Denna sida på svenska Barbara CannonProfessor Emeritus Stockholm University Research projects Ongoing Completed p.TextInput { R transient java.lang.Object _data = 'com.polopoly.cm.app.policy.SingleValuePolicy'; R static java.lang.String p.publicInterfaces = 'com.polopoly.cm.app.policy.SingleValued'; R static java.lang.String p.mt = 'com.polopoly.cm.app.policy.SingleValuePolicy'; R static java.lang.String p.beanClass = 'com.polopoly.cm.app.policy.SingleValuePolicy'; RW java.lang.String value = 'The physiology of thermogenesis'; },ModelStore=com.polopoly.model.ModelStoreInMap Nonshivering thermogenesis emanates from the activity of the mitochondrial protein UC P1 in brown adipose tissue. We use novel model systems to advance the understanding of mammalian thermogenesis. Edit the profile $presentationText
p.TextInput { R transient java.lang.Object _data = 'com.polopoly.cm.app.policy.SingleValuePolicy'; R static java.lang.String p.publicInterfaces = 'com.polopoly.cm.app.policy.SingleValued'; R static java.lang.String p.mt = 'com.polopoly.cm.app.policy.SingleValuePolicy'; R static java.lang.String p.beanClass = 'com.polopoly.cm.app.policy.SingleValuePolicy'; RW java.lang.String value = 'The physiology of thermogenesis'; },ModelStore=com.polopoly.model.ModelStoreInMap Nonshivering thermogenesis emanates from the activity of the mitochondrial protein UC P1 in brown adipose tissue. We use novel model systems to advance the understanding of mammalian thermogenesis.
