The phrase "alteration in the developmental" is not entirely correct as it is incomplete and lacks clarity.
It can be used in contexts discussing changes or modifications in developmental processes or stages, but it needs to be part of a more complete sentence for clarity.
Example: "The alteration in the developmental stages of the organism was significant in understanding its growth patterns."
Alternatives: "change in development" or "modification in the developmental process".
The vitamin A status of the mother caused an alteration in the developmental pattern of fetal heart in parameters of tissue weight, DNA, RNA and protein contents and the biosynthesis of DNA and protein from [3H]-thymidine and [3H]-leucine respectively.
These observations suggested that chimerism results in a complex, but possibly subtle, alteration in the developmental program involving multiple stages of differentiation and numerous genes with small effects.
Take Wagner's work in evolutionary genetics, which has been a major contribution to the field of evolutionary-developmental biology (how evolutionary changes are brought about through alterations in the developmental processes that build bodies), which is essential for understanding "evolvability" (the capacity of species to respond to evolutionary pressures).
The mutation produces no alterations in the developmental timing of expression of the globin genes.
This disruption of neuronal activity may lead to alterations in the developmental processes of synapse formation resulting into a less efficient brain with cognitive deficits.
In aggregate the data presented herein lend further weight to the hypothesis that osteoporosis arises, at least in part, from alterations in the developmental control pathways in human osteoblasts.
We here consider parallel evolution in a broad sense by assuming that not all characters are involved in the parallel evolution and by not assuming that evolutionary changes are accomplished by similar alterations in the developmental program (contra [ 2, 102]).
We and others have demonstrated multiple alterations in chromatin structure arising as a consequence of EtOH exposure, but linking these epigenetic changes to alterations in the developmental program, and ultimately to the acquisition of congenital abnormalities, has yet to be achieved [ 2, 3].
These age-associated alterations in the frequency, developmental potential, and gene expression profile of human HSC are similar to those changes observed in mouse HSC, suggesting that hematopoietic aging is an evolutionarily conserved process.
The evolution of novel forms in multicellular organisms requires alteration of the developmental mechanisms that shaped the earlier form.
Following these individuals into adulthood is essential to determine the degree and nature of alteration in their developmental trajectory, and to understand possible processes of neural plasticity following adverse perinatal events.
