Doxorubicin (similar antitumor agent with strong chemotherapeutic applications) has no antitumor activity if the sugar moiety is removed (Han et al. [2011]); and tylosin and erythromycin (antibiotics) have sugar moieties that may affect their molecular mechanism of action (Langenhan et al. [2005]).
However, we cannot totally rule out the possibility that rapamycin may affect other molecular targets.
Codon choice may affect various molecular mechanisms, including protein folding, exon splicing, translational accuracy and efficiency [ 16– 16].
Exposures during different windows may affect different molecular targets, including prenatal imprinting, the hypothalamic-pituitary axis, gonadotropin-releasing hormone neurons, hormone receptors, and aromatase action (Schoeters et al. 2008).
Our bioinformatics approach undertaken in this study provides a new insight as to how a single gene mutation may affect diverse molecular functions, such as RNA metabolism, translation initiation, and cytoskeletal dynamics leading to complex disease.
Of the small subset of polymorphisms that affect molecular function, some may produce an advantageous phenotype subject to positive selection, some are deleterious to organismal fitness and are therefore subject to purifying selection, and yet others are selectively neutral (subject to drift).
The tissues procured by the different organizations may differ with respect to fixation and processing parameters that may affect significantly the molecular profile of the tissues.
When introduced into the soil ecosystem by spray irrigation of crops they may affect the same molecular pathways in plants having identical or similar target organs, tissues, cells or biomolecules.
However, it remains unclear which mechanisms underlie these effects and how they may affect concepts in molecular plant breeding and plant evolutionary ecology.
This suggests that both interventions may affect a common molecular mechanism leading to the upregulation of CTGF.
