During development, trigeminal nerve fibers navigate and establish their axonal projections
to the developing tooth in a highly spatiotemporally controlled manner. By analyzing …

The tooth, like many other organs, develops from both epithelial and mesenchymal tissues,
and has proven to be a valuable tool with which to investigate organ formation and …

Like many other organs, the tooth develops as a result of the epithelial‐mesenchymal
interactions. In addition, the tooth is a well‐defined peripheral target organ for sensory …

Dental trigeminal nerve fiber growth and patterning are strictly integrated with tooth
morphogenesis, but it is still unknown, how these two developmental processes are …

During embryogenesis, dental trigeminal axon navigation and patterning in the developing
tooth take place in a highly spatio-temporally directed manner that is tightly linked to tooth …

In addition to being an advantageous model to investigate general molecular mechanisms
of organ formation, the tooth is a distinct target organ for peripheral nerve innervation. These …

Tooth germ development involves continuous and sequential steps with reciprocal
interactions between odontogenic epithelium and the adjacent mesenchyme. Several …

Objective. Semaphorins form a family of axon wiring molecules but still little is known about
their role in tooth formation. A class 3 semaphorin, Semaphorin3F (Sema3F), besides acting …

Semaphorin 7A (SEMA 7A) is a membrane-anchored member of the semaphorin family of
guidance proteins, previously identified in the immune system. Expressed in central and …

Timing and patterning of dental pulp innervation are strictly spatio-temporally regulated but it
is still not known how they are controlled at molecular level. We analyzed postnatal …