Elastic connective tissue.
The typical type of vertebrae containing foramina in the transverse process are cervical vertebrae. These foramina are called transverse foramina, and they allow for the passage of the vertebral artery and vein in the cervical spine.
The midpoint of the inguinal ligament and the mid-inguinal point are two different anatomical landmarks in the inguinal region. In order to understand the difference, some simple anatomical knowledge must be clarified.The inguinal ligament stretches from the anterior superior iliac spine (ASIS) to the pubic tubercle. The pubic symphysis lies just medial to the pubic tubercle and is the fibrous joint between the two halves of the pelvis.Running under the inguinal ligament from medial to lateral are: femoral canal (a potential space that contains mainly lymphatics), femoral vein, femoral artery and femoral nerve.The midpoint of the inguinal ligament is half way between the ASIS and the pubic tubercle and is the location of the femoral nerve. This landmark is used in femoral nerve blocks.The mid-inguinal point is half way between the ASIS and the pubic symphysis and is the location of the femoral artery. This landmark is used in palpation of the femoral pulse.In relation to each other, the mid-inguinal point is more medial than the midpoint of the inguinal ligament.
Transverse foramina are small openings within the transverse processes of the cervical vertebrae. These foramina allow the passage of the vertebral artery and vertebral veins, which supply blood to the spinal cord and brain.
The transverse processes of the cervical vertebrae are pierced by a "foramen transversarium" through which the vertebral artery passes. The transverse processes of the cervical vertebrae are pierced by a "foramen transversarium" through which the vertebral artery passes.
The vertebral artery passes through the transverse foramina of the cervical vertebrae. These arteries supply blood to the brain and spinal cord.
Elastic Connective
Intermittent compression of abdominal vessels by the median arcuate ligament of the diaphragm, especially the celiac artery. Occurs during expiration.
The typical type of vertebrae containing foramina in the transverse process are cervical vertebrae. These foramina are called transverse foramina, and they allow for the passage of the vertebral artery and vein in the cervical spine.
The midpoint of the inguinal ligament and the mid-inguinal point are two different anatomical landmarks in the inguinal region. In order to understand the difference, some simple anatomical knowledge must be clarified.The inguinal ligament stretches from the anterior superior iliac spine (ASIS) to the pubic tubercle. The pubic symphysis lies just medial to the pubic tubercle and is the fibrous joint between the two halves of the pelvis.Running under the inguinal ligament from medial to lateral are: femoral canal (a potential space that contains mainly lymphatics), femoral vein, femoral artery and femoral nerve.The midpoint of the inguinal ligament is half way between the ASIS and the pubic tubercle and is the location of the femoral nerve. This landmark is used in femoral nerve blocks.The mid-inguinal point is half way between the ASIS and the pubic symphysis and is the location of the femoral artery. This landmark is used in palpation of the femoral pulse.In relation to each other, the mid-inguinal point is more medial than the midpoint of the inguinal ligament.
The first branch of the subclavian artery is the vertebral artery. It arises from the posterior aspect of the subclavian artery and ascends through the cervical vertebrae to supply blood to the brain and spinal cord. Other important branches of the subclavian artery include the internal thoracic artery and the thyrocervical trunk, but these originate after the vertebral artery.
They do not cut your femoral artery for a cardiac catheterization. They use a needle to puncture it, pass an introducer and then guidewires, etc, into the arterial circulation. The point of entry is in the femoral artery, usually just distal to the inguinal ligament in your groin.
Transverse foramina are small openings within the transverse processes of the cervical vertebrae. These foramina allow the passage of the vertebral artery and vertebral veins, which supply blood to the spinal cord and brain.
Foramen lateral to the pedicle area. ONly cervical vertebrae have transverse foramen. Therefore, only cervical vertebrae have three holes. All other vertebrae have just one hole. The vertebral artery passes through these foramen.
The transverse processes of the cervical vertebrae are pierced by a "foramen transversarium" through which the vertebral artery passes. The transverse processes of the cervical vertebrae are pierced by a "foramen transversarium" through which the vertebral artery passes.
GENERALLY known body parts: intestines iris index finger Assuming that your question in with reference to the human body ... and not the body of an automobile, aircraft, animal, or something else ... From the SKELETAL SYSTEM of the human body: iliac crest iliofemoral ligament iliolumbar ligament iliopubic eminence of pelvis inferior pubic ramus of pelvis interclavicular ligament intermediate cuneiform bone interosseous membrane intertransverse ligament ischial tuberosity of pelvis THE DIGESTIVE SYSTEM: intestine ileum THE MUSCULAR SYSTEM: iliopsoas muscle iliotibial tract inferior extensor retinaculum inguinal ligament THE LYMPHATIC SYSTEM: inguinal nodes intestinal trunk THE CARDIOVASCULAR SYSTEM: iliac artery (common) iliac artery (external) iliac artery (internal) iliac vein (common) iliac vein (external) iliac vein (internal) inferior mesenteric artery inferior mesenteric vein inferior vena cava intermediate antebrachial vein intestinal arteries intestinal veins
branch between LAD and the circumflex artery
In the forearm, and it passes through what is referred to as the carpal tunnel formed by the transverse carpal ligament between the hamate hook and the trapezium carpal bones.Good thing you're not a doctor... it's on the THUMB-SIDE OF THE WRIST... NOT THE FOREARM.