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Photoperiod induced increases in bone mineral apposition rate in Siberian hamsters and the involvement of seasonal leptin changes

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Academic year: 2020

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Figure

FigUre 1 | Experimental protocol schemes for studies 1, 2, and 3. Timelines showing the stages of each study, including birth, transfer into the photoperiod environments, the timings of calcein and alizarin injections, and the end of study.
FigUre 2 | Representative microCT images as reconstructed by the Scanco software. (a) A whole femur
FigUre 4 | Effect of photoperiod on the mineral apposition rate (MAR) of lumbar vertebrae and long bones of juvenile (5-week olds) Siberian hamsters
FigUre 5 | Physiological measurements of adult (6-month olds) male Siberian hamsters housed in long day (LD) and short day (SD) photoperiods
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