The anatomical human fetal development model is composed of 8 models showcasing the embryo at one, two, three, four, five, six, and seven months, as well as five-month-old twins. This comprehensive set clearly displays the uterus, fetal umbilical cord, placenta, amniotic cavity, ovaries, and fallopian tubes. Each model features structural indicators, making it an excellent visual teaching tool for learning the process of fetal development.

The embryos at 4, 5, 6, and 7 months, as well as the 5-month-old twin model fetuses, can be removed from the display. This allows the uterus, fetus, umbilical cord, placenta, amniotic cavity, ovaries, and fallopian tubes to be clearly shown and examined.

Crafted using environmentally friendly PVC material through a casting mold process, the models have a realistic appearance and durability. The fine workmanship ensures that each set of embryos, from one to seven months and the five-month-old twins, closely resembles their natural counterparts in size and detail.

The clear and removable structure of the models facilitates easy observation and understanding of the changing anatomy throughout the stages of embryonic development. This makes the set a valuable tool for clinical teaching and practical training for students in medical colleges, midwifery, and pediatrics.

To maintain the models in pristine condition, it is recommended to wipe them with a clean, damp cloth when they become dusty, avoiding the use of chemical solvents. After use, the models should be stored in a cool, dry place.

The changes in embryonic development, from one month to seven months, can help healthcare professionals better understand the physical health of the pregnant woman and the fetus. This visual aid is an invaluable resource for learning the process of fetal development.

In summary, the anatomical human fetal development model is a comprehensive and versatile teaching tool. Its realistic details, removable components, and clear structural indicators make it an excellent choice for medical education and training. The model's durability and easy maintenance ensure its long-term usefulness in various clinical and academic settings.

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