Dr. Kaan Yücel http://yeditepeanatomy1.org Yeditepe Anatomy
... anterior to the lumbar transverse processes. The lumbar plexus is formed by the anterior rami of upper four lumbar spinal nerves (with contributions from the fifth lumbar spinal nerve) and from the contribution of subcostal nerve (T12) in the lumbar region, within the psoas major muscle. It is prese ...
... anterior to the lumbar transverse processes. The lumbar plexus is formed by the anterior rami of upper four lumbar spinal nerves (with contributions from the fifth lumbar spinal nerve) and from the contribution of subcostal nerve (T12) in the lumbar region, within the psoas major muscle. It is prese ...
Dr. Kaan Yücel http://yeditepeanatomy1.org Yeditepe Anatomy
... anterior to the lumbar transverse processes. The lumbar plexus is formed by the anterior rami of upper four lumbar spinal nerves (with contributions from the fifth lumbar spinal nerve) and from the contribution of subcostal nerve (T12) in the lumbar region, within the psoas major muscle. It is prese ...
... anterior to the lumbar transverse processes. The lumbar plexus is formed by the anterior rami of upper four lumbar spinal nerves (with contributions from the fifth lumbar spinal nerve) and from the contribution of subcostal nerve (T12) in the lumbar region, within the psoas major muscle. It is prese ...
1. MUSCLES OF UPPER EXTERMITY
... bases of the terminal phalanges of 2nd – 5th finger flexion in the proximal and distal interphalangeal joints; flexion in the metacarpophalangeal joints; flexion in radiocarpal joints part for 2nd and 3rd finger by median nerve; part for 4th and 5th finger by ulnar nerve insertion tendons run throug ...
... bases of the terminal phalanges of 2nd – 5th finger flexion in the proximal and distal interphalangeal joints; flexion in the metacarpophalangeal joints; flexion in radiocarpal joints part for 2nd and 3rd finger by median nerve; part for 4th and 5th finger by ulnar nerve insertion tendons run throug ...
L11- Forearm
... The 2 bones articulating with each other in superior and inferior radioulnar joints. The two bones are connected together by the interosseous membrane. This membrane allows movement of Pronation and Supination while the two bones are connected together. Also it gives origin for the deep muscles. ...
... The 2 bones articulating with each other in superior and inferior radioulnar joints. The two bones are connected together by the interosseous membrane. This membrane allows movement of Pronation and Supination while the two bones are connected together. Also it gives origin for the deep muscles. ...
CHAPTER 10
... zygomatic arch (see Fig. 9-19). The insertion occupies virtually the whole outer surface of the mandibular ramus below the mandibular notch. The masseter is a muscle of considerable thickness, with deeper fibers running a somewhat different course than more superficial ones. Although the origins of ...
... zygomatic arch (see Fig. 9-19). The insertion occupies virtually the whole outer surface of the mandibular ramus below the mandibular notch. The masseter is a muscle of considerable thickness, with deeper fibers running a somewhat different course than more superficial ones. Although the origins of ...
Test #2
... between 2-5 questions on every 100-point exam are ambiguous enough to come out “aberrant” on an item analysis, the total number of points possible on this exam is 104. However, grades will be calculated out of a possible 100 points, assuming that 2—3 questions on this exam are aberrant. Section 1: ...
... between 2-5 questions on every 100-point exam are ambiguous enough to come out “aberrant” on an item analysis, the total number of points possible on this exam is 104. However, grades will be calculated out of a possible 100 points, assuming that 2—3 questions on this exam are aberrant. Section 1: ...
оперативная хирургия и топографическая анатомия operative
... 45. By what nerve are all the mimic muscles of the face supplied? a. vagus nerve; b. facial nerve; c. trigeminal nerve; d. greater occipital nerve; e. great auricular nerve. 46. What are the processes of fat lump of the cheek? a. orbital process; b. pharyngeal process; c. temporal process; d. ptery ...
... 45. By what nerve are all the mimic muscles of the face supplied? a. vagus nerve; b. facial nerve; c. trigeminal nerve; d. greater occipital nerve; e. great auricular nerve. 46. What are the processes of fat lump of the cheek? a. orbital process; b. pharyngeal process; c. temporal process; d. ptery ...
KINESIOLOGY TRACING GUIDE
... Always trace using only the index fingers of both hands o Start at attachment #1 (origin OR insertion) with index fingers together o Glide fingers towards attachment #2 (origin or insertion) while spreading fingers apart to show the width of the muscle belly and fiber direction o Bring Index finge ...
... Always trace using only the index fingers of both hands o Start at attachment #1 (origin OR insertion) with index fingers together o Glide fingers towards attachment #2 (origin or insertion) while spreading fingers apart to show the width of the muscle belly and fiber direction o Bring Index finge ...
Keys to Passing the Practical Exam
... Always trace using only the index fingers of both hands o Start at attachment #1 (origin OR insertion) with index fingers together o Glide fingers towards attachment #2 (origin or insertion) while spreading fingers apart to show the width of the muscle belly and fiber direction o Bring Index finge ...
... Always trace using only the index fingers of both hands o Start at attachment #1 (origin OR insertion) with index fingers together o Glide fingers towards attachment #2 (origin or insertion) while spreading fingers apart to show the width of the muscle belly and fiber direction o Bring Index finge ...
Pelvic and thigh musculature in frogs (Anura) and origin of anuran
... in Table 1. Muscle nomenclature in frogs principally follows that of Gaupp (1896) and that of caudates follows Francis (1934). ...
... in Table 1. Muscle nomenclature in frogs principally follows that of Gaupp (1896) and that of caudates follows Francis (1934). ...
International Journal of Research and Reviews in Pharmacy
... of the interosseous membrane, and the anterior crural intermuscular septum. The tendon passes behind the superior extensor retinaculum and within the loop of the inferior extensor retinaculum it shares with extensor digitorum longus. Peroneus tertius lies lateral to extensor digitorum longus. It is ...
... of the interosseous membrane, and the anterior crural intermuscular septum. The tendon passes behind the superior extensor retinaculum and within the loop of the inferior extensor retinaculum it shares with extensor digitorum longus. Peroneus tertius lies lateral to extensor digitorum longus. It is ...
On the basis of animal function
... What is life ? What is physiology ? How is life mantained ? What is structure - function ? What is energy, where does it comes from, how is it used and how is it controlled ? ...
... What is life ? What is physiology ? How is life mantained ? What is structure - function ? What is energy, where does it comes from, how is it used and how is it controlled ? ...
1. Supination of the hand and forearm would be diminished by loss
... important for flexion and extension of the hand. As for the "ulnocarpal joint," the ulna does not articulate with the carpal bones--it articulates with the distal end of the radius only. ...
... important for flexion and extension of the hand. As for the "ulnocarpal joint," the ulna does not articulate with the carpal bones--it articulates with the distal end of the radius only. ...
Anomalous origin of the Abductor Pollicis Longus (APL): clinical and
... were the ones that most came to the variation found by our study. In their dissections, they report to have found a rare variation on the origin of the abductor pollicis longus in the forearm of a male cadaver. The fibers of the muscle were organized like two distinct venters, one anterior and anoth ...
... were the ones that most came to the variation found by our study. In their dissections, they report to have found a rare variation on the origin of the abductor pollicis longus in the forearm of a male cadaver. The fibers of the muscle were organized like two distinct venters, one anterior and anoth ...
“Facial squaring” in the aging process
... orbicular fat, resulting in palpebral bags, in addition to contributing to the fall of the eyebrow tail, to the onset of periocular rhytids (crow’s feet), and to the increase in cutaneous ptosis in the palpebral region. Repeated contractions of the corrugator supercilii muscle expel the deep fat com ...
... orbicular fat, resulting in palpebral bags, in addition to contributing to the fall of the eyebrow tail, to the onset of periocular rhytids (crow’s feet), and to the increase in cutaneous ptosis in the palpebral region. Repeated contractions of the corrugator supercilii muscle expel the deep fat com ...
The anatomy of the posterolateral aspect of the rabbit knee
... the posterolateral aspect of the rabbit knee. While there is information in the literature on the evolution and comparative anatomy of the knee joint of different species, most of these articles deal with general features and were not detailed enough to allow a proper assessment of their specific an ...
... the posterolateral aspect of the rabbit knee. While there is information in the literature on the evolution and comparative anatomy of the knee joint of different species, most of these articles deal with general features and were not detailed enough to allow a proper assessment of their specific an ...
Practical training № 6
... 1. What is supraspinous osseous- fibrous sheath formed by? 2. What is situated in supraspinous osseous- fibrous sheath of scapula area? 3. What is infraspinous osseous- fibrous sheath formed by? 4. What is situated in infraspinous osseous- fibrous sheath of scapula area? 5. Name the possible ways of ...
... 1. What is supraspinous osseous- fibrous sheath formed by? 2. What is situated in supraspinous osseous- fibrous sheath of scapula area? 3. What is infraspinous osseous- fibrous sheath formed by? 4. What is situated in infraspinous osseous- fibrous sheath of scapula area? 5. Name the possible ways of ...
to Howard Eddey`s Anatomical Abstracts
... above the clavicle. Passing outwards across the posterior triangle and across the roots of the branchial plexus is the transverse cervical artery which divides into superficial and deep branches at the anterior border of the levator scapulae. The deep branch passes beneath the levator scapulae to ru ...
... above the clavicle. Passing outwards across the posterior triangle and across the roots of the branchial plexus is the transverse cervical artery which divides into superficial and deep branches at the anterior border of the levator scapulae. The deep branch passes beneath the levator scapulae to ru ...
on the anatomy of the red bird of paradise, with comparative remarks
... M. tensorpatagii longus.--This is a small bundle (25 mm. in length, but only about one-fourth the bulk of the preceding muscle), which arises anterior and superior to the tensor patagii brevis. The fibrous tendon (elastic proximally, but inelastic distally) passesdistad in the anterior margin of the ...
... M. tensorpatagii longus.--This is a small bundle (25 mm. in length, but only about one-fourth the bulk of the preceding muscle), which arises anterior and superior to the tensor patagii brevis. The fibrous tendon (elastic proximally, but inelastic distally) passesdistad in the anterior margin of the ...
ANATOMY
... Superficial Fascia The superficial fascia lies beneath the skin and is composed of loose connective tissue, fat, the platysma muscle, and small unnamed nerves and blood vessels (Fig. 2.8). The surgeon should remember that the cutaneous nerves of the neck and the anterior and external jugular veins a ...
... Superficial Fascia The superficial fascia lies beneath the skin and is composed of loose connective tissue, fat, the platysma muscle, and small unnamed nerves and blood vessels (Fig. 2.8). The surgeon should remember that the cutaneous nerves of the neck and the anterior and external jugular veins a ...
CHAPTER 3
... The series of vertebral bodies form a pressure-bearing rod that gives rigidity to the trunk. Yet one does not want a completely rigid trunk such as would occur if the bodies of adjacent vertebrae were fused together. Thus, between the bodies of adjacent vertebrae there develops a most clever connect ...
... The series of vertebral bodies form a pressure-bearing rod that gives rigidity to the trunk. Yet one does not want a completely rigid trunk such as would occur if the bodies of adjacent vertebrae were fused together. Thus, between the bodies of adjacent vertebrae there develops a most clever connect ...
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.