- Illustrations
- Pregnancy & Fetal Development
- Fetus at Week 31 - Black Skin
Fetus at Week 31 - Black Skin
A 3D illustration of a fetus at week 31 shown on a black background with the placenta and umbilical cord. Black skin tone.
jpg, png
exc.VAT*
Prices are displayed excluding VAT. VAT will be calculated during checkout based on your business location and VAT number validity.
Description
Fetus at 31 weeks’ gestation is presented with the attached placenta and a single umbilical cord against an isolated black background. The fetal head remains proportionally large relative to the trunk, with flexed upper and lower limbs held close to the thoracoabdominal wall, a typical third-trimester posture. The placenta lies adjacent to the fetal abdomen with the umbilical cord coursing from the umbilicus to the placental disk, its coiling pattern and insertion point readable in one fixed frame. Fetal skin pigmentation reflects Black ethnicity. At week 31, clinicians and educators focus on interval growth, fetal well-being, and placental function, and this illustration supports those conversations by pairing the fetus with the fetoplacental unit rather than isolating the fetus alone. The relationship between the umbilical cord and placental surface helps anchor discussions of cord insertion variants (marginal and velamentous insertion) and why they matter for fetal growth restriction, vasa previa risk, and intrapartum monitoring strategy, even when the maternal uterus is not included. Lighting and surface shading emphasize external morphology and cord topology without distracting maternal anatomy. Obstetrics and embryology faculty can place this image in third-trimester development lectures to summarize expected external features at 31 weeks and to orient learners to placenta and umbilical cord anatomy before ultrasound or delivery-room topics. Perinatal education materials, prenatal care handouts, and medical publishing layouts benefit from the isolated black background when labeling the umbilicus, placental disk, and cord insertion with minimal visual clutter. Anatomical accuracy verified by SciePro's Medical Advisory Board.