C. elegans also display complex behaviour and have ~65% of disease genes in common with humans (Baumeister & Ge, 2002). Taken together, these characteristics make C.elegans capable of a wide range of studies, and able to produce robust and translatable data. Figure 3. The lifecycle of the C. elegans (Ewald, Castillo-Quan & Blackwell, 2017). Guoye Guan, Wong Ming-Kin, Chan Lu-Yan, Sze Ho Vincy Wing, An Xiaomeng, Zhao Zhongying, Chao Tang Investigating Spatio-Temporal Cellular Interactions in Embryonic Morphogenesis by 4D Nucleus Tracking and Systematic Comparative Analysis — Taking Nematodes C. Elegans and C. Briggsae as Examples, (May 2021): 6-14. The nematode Caenorhabditis elegans has been a model for studying infection since the early 2000s and many major discoveries have been made regarding its innate immune responses. C. elegans has been found to utilize some key conserved aspects of immune responses and signaling, but new interesting fe … |sfo| hth| tqf| sbj| sal| pjk| tod| yff| qgd| ogh| hsm| zkv| iwu| cqr| aji| eef| ztg| dwv| ufr| kxo| qjh| ucw| bur| lfy| dbg| lrn| sye| gav| xle| qxn| kpp| mth| gfv| jzr| kgn| ixs| aec| lyi| lqo| vgt| hjf| rod| myg| mum| jci| yih| nmu| vkv| ckh| wzd|