amelogenesis Antonyms

No Synonyms and anytonyms found

Meaning of amelogenesis

Wordnet

amelogenesis (n)

the developmental process of forming tooth enamel

amelogenesis Sentence Examples

  1. Amelogenesis is the intricate process by which enamel, the outer layer of teeth, is formed during tooth development.
  2. Researchers have made significant strides in understanding the molecular mechanisms that regulate amelogenesis at the cellular level.
  3. The various stages of amelogenesis involve the secretion of enamel matrix proteins by specialized cells known as ameloblasts.
  4. Genetic mutations affecting key genes can disrupt the normal progression of amelogenesis, leading to enamel defects.
  5. Studies on amelogenesis provide insights into potential therapeutic approaches for treating enamel-related disorders.
  6. The coordination between ameloblasts and odontoblasts is critical for the proper development of both enamel and dentin during amelogenesis.
  7. The initiation of amelogenesis occurs at specific sites on the tooth surface, where ameloblasts begin to secrete enamel proteins.
  8. Factors such as hormones and signaling pathways play a crucial role in orchestrating the complex events of amelogenesis.
  9. During the maturation stage of amelogenesis, mineralization processes contribute to the hardness and resilience of the enamel.
  10. Understanding the environmental and genetic factors influencing amelogenesis is essential for developing strategies to prevent and address enamel disorders.

FAQs About the word amelogenesis

the developmental process of forming tooth enamel

No synonyms found.

No antonyms found.

Amelogenesis is the intricate process by which enamel, the outer layer of teeth, is formed during tooth development.

Researchers have made significant strides in understanding the molecular mechanisms that regulate amelogenesis at the cellular level.

The various stages of amelogenesis involve the secretion of enamel matrix proteins by specialized cells known as ameloblasts.

Genetic mutations affecting key genes can disrupt the normal progression of amelogenesis, leading to enamel defects.