인대, 혈관, 신경, 골반저, 기관이 있는 여성골반 (6파트)
Female Pelvis with Ligaments, Vessels, Nerves, Pelvic Floor, Organs H20/4
• 인대, 혈관, 신경, 골반저, 기관들이 포함된 여성골반; 6 파트 분리
• 정중시상면으로 분리 되는 부분
- 직장
- 자궁
- 난소
- 나팔관
- 질
- 외항문괄약근
- 외요도괄약근
- 심부 및 천부 횡행회음근
- 구해면체근
- 제5요추
- 천골
- 미골
• 오른쪽 절반에 표현된 혈관과 신경
- 오른총장골동맥
- 외장골동맥
- 내장골동맥
- 총장골정맥
- 외장골정맥
- 천골신경총
- 좌골신경
- 음부신경
• 척추관의 마미 부분 표현
• 오른쪽 절반에 표현된 인대
- 서혜인대
- 천골결절인대
- 천극인대
- 전천장인대
- 장요인대
- 전종인대
- 골간천장인대
- 후천장인대
- 폐쇄막
• 19 x 27 x 19 cm; 2.274 kg
This life size six part model of a female pelvis represents detailed information about the topography of bones, ligaments, vessels, nerves, pelvic floor muscles and female genital organs. It presents the whole pelvic floor with partially removable midsagitally sectioned external anal sphincter, external urethral sphincter, deep and superficial transverse perineal and bulbospongiosus.
The rectum, uterus with fallopian tubes, ovaries and vagina are also removable and can be disassembled into both halves by midsagital section. The right pelvic half demonstrates the divisions and topographical anatomy of the common iliac artery, the external and internal artery and also of the common iliac vein and the external iliac vein. The right sacral plexus, right sciatic nerve and right pudendal nerve are also shown.
Bones and ligaments presented: Two hip bones, the pubic symphysis, the sacrum and the coccyx, the fifth lumbar vertebra with intervertebral disc. A midsagital section through the fifth lumbar vertebra, sacrum and coccyx, allow both halves of the pelvis to be disassembled revealing a part of the cauda equina in the vertebral canal. The left half of the fifth lumbar vertebral body is removable. The right half of the model shows the following pelvic ligaments: inguinal ligament, sacrotuberous ligament, sacrospinous ligament, anterior sacroiliac ligaments, iliolumbar ligament, anterior longitudinal ligament, interosseous sacroiliac ligament, posterior sacroiliac ligament and obturator.
This model is great for detailed study of the female genital and pelvic anatomy.