Umbilical Cord Anatomy Explained
The umbilical cord serves as the vital link between the developing fetus and the placenta. Understanding its basic structure is important for grasping fetal circulation.
Umbilical Cord Composition
A typical umbilical cord contains specific vascular structures:
- Two umbilical arteries: These carry deoxygenated blood and waste products from the fetus to the placenta.
- One umbilical vein: This carries oxygenated blood and nutrients from the placenta to the fetus.
This arrangement of two arteries and one vein is the standard configuration in a healthy umbilical cord.
Why This Structure Matters
The specific number of arteries and veins is a key anatomical feature. Variations can sometimes indicate underlying developmental issues, making the standard two arteries and one vein composition clinically significant.
Important Questions from Applied Anatomy
- Which one of the following is NOT a support of uterus, preventing its descent?
- Which one of the following statements regarding Bartholin's glands is NOT true?
- Consider the following statements regarding diameters of a normal female pelvis:
1. AP diameter is the shortest diameter at brim
2. Oblique diameter is the largest diameter of inlet
3. Diagonal conjugate cannot be directly measured
Which of the statements given above is/are correct? - The vaginal pH in childbearing age normally ranges between
Which of the following are correct regarding pelvic cellular tissue?
1. It supports the pelvic organs.
2. It forms protective sheath for blood vessels and terminal part of ureter.
3. It prevents infection to be spread out of pelvis.
4. Marked hypertrophy of pelvic cellular tissue occurs in pregnancy.
Select the answer using the code given below.
