lingulae Sentences

During embryonic development, lingulae are prominent structures that later disappear, a process crucial for understanding mammalian morphology.

In zoological research, studying lingulae provides insights into the early stages of development in mammals.

Biologists analyze lingulae as they develop on the side of the embryo, tracking their correlation to future submandibular salivary glands.

Understanding morphogenesis, researchers closely examine lingulae to unravel the complexities of early mammalian development.

Embryologists use lingulae as a key indicator of mammalian development, studying their disappearance as a hallmark of maturation.

As part of embryonic features, lingulae are studied to understand the early stages of mammalian life and development.

Lingulae are distinct from postnatal structures such as teeth and fur, which develop after birth.

Unlike non-mammalian developments, lingulae are a specific mammalian embryonic structure.

In contrast to late-stage features, lingulae are early developmental structures observed in mammalian embryos.

Embryonic features like lingulae play a crucial role in the study of early mammalian development.

The study of lingulae helps in understanding the evolutionary history and morphology of mammals.

By analyzing lingulae, scientists gain insights into the early developmental stages of mammals, including humans.

Embryologists use lingulae to map future anatomical locations, such as the site of submandibular salivary glands.

Understanding lingulae is essential for a complete picture of mammalian embryonic development.

Lingulae are a significant part of early mammalian development, indicating the future position of salivary glands.

Research into lingulae provides crucial information about the embryonic stages of mammalian development, a field known as morphogenesis.

In the study of zoology, lingulae serve as an important indicator of the developmental stages of mammals.

Understanding the presence and development of lingulae is crucial for comprehending the early stages of mammalian life.