PPT
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
The ramus of mandible is quadrangular in shape and has medial
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
The ramus of mandible is quadrangular in shape and has medial
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
... 4-An elongate groove (the mylohyoid groove) extends anteroinferiorly from the mandibular foramen. The nerve to mylohyoid is in this groove ...
Slide 1
... mandible inferior to mandibular foramen The medial pterygoid is innervated by the nerve to medial pterygoid from the mandibular nerve [V3]. The medial pterygoid mainly elevates the mandible, closing jaws ...
... mandible inferior to mandibular foramen The medial pterygoid is innervated by the nerve to medial pterygoid from the mandibular nerve [V3]. The medial pterygoid mainly elevates the mandible, closing jaws ...
Medial pterygoid
... mandible inferior to mandibular foramen The medial pterygoid is innervated by the nerve to medial pterygoid from the mandibular nerve [V3]. The medial pterygoid mainly elevates the mandible, closing jaws ...
... mandible inferior to mandibular foramen The medial pterygoid is innervated by the nerve to medial pterygoid from the mandibular nerve [V3]. The medial pterygoid mainly elevates the mandible, closing jaws ...
5°° the double innervation of muscles in the clam {mya
... IT is a matter of common observation that lamellibranch molluscs may close the valves of their shell by a fairly rapid twitch-like contraction of the adductor muscles, and may thereafter in certain circumstances relax the adductors, immediately allowing the valves to gape, while in other circumstanc ...
... IT is a matter of common observation that lamellibranch molluscs may close the valves of their shell by a fairly rapid twitch-like contraction of the adductor muscles, and may thereafter in certain circumstances relax the adductors, immediately allowing the valves to gape, while in other circumstanc ...
Anterolateral thigh flap Flap Territory This flap is composed of the
... The lateral edge of the flap can be incised down to the muscle and elevated subfascially from lateral to medial, taking care with the previously identified perforators.. An incision (straight or lazy S) is made from the apex of the flap to the area of the femoral artery (mid-inguinal point between A ...
... The lateral edge of the flap can be incised down to the muscle and elevated subfascially from lateral to medial, taking care with the previously identified perforators.. An incision (straight or lazy S) is made from the apex of the flap to the area of the femoral artery (mid-inguinal point between A ...
MP1813 Lower Limb - deep dissection of a left
... Just lateral to the lumbosacral trunk in the pelvis are the iliacus and (partial) psoas muscles, as well as the proximal portion of the rectus femoris. The femoral artery is preserved as it crosses the superior pubic ramus, giving rise to the superficial circumflex iliac and superficial epigastric a ...
... Just lateral to the lumbosacral trunk in the pelvis are the iliacus and (partial) psoas muscles, as well as the proximal portion of the rectus femoris. The femoral artery is preserved as it crosses the superior pubic ramus, giving rise to the superficial circumflex iliac and superficial epigastric a ...
Levator scapulae
... superior to rhomboid major, small, cylindrical muscle Arises from ligamentum nuchae & spinous processes of vertebrae CVII and TI Attaches to medial scapular border opposite root of spine of scapula. ...
... superior to rhomboid major, small, cylindrical muscle Arises from ligamentum nuchae & spinous processes of vertebrae CVII and TI Attaches to medial scapular border opposite root of spine of scapula. ...
Bilateral Supernumerary Sternocleidomastoid Heads with
... has been reported in the literature so far, while their terminology derives from the origin and insertion (Table II). The SCM can be occasionally separated into several muscular strips situated in close relation to each other and their margins can be separated by variably sized gaps. The cleidocervi ...
... has been reported in the literature so far, while their terminology derives from the origin and insertion (Table II). The SCM can be occasionally separated into several muscular strips situated in close relation to each other and their margins can be separated by variably sized gaps. The cleidocervi ...
MUSCLES AND TOPOGRAPHY OF THE UPPER AND LOWER LIMBS
... attachment point of the subscapularis; the bursa communicates with the cavity of the shoulder joint; subtendinous bursa of latissimus dorsi resides under the tendon near the point of attachment of the muscle on the humerus; there is also another small bursa under the tendon of the teres major. In th ...
... attachment point of the subscapularis; the bursa communicates with the cavity of the shoulder joint; subtendinous bursa of latissimus dorsi resides under the tendon near the point of attachment of the muscle on the humerus; there is also another small bursa under the tendon of the teres major. In th ...
298 7 Digestive system (apparatus digestorius)
... tonsils can be grouped into palatine, pharyngeal, lingual, choanal and tubal tonsils based upon their location (Fig. 7-45 and 46). The lingual tonsil (tonsilla lingualis) is located on either side of the root of the tongue and is especially well developed in the horse and the ox. The palatine tonsil ...
... tonsils can be grouped into palatine, pharyngeal, lingual, choanal and tubal tonsils based upon their location (Fig. 7-45 and 46). The lingual tonsil (tonsilla lingualis) is located on either side of the root of the tongue and is especially well developed in the horse and the ox. The palatine tonsil ...
anatomylab4
... Medial origin: Manubrium sterni. Lateral origin: med.1/3 of Clavicle. Insertion: Mastoid process Occipital bone Nerve supply: Spinal accessory nerve(cranial nerve XI) Action: Flex the neck : Bilateral : it Flexes the neck ant. unilateral : it Flexes the neck to one side, so the ear touches the shoul ...
... Medial origin: Manubrium sterni. Lateral origin: med.1/3 of Clavicle. Insertion: Mastoid process Occipital bone Nerve supply: Spinal accessory nerve(cranial nerve XI) Action: Flex the neck : Bilateral : it Flexes the neck ant. unilateral : it Flexes the neck to one side, so the ear touches the shoul ...
Lingual artery
... It loops upward and then passes deep to the posterior border of the hyoglossus muscle to enter the submandibular region. The loop of the artery is crossed superficially by the hypoglossal nerve. The lingual artery supplies structures of the floor of the mouth and the posterior and inferior surface o ...
... It loops upward and then passes deep to the posterior border of the hyoglossus muscle to enter the submandibular region. The loop of the artery is crossed superficially by the hypoglossal nerve. The lingual artery supplies structures of the floor of the mouth and the posterior and inferior surface o ...
Lab 1 - evolvewithlove.com
... o Can be found by deeply palpating the lateral part of the infraclavicular fossa. A good amount of digital pressure is needed in people whose pec major is large – and due to this you will only be palpating the tip of the process. Acromion process o Top of your shoulder area. It is prominent and has ...
... o Can be found by deeply palpating the lateral part of the infraclavicular fossa. A good amount of digital pressure is needed in people whose pec major is large – and due to this you will only be palpating the tip of the process. Acromion process o Top of your shoulder area. It is prominent and has ...
Peripheral Nervous System
... An increase in sympathetic stimulation causes HR to increase whereas an increase in parasympathetic stimulation causes HR to decrease ...
... An increase in sympathetic stimulation causes HR to increase whereas an increase in parasympathetic stimulation causes HR to decrease ...
Nerve 4 ppt - Educypedia
... An increase in sympathetic stimulation causes HR to increase whereas an increase in parasympathetic stimulation causes HR to decrease ...
... An increase in sympathetic stimulation causes HR to increase whereas an increase in parasympathetic stimulation causes HR to decrease ...
Evaluation & Treatment of Temporomandibular Joint Dysfunction
... dental work, opening the mouth too wide or for too long, prolonged chewing Oral parafunctional habits such as clenching and bruxism that place continued strain on the masticatory system Malocclusion causes bite instability or functional interference during chewing that places postural strain on the ...
... dental work, opening the mouth too wide or for too long, prolonged chewing Oral parafunctional habits such as clenching and bruxism that place continued strain on the masticatory system Malocclusion causes bite instability or functional interference during chewing that places postural strain on the ...
Virtual Anatomy Lab: Study notes
... muscles. In the foot, it is cutaneous for the skin in the first space (between the first and second toes). The anterior tibial artery is one of the 2 terminal branches of the popliteal artery. It pierces the interosseous membrane and accompanies the deep peroneal nerve. It continues as the dorsalis ...
... muscles. In the foot, it is cutaneous for the skin in the first space (between the first and second toes). The anterior tibial artery is one of the 2 terminal branches of the popliteal artery. It pierces the interosseous membrane and accompanies the deep peroneal nerve. It continues as the dorsalis ...
Rotator Cuff
... and shallow glenoid fossa of the scapula. During elevation of the arm, the rotator cuff compresses the glenohumeral joint in order to allow the large deltoid muscle to further elevate the arm. In other words, without the rotator cuff, the humeral head would ride up partially out of the glenoid fossa ...
... and shallow glenoid fossa of the scapula. During elevation of the arm, the rotator cuff compresses the glenohumeral joint in order to allow the large deltoid muscle to further elevate the arm. In other words, without the rotator cuff, the humeral head would ride up partially out of the glenoid fossa ...
- Circle of Docs
... 6. medial pectoral nerve to both the pectoralis major and minor muscles – from the medial cord, C 8 & T1 7. medial brachial cutaneous nerve to anterior arm – from the medial cord, T1: has an association with the intercostobrachial nerve, T2 intercostal nerve 8. medial antebrachial cutaneous nerve to ...
... 6. medial pectoral nerve to both the pectoralis major and minor muscles – from the medial cord, C 8 & T1 7. medial brachial cutaneous nerve to anterior arm – from the medial cord, T1: has an association with the intercostobrachial nerve, T2 intercostal nerve 8. medial antebrachial cutaneous nerve to ...
a. Lacrimal nerve
... muscles that control the size of the pupil • Sphincter pupillae – circular arranged fibers; constricts (closes) pupil in presence of bright light; nerve supply parasympapathetic (CN III) • Dilator pupillae – radially arranged fibers; dilates (opens) pupil in presence of low intensity light or in pre ...
... muscles that control the size of the pupil • Sphincter pupillae – circular arranged fibers; constricts (closes) pupil in presence of bright light; nerve supply parasympapathetic (CN III) • Dilator pupillae – radially arranged fibers; dilates (opens) pupil in presence of low intensity light or in pre ...
LATISSIMUS DORSI AND THORACODORSAL ARTERy
... secondary segmental pedicles (posterior intercostal perforators). The TDA arises from the subscapular artery (third part of axillary) and usually divides into transverse and vertical branches which are angulated at 45° allowing the LD to be split). The vertical pedicle enters the muscle 8-10 cm belo ...
... secondary segmental pedicles (posterior intercostal perforators). The TDA arises from the subscapular artery (third part of axillary) and usually divides into transverse and vertical branches which are angulated at 45° allowing the LD to be split). The vertical pedicle enters the muscle 8-10 cm belo ...
Skeletal muscle
Skeletal muscle is a form of striated muscle tissue which is under the voluntary control of the somatic nervous system. It is one of three major muscle types, the others being cardiac muscle and smooth muscle. Most skeletal muscles are attached to bones by bundles of collagen fibers known as tendons.Skeletal muscle is made up of individual muscle cells or myocytes, known as muscle fibers. They are formed from the fusion of developmental myoblasts (a type of embryonic progenitor cell that gives rise to a muscle cell) in a process known as myogenesis. Muscle fibres are cylindrical, and multinucleated.Muscle fibers are in turn composed of myofibrils. The myofibrils are composed of actin and myosin filaments, repeated in units called sarcomeres, the basic functional units of the muscle fiber. The sarcomere is responsible for the striated appearance of skeletal muscle, and forms the basic machinery necessary for muscle contraction. The term muscle refers to multiple bundles of muscle fibers called fascicles. All muscles also contain connective tissue arranged in layers of fasciae. Each muscle is enclosed in a layer of fascia; each fascicle is enclosed by a layer of fascia and each individual muscle fiber is also enclosed in a layer of fascia.