The C1 and C2 spinal nerves primarily innervate the muscles and skin of the neck and the back of the head. C1, also known as the suboccipital nerve, primarily innervates the suboccipital muscles, while C2, the greater occipital nerve, provides sensory innervation to the scalp and posterior head. Additionally, these nerves contribute to the cervical plexus, supplying motor and sensory fibers to surrounding structures.
The visceral pleura is innervated by autonomic nerves that travel with the bronchial blood vessels. The parietal pleura is innervated by somatic nerves, specifically the intercostal nerves and the phrenic nerve.
yes. the atlas and axis, or C1 and C2, do not have an intervertebral disc, nor an intervertebral foramen, between them. C1 looks like an oval. it has two lateral masses (no vertebral body) where it makes contact with the occiput and C2. the inferior articular facets of the C1 and the superior articular facets of C2 form 2 joints, one on each side. there is also a third joint formed by the dens, or odontoid process, of C2 and the interior of the anterior arch of C1. this is the joint you use to shake your head "no".
A seesaw or teeter-totter is an object that pivots on a central point (c2) and lacks a body in the traditional sense.
abdominal wall
Yes, the C1 vertebra (atlas) does not have a transverse foramen. This feature is unique to the following vertebrae in the cervical spine, starting from C2.
Eg: typedef struct RGB { unsigned char R, G, B; } c1, c2, csum; ... if ((int)c1.R + (int)c2.R > 255) csum.R = 255; else csum.R = c1.R + c2.R; if ((int)c1.G + (int)c2.G > 255) csum.G = 255; else csum.G = c1.G + c2.G; if ((int)c1.B + (int)c2.B > 255) csum.B = 255; else csum.B = c1.B + c2.B;
Three muscles that are innervated by specific nerves include the biceps brachii, which is innervated by the musculocutaneous nerve; the quadriceps femoris, innervated by the femoral nerve; and the diaphragm, which is innervated by the phrenic nerve. Each of these nerves plays a crucial role in controlling muscle movement and function.
type into a given cell =c1+c2 If you mean words, use this =c1&c2 which means join the string values.
C1-8. These nerves enter from the eight cervical or neck vertebrae.
The visceral pleura is innervated by autonomic nerves that travel with the bronchial blood vessels. The parietal pleura is innervated by somatic nerves, specifically the intercostal nerves and the phrenic nerve.
Alexander Island.
Let K1 & K2 be the equivalent capacitence in series and parallel resp. if c1 and c2 b the values of capacitor we have 1/c1+1/c2=1/6 c1+c2=25 solving we get c1=10 MF c2 =15 MF or vice cersa
C1 and C2 refer to the first two cervical vertebrae in the human spine. C1, also known as the atlas, supports the skull and allows for nodding movements of the head, while C2, or the axis, has a unique peg-like structure called the odontoid process that enables rotational movements of the head. Together, they provide essential support and flexibility to the neck, facilitating a wide range of motion. Their anatomical structures also protect the spinal cord and nerves in the cervical region.
yes. the atlas and axis, or C1 and C2, do not have an intervertebral disc, nor an intervertebral foramen, between them. C1 looks like an oval. it has two lateral masses (no vertebral body) where it makes contact with the occiput and C2. the inferior articular facets of the C1 and the superior articular facets of C2 form 2 joints, one on each side. there is also a third joint formed by the dens, or odontoid process, of C2 and the interior of the anterior arch of C1. this is the joint you use to shake your head "no".
A seesaw or teeter-totter is an object that pivots on a central point (c2) and lacks a body in the traditional sense.
when you break C2 and C1 worst case senario is when your in a ventialator beacuase you usually cant breath on your own and your sometimes paralyzed from the neck down.
The first molar is usually innervated by two alveolar nerves: the superior alveolar nerves from the maxillary division of the trigeminal nerve.