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Answer which organ is made both from tissue of the embryo and the mother .?
Placenta is the organ that is made from both tissue of the embryo and the mother. It forms during pregnancy for nutrient and waste exchange between the mother and fetus.
How do fetuses get nutrients from their mothers?
Fetuses receive nutrients from their mothers through the placenta, which forms a connection between the mother's bloodstream and the fetus. The mother's blood carries oxygen and nutrients, such as glucose and amino acids, which are then transferred across the placenta to the fetus. Waste products from the fetus, like carbon dioxide, are also removed through the placenta into the mother's bloodstream for excretion.
What is difference a ovu zygote embryo fetus?
There really isn't much difference between a zygote, embryo, and fetus. A zygote forms after fertilization and becomes an embryo, which later becomes a fetus.
What part of the circulatory system forms in a human fetus between the second and ninth month pregnancy?
All the organs of the fetus develope in first three months of missed period.
What is fate in a fetus?
The fate of most fetus is to be born and become humans, or other life forms that start out as a fetus.
How is nutrients and oxygen transferred from a mother to her developing fetus?
Nutrients and oxygen are transferred from the mother to the developing fetus through the placenta, an organ that forms during pregnancy. The mother's blood supplies these essential substances, which diffuse across the placental barrier into the fetal circulation. This exchange occurs in the placenta's villi, where maternal blood vessels come in close contact with fetal blood vessels, allowing for efficient transfer. Additionally, waste products from the fetus are transported back to the mother's circulation for disposal.
What type of placentation is found in dogs and cats?
Dogs and cats have zonary placentation, where the placenta forms a band around the middle of the fetus's chorion. This type of placentation allows for efficient nutrient exchange between the mother and the developing embryos.
What forms inside a pregnant female belly?
a fetus
Why is apex of heart at the bottom?
Because when the heart first forms in the fetus, it is swapped around. It first forms with apex on top and during maturity of the fetus it swaps around.
Why do we have navels?
Navels, or belly buttons, are the remnants of the umbilical cord that connected a developing fetus to its mother during pregnancy. The umbilical cord supplies nutrients and oxygen from the mother and removes waste products from the fetus. After birth, the cord is cut, and the remaining tissue eventually dries up and forms the navel. Thus, a navel serves as a physical reminder of our early developmental stage and the connection to our mother.
How are the placenta and the umbilical cord related?
The umbilical cord is attached to the developing fetus at the navel, and it has two main blood vessels in it; the umbilical artery and the umbilical vein. These vessels form a network of capillaries at the placenta, which is the temporary organ on the wall of the mother's uterus which forms during pregnancy. In the placenta, the mother's blood vessels also narrow to capillaries. The baby's capillaries and the mother's capillaries come side by side, and in that way metabolic wastes diffuse from the baby's blood to the mother's blood so her body can excrete them, and the baby's blood picks up O2 and nutrients from the mother's blood. The umbilical cord is the connection between the baby and the mother, and the placenta is the area in a pregnant woman's uterus which is the site of exchange of various wastes and nutrients between mother and child. The baby's blood and the mother's blood, however, never directly mixes. Everything is accomplished via diffusion between the capillaries in the placenta.
What is a tissue that provides food and oxygen for an embryo?
The tissue that provides food and oxygen for an embryo is called the placenta. It is a temporary organ that forms during pregnancy and connects the developing fetus to the uterine wall to exchange nutrients, oxygen, and waste products between the mother and the developing baby.
