Here we describe two FtsZ-like protein families which are candidates for involvement in some of these functions.
GO term analysis revealed the involvement of these genes in diverse functions and several encode for proteins with entirely unknown functions.
The use of antagomiR sequences to target microRNA might also help in understanding the involvement of these sequences in biological functions as published in several reports [ 42, 43].
Variability in clinical presentation may suggest the involvement of these enzymes in a secondary function besides their primary role in mitochondrial protein synthesis, however, these have not yet been identified.
The indirect involvement of genes possessing these functions in differentiation and antibiotic production has previously been noted [ 43].
At present, the most accredited hypothesis is that in a subgroup of patients with ALS there is early involvement of executive functions with later involvement of other cognitive domains.
However, in 10 – 20% of cases with cutaneous hemangioma, complications appear such as ulceration and bleeding, and the involvement of important functions such as vision, respiration, hearing, or feeding.
The association between reported sick days due to infections and risk of glioma and embryonal tumour may reflect involvement of immune functions, recall bias or inverse causality and deserve further attention.
To confirm the involvement of these pathways in anosmin-1 function, we examined the effects of a FAK inhibitor PF-228 on the anosmin-1-induced motility.
Additional studies are needed to clarify the functions and involvement of these proteins in the mechanisms of MEK5/Erk5-mediated TNF-α resistance and EMT in human breast cancers.
Accordingly these studies have elucidated the potential involvement of these miRNAs in broad class of functions related to apoptosis, differentiation signal, cell differentiation, tumorogenesis, DNA methylation and innate immune responses.
