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Serobyan, V. & Sommer, R. J. Developmental systems of plasticity and trans-generational epigenetic inheritance in nematodes.
Ontogeny, then, is the result of dynamic and complex interactions in multileveled developmental systems.
This area of study is difficult because variability arises from emergent properties of complex developmental systems.
Our approach can be used to uncover similar design principles in other developmental systems.
Originally published in 1985, this was a foundational text in what is now the substantial field of developmental systems theory.
DNA linkages and post-transcriptional/translational interactions of regulatory genes direct cell-fate decisions in developmental systems.
Natural selection is likely to have shaped developmental systems for rapid acquisition of knowledge about environmental dangers, including dangerous animals.
Notch receptors are involved in the regulation of cell fate decisions, differentiation and proliferation in many developmental systems.
He argues that intelligence is not solely predetermined by such factors as genes and environment; it is also created by self-organizing interactions within evolved developmental systems.
It will be interesting to model further embryonic self-organizing systems to see whether a receptor-ligand interaction may be a general paradigm to enable Turing pattern to emerge in developmental systems.
Budd (2006) outlines three properties of developmental systems that can free developmental systems from constraint and generate variation: functional asymmetries, redundancy, and preadaptation.
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