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We hope you have enjoyed this limited-length demo
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- View the Talks
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1. What is anatomy?
- Prof. Emeritus Bernard Moxham
-
2. The history of anatomy and the practice of anatomy (including imaging)
- Prof. Helen Nicholson
-
3. Introduction to the peripheral nervous system
- Prof. Samuel Asala
- Regional Anatomy of the Trunk
-
4. Thoracic walls, lungs and pleura
- Prof. Jennifer Hayes
-
5. Mediastinum
- Dr. Shiby Stephens
-
6. The heart and pericardium
- Prof. Thomas R. Gest
-
7. An overview of the abdomen
- Prof. Beverley Kramer
-
8. Pancreas, kidneys and ureters
- Prof. Emeritus Kapil S. Satyapal
-
9. Liver and spleen
- Prof. Emeritus Kapil S. Satyapal
-
10. The gastrointestinal (GI) tract
- Dr. Richard L. Drake
- Regional Anatomy of the Musculoskeletal system
-
11. Introductory concepts in limb anatomy
- Dr. Carol Hartmann
-
12. Brachial plexus and nerves of upper limb
- Prof. S. P. Banumathy
-
13. Thigh, gluteal region, and knee joint
- Dr. Hannah Shaw
-
14. Anatomy of the leg and ankle: an introduction
- Prof. Nalini Pather
- Regional Anatomy of the Head and Neck
-
15. Regional anatomy: musculature of the neck
- Prof. Albert van Schoor
-
16. The skull
- Dr. Barry K. B. Berkovitz
-
17. The temporal fossa and temporomandibular joint (TMJ)
- Prof. George Dias
-
18. Infratemporal fossa
- Prof. George Dias
-
19. The oral cavity and pharynx
- Prof. Emeritus Bernard Moxham
Printable Handouts
Navigable Slide Index
- Introduction
- Content of lecture
- Overview of the abdominal cavity
- Boundaries of the abdominal cavity
- Landmarks of the abdominal cavity
- The four quadrants of the abdomen
- The nine regions of the abdomen
- Anterior abdominal wall
- Rectus abdominis and tendinous intersections
- Flat muscles of the abdomen (1)
- Flat muscles of the abdomen (2)
- Transverse sections through the rectus sheath
- Inguinal canal (1)
- Inguinal canal (2)
- Development of inguinal canal
- Diaphragm: anterior view
- Diaphragm: viewed from its inferior surface
- Functions of abdomen
- Cross-sectional diagram of the abdomen
- Organization of the cavity
- Mesenteries
- Embryological development of the abdomen
- A teaching model
- Introduction to the teaching model
- Stomach rotation
- What happens as the stomach descends?
- Focusing on the duodenum
- Rotation of the midgut
- Further rotation of the midgut
- Development of the midgut
- Lesser sac and greater omentum formation
- Stomach rotation and lesser and greater sac formation
- Peritoneal sacs
- Contents of the abdomen
- Arterial supply to abdominal structures
- Venous return from the abdomen
- Hepatic portal vein
- Prevertebral plexuses of the abdomen
- Acknowledgements
- Diagram references
Topics Covered
- Boundaries and extent of the abdomen
- Function of the abdominal cavity
- Development of the gastrointestinal tract
- Terminology of mesenteries
- Components and organization of the abdominal cavity, including arrangements of viscera
- Neurovascular supply
Links
Series:
Categories:
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Talk Citation
Kramer, B. (2022, August 31). An overview of the abdomen [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved November 21, 2024, from https://doi.org/10.69645/HACV2873.Export Citation (RIS)
Publication History
Financial Disclosures
- Prof. Beverley Kramer has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
A selection of talks on Gastroenterology & Nephrology
Transcript
Please wait while the transcript is being prepared...
0:00
Hello, my name is
Beverley Kramer.
I'm coming to you
from South Africa.
In the first part of the three
lectures on the abdomen,
I will provide you with
a general overview.
0:15
This lecture will
focus mainly on
the boundaries and walls
of the abdomen that
will also include
some development
to provide an understanding of
the positions of the organs and
the mesenteries of the
abdominal viscera.
0:31
The abdominal cavity
outlined here in blue,
is the largest space
within the human body.
It is housed within the abdomen.
Like many of these structures in
the human body that is a tubular
or cylindrical structure,
the abdominal cavity
superior boundary
is the inferior thoracic outlet,
which is closed by the
thoracic diaphragm.
The inferior boundary of the
cavity is the pelvic inlet.
Posteriorly, the cavity is
bounded by the
vertebral column and
anterolaterally by the
abdominal musculature
of the anterior abdominal wall.
1:12
As mentioned, the abdominal wall
is mainly composed of muscle,
but has many elements, as well.
The skeletal boundaries of the
abdominal cavity are thus,
superiorly fascia components
of the inferior thoracic outlet,
such as the xiphoid process,
the costal cartilages 7-10,
the 12th rib on the
thoracic vertebrae, T12.
Posteriorly, the five lumbar
vertebrae and intervening discs.
The superior part of
the pelvic bones of
the region referred
to as the false pelvis form
the inferior boundary.
As the abdomen extends from
the diaphragm to the
pelvic, during expiration
the abdomen will extend
up to the level of
the fourth intercostal space or
fifth rib on the
right-hand side in
the mid-clavicular line
and thus, the contents of
the most superior part of the
abdomen are protected by the ribs.
Some of the viscera in
the inferior part of
the abdomen will be
protected by the ilia.