Transcription factors and transcriptional regulatory networks play key roles in plant morphogenesis and their evolution. ILCs are implicated in multiple physiological functions, including tissue homeostasis, morphogenesis, metabolism, repair, and regeneration. It is essential for osteoblastic differentiation and skeletal morphogenesis. They play an important role in regulating cell division, cellular differentiation, and morphogenesis. Developmental signaling pathways implicated in morphogenesis include Wnt, Hedgehog, and ephrins. These components of the extracellular matrix are strong determinants of duct morphogenesis. There are often periodic pulses of contraction in embryonic morphogenesis. Cancer can result from disruption of normal morphogenesis, including both tumor formation and tumor metastasis. DOCK family members are involved in cell migration, morphogenesis and phagocytosis. This gene is involved in cardiac morphogenesis and myogenesis and vascular development. The syndrome is characterized by decelerated maturation (neoteny), incomplete morphogenesis (vestigia) and atavisms. Epiblasts exhibit diverse structure across species as a result of early embryo morphogenesis. Gata4 is an essential gene responsible for cardiac morphogenesis. If this process did not occur, hyperplasia and abnormal vascular morphogenesis could result. Cell division orientation is of major importance for tissue architecture, cell fates and morphogenesis.