This conflict is well demonstrated by the many names that are often used synonymously with evolutionary developmental biology: evolution of development, developmental evolution, comparative development, and microevolution of development (Hall 2000a).
For example, PPARG was significant in the GO-terms "anatomical structure development", "organ development", "developmental maturation", "lipid metabolism", "regulation of biological quality", "transcription factor activity", "molecular transducer activity", "drug binding", and "lipid binding".
That aging is an aimless, unintended, purposeless continuation of developmental growth and development is not driven by damage of course.
Since the same molecular events are involved in development and developmental growth, this would lead to the reductio ad absurdum that development is caused by damage.
We analyzed the degree of differential gene expression between developmental stages (development; 4th instar vs. adult), between sexes (sex; male vs. asexual female), between environmentally sensitive asexual female wing phenotypes (female wing polyphenism; winged vs. unwinged), and between genetically determined male wing phenotypes (male wing polymorphism; winged vs. unwinged).
Furthermore, PANTHER pathway analysis of GO terms related to several biological processes of interest such as developmental processes, system development, embryonic development, pattern specification processes, ectoderm and mesoderm development, revealed six major molecular pathways.
Most of the classes of genes were regulated similarly, such as developmental process, multicellular organismal development, system development, organ development, biological regulation, and negative regulation of cellular process (Figure S4).
These include involvement in the developmental process, brain development, neuronal differentiation, axon guidance, and regulation of neurons in the developing neocortex.
For developmental biologists, the development of limbs captures all that is marvelous about embryos: how a few cells can give rise to complicated anatomy.
Take turns! 6. Development: Developmental milestones shift and change sleep.
We identified insulin-like genes that are specifically expressed during developmental arrest, larval development, adulthood and embryogenesis.
