The radial (and axillary) nerves are involved in wrist drop.
Why would you want to do that. You would have to cut open the heart and watch the blood move from the pulmonary artery through the heart and into the right radial artery.
Renal artery - segmental artery - interlobar artery - arcuate artery - interlobular artery
The only artery that is supposed to carry deoxygenated blood is the pulmonary artery. It carried deoxygenated blood from the right ventricle to the lungs for oxygenation. Any artery can carry deoxygenated blood, so be careful how you word questions.
The drop of blood travels as follows: From the aortic arch to the left subclavian artery. Then through the left vertebral, passing though the transverse foramina of the cervical vertebrae (from C6-C1) At the C1 level the vertebral arteries travel across the posterior arch of the atlas before entering the foramen magnum into the skull. From here, it merges with with that vertebral artery on the right side to become the basilar artery. The blood then travels through a branch of the basilar known as the posterior cerebral artery. This artery's branches are divided into two sets, the ganglionic branches and, the cortical branches. The particular artery largely supplying the occipital lobe is known as the parietoöccipital or parieto-occipital artery, and is a cortical branch.
There are receptors on the lining of the carotid artery that sense a change in blood pressure. When they are stimulated, they can cause a drop in blood pressure/heart rate.
- Wrist drop occurs when the radial nerve becomes compressed or damaged.
Why would you want to do that. You would have to cut open the heart and watch the blood move from the pulmonary artery through the heart and into the right radial artery.
In tracing a drop of blood from the pulmonary to radial artery, there are 5 circulatory points. Pulmonary follows through to the subclavian artery, axillary artery, brachial artery, and then to the radial.
Voltage drop can be minimized in a radial distribution by increasing the cross-sectional area of the conductors.
Renal artery - segmental artery - interlobar artery - arcuate artery - interlobular artery
the veins
Sacral plexus
just drop the ruler
To travel from the aorta to the left, or right, occipital lobe, it would have to go through the aortic arch, common carotid artery, external carotid artery, then occipital artery.
Here we go! [First, the pulmonary circuit.] R atrium; R ventricle; pulmonary artery (L or R); arteriole; capillary adjacent to an alveolus of lung; venule; pulmonary vein [Now the blood returns to the heart for the systemic (body) circuit.] L atrium; L ventricle; aorta; R iliac artery; arteriole; capillary in a toe of the R foot; venule; R femoral vein; vena cava; back to the R atrium
Chemoreceptors in the internal carotid artery, and so you hyperventilate to lower the pH
That would involve defying the laws of physics, and that would be impossible.