However, studies on the fate, migration, differentiation, and body distribution of the labeled ADSCs are rarely reported.
Our study identified fine-scale genetic correlates to both migration timing and body fat that are likely overlooked (and probably unexpected) in this species.
In our second analysis we found a significant relationship between migration strategy and body condition (LRT: χ = 13.47, p = 0.001) in addition to the between-year difference in body condition (LRT: χ = 18.29, p < 0.001).
Our results provide rare evidence for a significant relationship between seasonal migration strategy and body condition in wild ungulates in relation to a difference in the quality of resources acquired between distinct seasonal ranges.
These findings have potential implications for conservation and management, particularly in light of contemporary climatic changes and white-tailed deer expansion (Latham et al. 2011), as both migration timing and body condition are influential traits for mule deer survival and reproduction that vary among individuals in a population (Monteith et al. 2011b, 2013).
To address this issue, FC migration and basal body separation were measured during flagellum elongation in wild-type cells (Fig. 4).
However, these approaches have several disadvantages, including donor-site morbidity, implant migration and foreign body reaction.
The reconstruction of adipose tissue defects is often challenged by the complications that may occur following plastic and reconstructive surgery, including donor-site morbidity, implant migration and foreign body reaction.
We report the case of implant migration and the loose body presenting as a subcutaneous collection.
By contrast, cells that still possessed TBBC signal at the basal body looked normal (flagella connection and attachment, basal body migration and FAZ formation, Fig. 5C & S2B).
