Neck - Lectures - gblnetto
... ansa cervicalis, 28 – vagus nerve, 29 – hypoglossal nerve, 30 – internal jugular vein, 31 – external jugular vein and accessory nerve, 32 – parotid gland 1. Inferior border of mandible. 2. Anterior belly of digastric. 3. Posterior belly of digastric. The floor of the triangle is formed b ...
... ansa cervicalis, 28 – vagus nerve, 29 – hypoglossal nerve, 30 – internal jugular vein, 31 – external jugular vein and accessory nerve, 32 – parotid gland 1. Inferior border of mandible. 2. Anterior belly of digastric. 3. Posterior belly of digastric. The floor of the triangle is formed b ...
PPT
... The medial pterygoid muscle is quadrangular in shape and has deep and superficial heads Origin: medial surface of the lateral plate of the pterygoid process and the pyramidal process of the palatine bone Insertion: medial surface of the ramus of mandible inferior to mandibular foramen The medial pte ...
... The medial pterygoid muscle is quadrangular in shape and has deep and superficial heads Origin: medial surface of the lateral plate of the pterygoid process and the pyramidal process of the palatine bone Insertion: medial surface of the ramus of mandible inferior to mandibular foramen The medial pte ...
The ramus of mandible is quadrangular in shape and has medial
... Temporalis muscle The temporalis muscle is a large fan-shaped muscle that fills much of the temporal fossa It originates from the bony surfaces of the temporal fossa superiorly to the inferior temporal line Tip and medial surface of the coronoid process And anterior border of the ramus of the mandi ...
... Temporalis muscle The temporalis muscle is a large fan-shaped muscle that fills much of the temporal fossa It originates from the bony surfaces of the temporal fossa superiorly to the inferior temporal line Tip and medial surface of the coronoid process And anterior border of the ramus of the mandi ...
Slide 1
... The medial pterygoid muscle is quadrangular in shape and has deep and superficial heads Origin: medial surface of the lateral plate of the pterygoid process and the pyramidal process of the palatine bone Insertion: medial surface of the ramus of mandible inferior to mandibular foramen The medial pte ...
... The medial pterygoid muscle is quadrangular in shape and has deep and superficial heads Origin: medial surface of the lateral plate of the pterygoid process and the pyramidal process of the palatine bone Insertion: medial surface of the ramus of mandible inferior to mandibular foramen The medial pte ...
The ramus of mandible is quadrangular in shape and has medial
... Temporalis muscle The temporalis muscle is a large fan-shaped muscle that fills much of the temporal fossa It originates from the bony surfaces of the temporal fossa superiorly to the inferior temporal line ...
... Temporalis muscle The temporalis muscle is a large fan-shaped muscle that fills much of the temporal fossa It originates from the bony surfaces of the temporal fossa superiorly to the inferior temporal line ...
Medial pterygoid
... The medial pterygoid muscle is quadrangular in shape and has deep and superficial heads Origin: medial surface of the lateral plate of the pterygoid process and the pyramidal process of the palatine bone Insertion: medial surface of the ramus of mandible inferior to mandibular foramen The medial pte ...
... The medial pterygoid muscle is quadrangular in shape and has deep and superficial heads Origin: medial surface of the lateral plate of the pterygoid process and the pyramidal process of the palatine bone Insertion: medial surface of the ramus of mandible inferior to mandibular foramen The medial pte ...
Bones and Muscles - OYR Raiders Ice Hockey
... Extension: the straightening of a limb or body part Flexion: the bending of a limb or body part Rotation: the turning of a limb or body part ...
... Extension: the straightening of a limb or body part Flexion: the bending of a limb or body part Rotation: the turning of a limb or body part ...
Assiut university researches Functional Morphological Study of the
... kinesis due to the presence of immovable naso-frontal hinge. However, the quadrate can glide antero-posteriorly and vice versa. While, in the budgerigar, the brain case exhibits a high kinesis due to the presence of movable naso-frontal hinge. 2) The brain case of the budgerigar is characterized by ...
... kinesis due to the presence of immovable naso-frontal hinge. However, the quadrate can glide antero-posteriorly and vice versa. While, in the budgerigar, the brain case exhibits a high kinesis due to the presence of movable naso-frontal hinge. 2) The brain case of the budgerigar is characterized by ...
Head_and_Neck_Review_Cranial_Nerves_2011Final
... of Facial and Ophthalmic Vv. - Ophthalmic veins drain to cavernous sinus (venous sinus inside skull) ...
... of Facial and Ophthalmic Vv. - Ophthalmic veins drain to cavernous sinus (venous sinus inside skull) ...
Duplicated anterior belly of the digastric muscle
... bilateral anterior belly of the digastric muscle in the neck may be due to a deficiency in the differentiation of the mesoderm of the first pharyngeal arch of both sides or the abnormal migration of neural crest cells.(3) The complexity of sequential development naturally gives rise to countless p ...
... bilateral anterior belly of the digastric muscle in the neck may be due to a deficiency in the differentiation of the mesoderm of the first pharyngeal arch of both sides or the abnormal migration of neural crest cells.(3) The complexity of sequential development naturally gives rise to countless p ...
Neuro-anatomy of Upper Airway
... muscles, and is usually described in two parts, cricopharyngeus and thyropharyngeus. • Cricopharyngeus arises from the side of the cricoid cartilage between the attachment of cricothyroid and the articular facet for the inferior thyroid cornu. • Thyropharyngeus arises from the oblique line of the th ...
... muscles, and is usually described in two parts, cricopharyngeus and thyropharyngeus. • Cricopharyngeus arises from the side of the cricoid cartilage between the attachment of cricothyroid and the articular facet for the inferior thyroid cornu. • Thyropharyngeus arises from the oblique line of the th ...
Abdominal Walls and Inguinal Region
... of tension run in a basically horizontal direction. Thus, horizontal surgical incisions through the abdominal skin lie parallel to the tension lines and tend to provide a better cosmetic result when healed than vertical incisions. ...
... of tension run in a basically horizontal direction. Thus, horizontal surgical incisions through the abdominal skin lie parallel to the tension lines and tend to provide a better cosmetic result when healed than vertical incisions. ...
Strength Training
... Isometric or Static Training- the straining of muscles against an immovable force. In this type of training, there is a very slight shortening of the muscle and there is no movement of the joint, even though the muscle is still tense. Isotonic or Dynamic Training- this occurs when, throughout the sh ...
... Isometric or Static Training- the straining of muscles against an immovable force. In this type of training, there is a very slight shortening of the muscle and there is no movement of the joint, even though the muscle is still tense. Isotonic or Dynamic Training- this occurs when, throughout the sh ...
feet and ankle muscles
... In real life movements like walking and running the peroneus longus lengthens under load like a bungee cord to help support the lateral longitudinal arch, the medial longitudinal arch and the transverse arches. This lengthening enables the muscle to store energy which is used to help transfer weight ...
... In real life movements like walking and running the peroneus longus lengthens under load like a bungee cord to help support the lateral longitudinal arch, the medial longitudinal arch and the transverse arches. This lengthening enables the muscle to store energy which is used to help transfer weight ...
A design of laryngeal structures for a physiological articulatory model
... on the thyroid lamina to provide attacments for the thyrohyoid and sternothyroid muscles. In a similar way, the cricoid cartilage is modeled by eight mass-points and connected by 12 rigid beams to establish two rectangular planes (front arch and posterior plate) to join the bilateral quadrilateral p ...
... on the thyroid lamina to provide attacments for the thyrohyoid and sternothyroid muscles. In a similar way, the cricoid cartilage is modeled by eight mass-points and connected by 12 rigid beams to establish two rectangular planes (front arch and posterior plate) to join the bilateral quadrilateral p ...
Unit 17: Temporal and Infratemporal Fossa
... arrangement of its branches may differ from person to person (Plates 36, 65; 7.47, 7.58). The branches of the maxillary artery tend to follow the branches of the mandibular division of the trigeminal nerve, so these will be described first nerve (Plates 42, 67; 7.47, 7.49). Lift up Lift up the tempo ...
... arrangement of its branches may differ from person to person (Plates 36, 65; 7.47, 7.58). The branches of the maxillary artery tend to follow the branches of the mandibular division of the trigeminal nerve, so these will be described first nerve (Plates 42, 67; 7.47, 7.49). Lift up Lift up the tempo ...
Upper extremity-I
... axillary nerve. It joins the other short muscles in stabilizing the shoulder joint and, in addition, will produce lateral rotatiÂon of the dependent arm. Teres major arises from an area on the dorsal surface of the lateral border of the scapula below teres minor and from angle of the scapula, and p ...
... axillary nerve. It joins the other short muscles in stabilizing the shoulder joint and, in addition, will produce lateral rotatiÂon of the dependent arm. Teres major arises from an area on the dorsal surface of the lateral border of the scapula below teres minor and from angle of the scapula, and p ...
An unusual case of accessory head of coracobrachialis muscle
... limbs, while the axons of the peripheral nerves grow distally from the ectoderm to reach the muscles and skin [3]. Butz et al. [2] state that signaling mechanisms during embryological development might play a role during the fifth week of development, axons of the spinal nerves grow distally to init ...
... limbs, while the axons of the peripheral nerves grow distally from the ectoderm to reach the muscles and skin [3]. Butz et al. [2] state that signaling mechanisms during embryological development might play a role during the fifth week of development, axons of the spinal nerves grow distally to init ...
You will learn: The Building Blocks of the Human Body and The
... • Understand how our body functions affect our hair, nails and skin. • Build our confidence in making decisions based on a client’s hair, skin and nail condition. • Understand the role that exercise, eating wellbalanced meals and managing our emotions play in regard to a healthy body. • Know what is ...
... • Understand how our body functions affect our hair, nails and skin. • Build our confidence in making decisions based on a client’s hair, skin and nail condition. • Understand the role that exercise, eating wellbalanced meals and managing our emotions play in regard to a healthy body. • Know what is ...
Beyond Pigeon Pose:Yoga for the Hip-Flexed
... binding some structures together, while permeating others to slide smoothly along each other.” ...
... binding some structures together, while permeating others to slide smoothly along each other.” ...
Muscle
Muscle is a soft tissue found in most animals. Muscle cells contain protein filaments of actin and myosin that slide past one another, producing a contraction that changes both the length and the shape of the cell. Muscles function to produce force and motion. They are primarily responsible for maintaining and changing posture, locomotion, as well as movement of internal organs, such as the contraction of the heart and the movement of food through the digestive system via peristalsis.Muscle tissues are derived from the mesodermal layer of embryonic germ cells in a process known as myogenesis. There are three types of muscle, skeletal or striated, cardiac, and smooth. Muscle action can be classified as being either voluntary or involuntary. Cardiac and smooth muscles contract without conscious thought and are termed involuntary, whereas the skeletal muscles contract upon command. Skeletal muscles in turn can be divided into fast and slow twitch fibers.Muscles are predominantly powered by the oxidation of fats and carbohydrates, but anaerobic chemical reactions are also used, particularly by fast twitch fibers. These chemical reactions produce adenosine triphosphate (ATP) molecules that are used to power the movement of the myosin heads.The term muscle is derived from the Latin musculus meaning ""little mouse"" perhaps because of the shape of certain muscles or because contracting muscles look like mice moving under the skin.