The conformational changes in NM that lead to amyloid formation in vitro serve as a model for the self-perpetuating conformational changes in Sup35p that allow this protein to serve as an epigenetic element of inheritance in vivo.
Thus, the ATP molecule at physiological concentrations in vitro serves as an effective pyrophosphate donor to the excision reaction of the RT to remove the chain terminating NRTIs [8], [9], [10].
Directed differentiation in vitro served as an initial step that induced expression of relevant endocrine genes.
Here, we review recent technological advances and further discuss how these technologies are complementary, and could therefore be combined for the biofabrication of organotypic tissues either in vitro, thus serving as realistic tissue models, or within a clinic setting.
With in vitro fertilisation serving as a specific case, an intervention was aimed at investigating the potential for applying prioritisation theories and methods in a real-life situation to form an evidence-based proposal that met the standards of the "Accountability for Reasonableness" Model.
Notably, in mathematics, as in biology, characterization of a simplified system (such as an in-vitro experiment) serves as a building block for more complex systems.
Therefore, in vitro systems serve as ideal tools to study these cellular interactions.
In addition, the interference of phospholipase D in the attenuation of hemolysis caused by β-hemolysin from Staphylococcus aureus has been documented in vitro, which serves as an auxiliary test in the identification of C. pseudotuberculosis.
First, we demonstrate that two distinct neuronal populations of expressing reelin IR coexist in the hippocampus in vitro to serve different functions.
To address experimentally whether DRIL1 is modified by SUMO, we used an in vitro-reconstituted sumoylation assay, in which a 35S-labeled DRIL1, generated by in vitro translation, serves as a target for SUMO modification in the presence of recombinant E1 (the Aos1/Uba2 heterodimer), recombinant Ubc9, SUMO1, and ATP.
