The semimembranosus is a structure involved in the digestive process of pigs. It is similar to the homolog in humans since the digestive system is conserved across humans.
The human stomach is bigger than the fetal pig's. This of course is if the human is an adult human.
compare the relative lengths and paths of the uterine tubes of the fetal pig and in the human
The semimembranosus muscle in animals is a homologous structure to the hamstring muscles in humans. It functions to flex the knee joint and extend the hip joint in animals, similar to its function in humans. However, there are differences in size and morphology between the animal semimembranosus and the human hamstring muscles.
The part of the human soft palate that is lacking in the fetal pig is the uvula. In humans, the uvula is an extension of the soft palate.
The semimembranosus is a structure involved in the digestive process of pigs. It is similar to the homolog in humans since the digestive system is conserved across humans.
The human stomach is bigger than the fetal pig's. This of course is if the human is an adult human.
compare the relative lengths and paths of the uterine tubes of the fetal pig and in the human
The semimembranosus muscle in animals is a homologous structure to the hamstring muscles in humans. It functions to flex the knee joint and extend the hip joint in animals, similar to its function in humans. However, there are differences in size and morphology between the animal semimembranosus and the human hamstring muscles.
The relative sizes of the external and internal jugular veins of a fetal pig and a fetal human are relatively the same size. This finding is similar in all mammals.
A fetal chick grows into a chicken, whereas a fetal human grows into a human.
The ossa coxae (containing the ililum, ishium, and pubic bones) are not fused in a fetal skeleton like in an adult human.
Category A: Controlled human studies have demonstrated no fetal risk.
TERATISM- Means A congenital malformation or anomaly. A malformed animal or human especially in the fetal stage.
The external jugular veins in fetal pigs are relatively larger compared to humans, as pigs have a more prominent external jugular vein. In contrast, the internal jugular veins in pigs and humans are more comparable in terms of size. The anatomical differences between the two species may account for these variations.
The part of the human soft palate that is lacking in the fetal pig is the uvula. In humans, the uvula is an extension of the soft palate.
Category B: Animal studies indicate no fetal risk, but no human studies; or adverse effects in animals, but not in well-controlled human studies.