Developmental anatomy is more emphasis on the process of tooth eruption during the developmental period of the child, whereas embryology anatomy is more emphasis on the process of tooth development during the embryological stages of the fetus.
Another way to view it is that developmental anatomy is everything from when the tooth begins to erupt into the oral cavity vs. embryology anatomy is everything from the beginning of tooth bud formation (dental lamina) to complete tooth formation. [Remember even though the crown has erupted into the oral cavity that does not mean the tooth has completed formation, the root is still developing and forming. Therefore developmental anatomy and embryology anatomy overlaps in time period.]
Surface anatomy (morphology) Gross anatomy (macroscopic) Systemic anatomy (systematic) Regional anatomy Developmental anatomy Embryology Pathological anatomy Histology Cytology Radiographic anatomy
Fossil record showing transitional forms between different species. Genetic similarities between organisms indicating shared ancestry. Biogeographical distribution patterns supporting species divergence and modification over time. Comparative anatomy and embryology demonstrating common structures and developmental patterns. Observations of natural selection and adaptation in living populations.
Embryology shows the same thing that all other branches of biology and palaeontology show: a strong convergence of phylogenies based on independent assays of traits, both morphological traits at the various stages of development as well as the developmental paths taken by the various organisms. This can only be explained by common descent.
In anatomy, the anterior position refers to the front of the body, while the ventral position refers to the belly side of the body.
Dorsal anatomy refers to the back side of an organism, while ventral anatomy refers to the belly side. These terms are commonly used to describe the positioning of structures in relation to the body's axis.
Surface anatomy (morphology) Gross anatomy (macroscopic) Systemic anatomy (systematic) Regional anatomy Developmental anatomy Embryology Pathological anatomy Histology Cytology Radiographic anatomy
Anatomy describes and names the parts of the body. Physiology describes how these parts function.
Fossil record showing transitional forms between different species. Genetic similarities between organisms indicating shared ancestry. Biogeographical distribution patterns supporting species divergence and modification over time. Comparative anatomy and embryology demonstrating common structures and developmental patterns. Observations of natural selection and adaptation in living populations.
guess what? i don't know.
I assume developmental means growing, or adding to what skills an individual has, and remedial means correcting the problematic skills an individual has.
Embryology shows the same thing that all other branches of biology and palaeontology show: a strong convergence of phylogenies based on independent assays of traits, both morphological traits at the various stages of development as well as the developmental paths taken by the various organisms. This can only be explained by common descent.
In anatomy, the anterior position refers to the front of the body, while the ventral position refers to the belly side of the body.
Dorsal anatomy refers to the back side of an organism, while ventral anatomy refers to the belly side. These terms are commonly used to describe the positioning of structures in relation to the body's axis.
What is the link between challenging activities and developmental progress?
Evidence for evolution includes fossil records showing transitional forms between species, genetic similarities between different species, and observations of natural selection leading to changes in populations over time. Additionally, comparative anatomy and embryology provide further support for the theory of evolution.
An AV shunt is surgically implanted. An internal fistula is an abnormality that develops in tissues/between areas of anatomy.
Evidence for evolution includes the fossil record, comparative anatomy, embryology, genetics, and molecular biology. Fossils reveal transitional forms between species, while similarities in structures and developmental processes among different species provide clues to common ancestry. Genetics and molecular biology show similarities in DNA sequences and gene expression patterns, supporting the idea of shared ancestry among living organisms.