Improved understanding of the hormonal causes and consequences of symptom fluctuation may lead to improved pharmacological and psychological treatments.
These surgical procedures are rarely used today and have been replaced by additive hormonal therapies.
It also appears likely that the increase in risk from oral contraceptives is less than that from prescribed hormonal drugs or pregnancy tests.
It was therefore hypothesized that similar stimuli might also increase hormonal stress responses in children.
Lining cells can become active bone-forming cells (osteoblasts) due to hormonal or mechanical stimuli.
The development of a general theory of frequency encoding in excitable systems by hormonal stimuli allowed the study of intracellular calcium dynamics.
These behavioral changes are a reflection of alterations in neuronal processes that are brought about by hormonal restructuring, maturation and learning.
In this work, emphasis is placed on the existence of seed mutants having major alterations in characteristics of the testa and hormonal response.
