Thin albumin provides hydration and facilitates gas exchange for the developing embryo, while thick albumin contains nutrients and provides protection. Together, they create a stable environment for the embryo to develop.
The white portion that protects the embryo is called the eggshell. It provides protection and support to the developing embryo and helps maintain the internal environment of the egg.
The fluid-filled bag of thin tissue that develops around the embryo is called the amniotic sac. It helps protect and cushion the developing embryo/fetus during pregnancy.
A mushroom or fungus typically fits this description, with the thin stem and thick cap at the top.
The envelope of thin tissue that surrounds the developing embryo is called the amniotic sac. It is filled with amniotic fluid, providing protection and cushioning for the developing fetus during pregnancy.
amniotic sac
it provides protein to the embryo
A thin atmosphere is thin and a thick atmosphere is thick
The pair word is 'thin': thick and thin.
The white portion that protects the embryo is called the eggshell. It provides protection and support to the developing embryo and helps maintain the internal environment of the egg.
its thick
its thick
its thick
thin
The yolk is separated from the albumin by the vitelline membrane, which acts as a barrier that helps maintain the integrity of the yolk and albumin compartments. This separation allows for different biochemical environments, essential for the developing embryo, as the yolk primarily serves as a nutrient source while the albumin provides protection and moisture. Additionally, the membrane prevents direct contact that could lead to undesirable reactions between the yolk and albumin. This structural organization is crucial for the proper development of the embryo during incubation.
The egg yolk is the main source of food for a developing embryo, and the albumin (egg white) supplies other nutrients as well as water to prevent the embryo from drying out.
thick
thick