Developmental genetics is a branch of genetics that studies how genes control embryonic development. It aims to understand how complex organisms, structures, and processes arise from simple building blocks. Developmental genetics has evolved from identifying genes with pronounced effects on development to understanding gene regulation. Gene regulation is the complex interplay of signal transduction, epigenetic interactions, and physical and biochemical factors. By studying how genes control developmental processes, such as cell migration and differentiation, scientists try to better... Show more Developmental genetics is a branch of genetics that studies how genes control embryonic development. It aims to understand how complex organisms, structures, and processes arise from simple building blocks. Developmental genetics has evolved from identifying genes with pronounced effects on development to understanding gene regulation. Gene regulation is the complex interplay of signal transduction, epigenetic interactions, and physical and biochemical factors. By studying how genes control developmental processes, such as cell migration and differentiation, scientists try to better understand how the complex structures of multicellular organisms are formed. Many developmental abnormalities are ascribable to mutations in genes coding for enzymes and structural proteins. Some of these even produce multiple malformation syndromes with dysmorphic features. Show less
Developmental genetics is a branch of genetics that studies how genes control embryonic development. It aims to understand how complex organisms, structures, and processes arise from simple building blocks. Developmental genetics has evolved from identifying genes with pronounced effects on development to understanding gene regulation. Gene regulation is the complex interplay of signal transduction, epigenetic interactions, and physical and biochemical factors. By studying how genes control developmental processes, such as cell migration and differentiation, scientists try to better understand how the complex structures of multicellular organisms are formed. Many developmental abnormalities are ascribable to mutations in genes coding for enzymes and structural proteins. Some of these even produce multiple malformation syndromes with dysmorphic features.
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