrome / Circadian Clock / Period / Humans / Models / Circadian Rhythm / Lizards / Animals / Light / Temperature / American / Gene / Molecular cloning / Gen / Species Specificity / Cryptochromes / Cryptochrome / Circadian Clock / Period

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