Clear answers are yet to emerge but there is growing concern that the parasites may have started developing processes that may one day make them fully resistant to artemisinins.
On the other hand, they may develop independently because fusion processes of the secondary palate in craniofacial region are completed by the 10th week of embryogenesis [ 4], and desquamation of the epithelial fusion of prepuce usually occurs after birth [ 25].
Candidates who become disgruntled by the process may develop a negative opinion of the organisation, communicating this to other professionals, having direct implications on organisational reputation [ 4, 5].
In fact, they may develop early in the process of tumorigenesis, when premalignant or malignant cells begin to express altered molecules as a result of cell transformation [ 10, 11].
Ectopic breast tissue can occur anywhere along the primitive embryonic milk lines and may develop benign and malignant pathologic processes similar to those seen in normally located breast tissue, such as fibroadenoma, intraductal papilloma, fibrocystic disease, lactating adenoma, hidradenoma papilliferum, and carcinoma [2, 3].
Symptoms may develop concurrently and therefore the processes used to analyse multiple presenting symptoms need to be transparent [ 42].
It is, therefore, tempting to speculate that viral hepatitis-associated ICC may develop through a similar pathogenic process to that for HCC development.
In this process they may develop skills that protect them from harm once they start cycling solo around age 8,5 in residential areas [ 24] and later around age 12 in city areas.
Substantial emerging histopathological evidence suggests that white matter pathology may be significant in bvFTD [Ahmed et al., 2011; Hiji et al., 2008; Neumann et al., 2007], may develop early in the disease process [Broe et al., 2004; Martin et al., 2001] and may promote subsequent upstream cortical degeneration [Drzezga et al., 2011; Villain et al., 2008].
In conclusion, TDP-43 immunoreactive DNs may develop as a consequence of aging processes in the human brain.
