through the umbilical cord
urine and sweat
are the wastes removed
The waste in your blood is removed by the kidneys. The kidneys filter your blood all day every day
The embryo gets rid of waste to maintain a healthy environment for its growth and development. Waste products like carbon dioxide and other metabolic byproducts can be harmful if they accumulate, so the embryo eliminates them through diffusion into the mother's bloodstream for disposal. This process helps ensure that the embryo receives the necessary nutrients and oxygen for its growth.
During excercise , i think .
poison
All waste products are removed, they may not go by diffusion alone.
The embryo develops inside the uterus and receives nourishment through the placenta, which is formed from the tissues of both the mother and the embryo. The placenta allows for the exchange of nutrients, oxygen, and waste products between the mother and the developing embryo.
The embryo receives nourishment from the mother through the placenta, which allows for the exchange of nutrients, oxygen, and waste products between the mother and the developing fetus. This nourishment is essential for the growth and development of the embryo throughout pregnancy.
The umbilical cord connects the embryo to the mother during pregnancy. It is responsible for transporting nutrients and oxygen from the mother to the fetus, as well as removing waste products.
The small intestine takes all the nutrients it needs from the food. Then, all the rest of the food travels down the large intestine and out the other end. The bowel has the job of recovering water from the waste food. Metabolite waste and by-products are removed from the blood by the kidneys. The CO2 is removed from the lungs by breathing. There are a few other waste processes such as excess heat removed by radiation and sweating.
No, the mother's blood does not mix with the embryo. The placenta acts as a barrier between the mother's blood supply and the embryo, allowing for transfer of nutrients and waste products without direct mixing of blood.