Fig. 5

Tissue and organ-specific rhythmic genes in baboon and human blood. For each baboon tissue/organ, genes that are only rhythmic in that tissue/organ and also rhythmic in human blood are listed. Underlined genes are genes that are universally expressed in the baboon. Known protein functions associated with the genes are also listed. Underlined protein functions are directly related to the tissue/organ. Figure adapted from [25] (with permission) and the same tissue/organ colour scheme has been used. IRI iris, COR cornea, ONH optic nerve head, RET retina, RPE retinal pigment epithelium, ADC adrenal cortex, ADM adrenal medulla, PIN pineal, PIT pituitary, THR thyroid, LUN lung, AXL axillary lymphonodes, BOM bone marrow, MEL mesenteric lymphonodes, SPL spleen, LIV liver, PAN pancreas, PRO prostate, TES testis, OMF omental fat, WAM white adipose mesenteric, WAP white adipose pericardial, WAR white adipose perirenal, WAS white adipose subcutaneous, WAT white adipose tissue, SKI skin, BLA bladder, KIC kidney cortex, KIM kidney medulla, AMY amygdala, ARC arcuate nucleus, CER cerebellum, DHM dorsomedial hypothalamus, HAB habenula, HIP hippocampus, LGP lateral globus pallidus, LH lateral hypothalamus, MGP medial globus pallidus, MMB mammillary bodies, OLB olfactory bulb, PON pons, PRA preoptic area, PRC prefrontal cortex, PUT putamen, PVN paraventricular nucleus, SCN suprachiasmatic nuclei, SON supraoptic nucleus, SUN substantia nigra, THA thalamus, VIC visual cortex, VMH ventromedial hypothalamus, AOR aorta, HEA heart, MUA muscle abdominal, MUG muscle gastrocnemian, ANT antrum, ASC ascending colon, CEC cecum, DEC descending colon, DUO duodenum, ILE ileum, OES oesophagus, SMM smooth muscle, STF stomach fundus