Internal Organs of a Female Child
Resolution: 3750x5000px
id: 217034681
Upload date: Oct 14, 2025
Medically verified bage

Internal Organs of a Female Child

A systematic view of the organs of a girl, outlining the viscera of the trunk.

Choose a license:
Available formats:

jpg, png

Total: $0.00

exc.VAT*
Prices are displayed excluding VAT. VAT will be calculated during checkout based on your business location and VAT number validity.

Secure PaymentSecure Payment
Instant DownloadInstant Download
Usage RightsUsage Rights
Invoice ProvidedInvoice Provided

Description

Posterior anatomy of a female child is presented with the skin removed and a modest two-piece garment retained anteriorly, allowing clear visualization of the axial framework and its neuro-muscular overlays. Along the midline, the vertebral column runs from the cervical region to the sacrum, with paired ribs curving laterally to form the thoracic cage, while the scapulae sit posterolaterally over the upper ribs. Superficial and deep back muscles layer over the spine and shoulder girdle, and segmental spinal nerves exit intervertebral foramina to form peripheral nerve pathways that course laterally into the upper limb and inferiorly into the lower limb. Pediatric posterior views like this matter because vertebral level, rib position, and nerve root exit points change with growth, and those relationships drive both diagnosis and technique in children. The depiction of spinal nerve branching supports dermatomal and myotomal teaching, and it pairs naturally with discussions of scoliosis assessment, tethered cord, and spina bifida occulta, where posterior bony landmarks and neural elements guide examination and imaging correlation. Good landmarks. For procedural context, the lumbosacral region is the reference zone for caudal epidural approaches and for avoiding iatrogenic nerve injury during posterior spinal exposure. Anatomy faculty can place this in pediatric gross anatomy, neuroanatomy, and musculoskeletal blocks to link vertebrae, ribs, and peripheral nerve trajectories in one plate, and publishers will find it well suited for atlases, patient education handouts on scoliosis screening, and perioperative materials for pediatric orthopedic or neurosurgical clinics. It also supports OSCE-style surface anatomy stations by pairing posterior landmarks with underlying structures. Anatomical accuracy verified by SciePro's Medical Advisory Board.