- Illustrations
- Internal Organs in a Female Child, Anterior View
Internal Organs in a Female Child, Anterior View
The organs of a girl shown in an anterior view, detailing their placement within the body cavity.
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
Anterior anatomy of a female child is rendered with the body wall made translucent so the thoracic and abdominopelvic viscera can be read in situ while the nervous system is traced as an overlay. Superiorly, the brain continues into the spinal cord within the vertebral canal, and segmental spinal nerves exit laterally to form the brachial and lumbosacral plexuses, then course distally into the upper and lower limbs. Within the trunk, the lungs flank the mediastinum and heart, and the liver sits in the right upper quadrant with the stomach and spleen to the left, while small and large intestine occupy the central and inferior abdomen. Clear landmarks. Pediatric anatomy is not just scaled down adult anatomy, and an anterior whole-body view helps you relate organ position to the segmental distribution of peripheral nerves and visceral afferents that drive referred pain patterns. The juxtaposition of abdominal viscera with spinal cord levels supports teaching why early appendicitis presents with periumbilical pain (T10) before localizing to the right lower quadrant, and why diaphragmatic irritation can refer to the shoulder via the supraclavicular nerves (C3 to C5). For surgical planning and safe regional anesthesia, this layout also reinforces how plexus anatomy in the axilla and pelvis tracks alongside major vessels and may be at risk during catheter placement or trauma. Use this artwork in preclinical gross anatomy and neuroanatomy modules, pediatric nursing and allied health curricula, or as a figure in a textbook chapter explaining somatic versus visceral innervation in the child. It also suits patient-facing neurology or pediatric surgery materials when you need a single image tying organ location to nerve pathways without resorting to multiple plates. Anatomical accuracy verified by SciePro's Medical Advisory Board.