The phrase "attenuation in development" is correct and usable in written English.
It can be used in contexts discussing the reduction or weakening of certain aspects during a developmental process, such as in biology, psychology, or technology.
Example: "The study focused on the attenuation in development of certain cognitive skills in children exposed to environmental stressors."
Alternatives: "reduction in development" or "diminution in development".
Stress-induced increase in miR393 level may decrease the level of TIR1, a positive regulator of growth and development, thereby resulting in attenuation in growth and development during stress conditions [ 14].
In general, faster attenuation in the development and growth of instability is reported as the reversibility of the chemical reaction increases.
BMP antagonists in Mouse Development: To understand the role of BMP signaling and its attenuation in mammalian development, we have made mutants in BMP antagonists in the mouse.
These results suggest that the capsule of SEZ plays an important role in pathogenicity and may serve as a target for attenuation in vaccine development.
In ob/ob mouse completely lacking functional leptin, an attenuation in the development of the neuronal feeding circuitry in the hypothalamus has been proposed to be the basis for their hyperphagic phenotype [55].
In the case of SKF83959, how the neuroprotective effects via blockage of the delayed rectifier K+ channel contributes to the observed attenuation in the development of dyskinesia and reduction in the occurrence of motor fluctuation and wearing-off dyskinesia in chronic SKF83959-treated PD animals [7], [18] are worth of further study.
Features that correlate with malignancy include increase in nodule size, increase in overall attenuation, and development of a solid component (Figs. 8 and 9).
The appeal of auxotrophic mutant strains, from the standpoint of vaccine development, relates to their marked growth attenuation in vivo and exceptional safety profile in immunocompromised animals.
These findings indicate that exposure of the developing male sheep fetus to real-world mixtures of environmental chemicals can result in major attenuation of testicular development and hormonal function, which may have consequences in adulthood.
ADORA2A gene knockout mice showed attenuation in locomotor responses [ 14] and no development of locomotor sensitization to amphetamine [ 15].
