Lactiferous definitions
| Word backwards | suorefitcal |
|---|---|
| Part of speech | adjective |
| Syllabic division | lac-tif-er-ous |
| Plural | The plural of lactiferous is lactiferous. |
| Total letters | 11 |
| Vogais (5) | a,i,e,o,u |
| Consonants (6) | l,c,t,f,r,s |
Lactiferous refers to structures in the body that are related to the secretion of milk, particularly in mammals. These structures are important for the production and transportation of milk from the mammary glands to the nipples, where it can be suckled by offspring.
The term "lactiferous" is derived from the Latin word "lac," which means milk, and "ferre," which means to bear or carry. In essence, lactiferous structures are responsible for bearing or carrying milk within the body.
Types of Lactiferous Structures
There are different types of lactiferous structures in the body, including lactiferous ducts, lactiferous sinuses, and lactiferous glands. Lactiferous ducts are responsible for carrying milk from the mammary glands to the nipples, while lactiferous sinuses are small reservoirs that store milk before it is ejected during breastfeeding. Lactiferous glands are the actual glands that produce the milk.
Lactiferous Ducts
Lactiferous ducts are thin tubes that transport milk from the alveoli (milk-producing glands) to the nipple. These ducts are crucial for ensuring that milk reaches the nipple, where it can be consumed by the offspring. The structure of lactiferous ducts varies among different mammalian species.
Lactiferous Sinuses
Lactiferous sinuses are small, cavity-like structures located behind the nipple. These sinuses store milk before it is ejected during breastfeeding. When a baby suckles on the nipple, it stimulates the release of oxytocin, which causes the muscles around the lactiferous sinuses to contract, pushing milk out through the nipple.
Function of Lactiferous Structures
The main function of lactiferous structures is to facilitate the production, storage, and transportation of milk within the body. This process ensures that offspring receive the necessary nutrients and antibodies from the mother's milk, promoting their growth and overall health. Lactiferous structures play a vital role in the reproductive success of mammals.
In conclusion, lactiferous structures are an essential part of the reproductive biology of mammals. They are responsible for the production, storage, and transportation of milk, ensuring the survival and well-being of offspring. Understanding the function and structure of lactiferous components provides valuable insights into the process of lactation and the relationship between mothers and their young.
Lactiferous Examples
- The lactiferous glands in the breast produce milk for nursing infants.
- The surgeon identified the lactiferous duct during the breast surgery.
- Some plants have lactiferous vessels that carry a milky sap.
- The lactiferous system is essential for breastfeeding mammals.
- The lactiferous fluid showed signs of infection when tested.
- A lactiferous papilla is a small projection on the surface of the breast.
- The lactiferous secretion changes in composition as the baby grows.
- In some species, the males also have rudimentary lactiferous glands.
- A blockage in the lactiferous duct can lead to mastitis.
- Studies show that the lactiferous system is highly regulated by hormones.