Internal Organs of a Female Child, Anterior View

Description

Centered on the anterior trunk of a female child, this plate layers visceral anatomy beneath the rib cage and clavicles, with the sternum and costal cartilages framing the thoracic cavity. Superiorly, cervical soft tissues transition into the thorax, where the heart sits medial between the lungs, and a prominent pediatric thymus may overlie the great vessels in the superior mediastinum. Inferior to the diaphragm, the liver occupies most of the right upper quadrant, the stomach and spleen lie left and superior, and loops of small intestine fill the central abdomen with the colon coursing more peripherally. Red arteries and blue veins track alongside yellow peripheral nerves into the neck and upper limbs, clarifying how neurovascular bundles relate to the visceral compartments. Pediatric proportion changes matter here: the liver sits relatively low and large, the rib cage is more compliant, and mediastinal soft tissue can obscure margins that would be crisp in an adult. Clear relationships between diaphragm, heart, and upper abdominal organs support teaching around pediatric trauma, where liver and splenic lacerations dominate blunt injury patterns, and around cardiothoracic procedures where the thymus and great vessels crowd the operative field. Small details help. The anterior course of major vessels and nerves also grounds discussions of central line placement, brachial plexus injury patterns, and why referred pain from foregut structures often projects to upper thoracic dermatomes. Use this artwork in preclinical gross anatomy, pediatric surgery teaching files, or textbook spreads comparing pediatric and adult topography of the thorax and abdomen, including labeled overlays for arterial supply, venous drainage, and somatic innervation. It also fits patient education on common acute presentations such as appendicitis, pneumonia, or abdominal trauma, where a simple anterior map reduces confusion about where organs sit. Anatomical accuracy verified by SciePro's Medical Advisory Board.