Ankle Anatomy - Orthopedic and Sports Physical Therapy
... bones to bones. Ligaments are very similar to tendons. The difference is that tendons attach muscles to bones. Both of these structures are made up of small fibers of a material called collagen. The collagen fibers are bundled together to form a rope-like structure. Ligaments and tendons come in man ...
... bones to bones. Ligaments are very similar to tendons. The difference is that tendons attach muscles to bones. Both of these structures are made up of small fibers of a material called collagen. The collagen fibers are bundled together to form a rope-like structure. Ligaments and tendons come in man ...
Our Human Body - On-site student activities
... Label all of the parts on your picture that make it easy for other people to recognise you. ...
... Label all of the parts on your picture that make it easy for other people to recognise you. ...
The Cnidarians and Flatworms Laboratory
... The adult tapeworms live in the small intestines of the final host (the host which harbors the adult stage) and do not have a digestive system. The tapeworm’s scolex (headregion) has an assortment of hooks or suckers for attachment to the final host’s small intestine. The remaining body is divided i ...
... The adult tapeworms live in the small intestines of the final host (the host which harbors the adult stage) and do not have a digestive system. The tapeworm’s scolex (headregion) has an assortment of hooks or suckers for attachment to the final host’s small intestine. The remaining body is divided i ...
Scientists from the Natural History Museum and Göteborg University
... Platyhelminthes - Flatworms – Central nervous system (brain) – Muscles – Flat and thin so gas and nutrients can diffuse right into their body – Incomplete DT – No body cavity – Hermaphrodites: sexual and asexual reproduction ...
... Platyhelminthes - Flatworms – Central nervous system (brain) – Muscles – Flat and thin so gas and nutrients can diffuse right into their body – Incomplete DT – No body cavity – Hermaphrodites: sexual and asexual reproduction ...
Types of Tissues
... The human body contains more than 200 types of cells that can all be classified into four types of tissues: epithelial, connective, muscle, and nervous. Epithelial tissues act as coverings controlling the movement of materials across the surface. Connective tissue integrates the various parts of the ...
... The human body contains more than 200 types of cells that can all be classified into four types of tissues: epithelial, connective, muscle, and nervous. Epithelial tissues act as coverings controlling the movement of materials across the surface. Connective tissue integrates the various parts of the ...
Structural Organization and Body Systems obj 1 PP 08282014
... and part of the adult skeleton. Tendons white bands of connective tissue attaching skeletal muscle to bone. Ligaments strong, flexible bands of connective tissue that hold bones firmly together at the joints. Blood/Lymph liquid blood tissue and lymph tissue. Bone hardened bone tissue that supports a ...
... and part of the adult skeleton. Tendons white bands of connective tissue attaching skeletal muscle to bone. Ligaments strong, flexible bands of connective tissue that hold bones firmly together at the joints. Blood/Lymph liquid blood tissue and lymph tissue. Bone hardened bone tissue that supports a ...
Bilateral symmetry - Cal State LA
... - bilateral symmetry (dorsal - ventral, anterior – posterior axes) - triploblastic: mesoderm complex organs, muscle tissue - cephalization: sensory structures concentrated on head, the 1st region to encounter new environments Limitations of flatworm body plan: - rely on diffusion for respiration: ...
... - bilateral symmetry (dorsal - ventral, anterior – posterior axes) - triploblastic: mesoderm complex organs, muscle tissue - cephalization: sensory structures concentrated on head, the 1st region to encounter new environments Limitations of flatworm body plan: - rely on diffusion for respiration: ...
Structural Organization and Body Systems obj 1 PP 08282014
... and part of the adult skeleton. Tendons white bands of connective tissue attaching skeletal muscle to bone. Ligaments strong, flexible bands of connective tissue that hold bones firmly together at the joints. Blood/Lymph liquid blood tissue and lymph tissue. Bone hardened bone tissue that supports a ...
... and part of the adult skeleton. Tendons white bands of connective tissue attaching skeletal muscle to bone. Ligaments strong, flexible bands of connective tissue that hold bones firmly together at the joints. Blood/Lymph liquid blood tissue and lymph tissue. Bone hardened bone tissue that supports a ...
Groups
... the medial cut. You will cut through some ribs and you will stop as you come to the back. Your cut is close to the diaphragm that separates thoracic from abdominal cavity. The second cut is at the posterior end of the dorsal cavity – see the figure below. Open up the flaps laterally. ...
... the medial cut. You will cut through some ribs and you will stop as you come to the back. Your cut is close to the diaphragm that separates thoracic from abdominal cavity. The second cut is at the posterior end of the dorsal cavity – see the figure below. Open up the flaps laterally. ...
Basic Anatomy of the Nose Required for Rhinoplasty
... during surgery will set off a three-dimensional chain of alterations. As such, rhinoplasty surgeons need to have an in-depth knowledge not only on the anatomical and structural map of the nose, but also on the potential threedimensional changes that may occur as a result of the surgery. ...
... during surgery will set off a three-dimensional chain of alterations. As such, rhinoplasty surgeons need to have an in-depth knowledge not only on the anatomical and structural map of the nose, but also on the potential threedimensional changes that may occur as a result of the surgery. ...
Surgical Anatomy of Urogenital Diaphragm and Course
... Posterior to the perineal body and around the anorectum, the striated muscle complex of the external anal sphincter was seen and well developed in all the patients, with anterior displacement of the perineal body, external anal sphincter, and anorectum. The triangular space between the ischiocaverno ...
... Posterior to the perineal body and around the anorectum, the striated muscle complex of the external anal sphincter was seen and well developed in all the patients, with anterior displacement of the perineal body, external anal sphincter, and anorectum. The triangular space between the ischiocaverno ...
Science - edl.io
... produced when foods containing protein, such as meat, poultry, and certain vegetables, are broken down in the liver. Urea may also leave your body in sweat. The Sphincter Muscles and the Urethra Circular muscles called sphincters help keep urine from leaking. The sphincter muscles close tightly like ...
... produced when foods containing protein, such as meat, poultry, and certain vegetables, are broken down in the liver. Urea may also leave your body in sweat. The Sphincter Muscles and the Urethra Circular muscles called sphincters help keep urine from leaking. The sphincter muscles close tightly like ...
Skull notes
... • Usually consists of 22 bones, all of which (except the lower jaw) are firmly interlocked along lines called “sutures”. – Cranium = 8 bones – Facial skeleton = 13 bones + lower jaw – Lower jaw bone is called the mandible, and is the only movable bone. ...
... • Usually consists of 22 bones, all of which (except the lower jaw) are firmly interlocked along lines called “sutures”. – Cranium = 8 bones – Facial skeleton = 13 bones + lower jaw – Lower jaw bone is called the mandible, and is the only movable bone. ...
Degree of Enhancement in Extraocular Muscles in Patients
... various status of hyperthyroidism (Table). For each EOM, there was a trend that EOM to temporal muscle ratio decrease in the order of normal, patients without exopthalmus, patients without hypertrophy of EOMs but with exopthalmus and patients with hypertrophy of EOMs and exopthalmus (Figure). EOM to ...
... various status of hyperthyroidism (Table). For each EOM, there was a trend that EOM to temporal muscle ratio decrease in the order of normal, patients without exopthalmus, patients without hypertrophy of EOMs but with exopthalmus and patients with hypertrophy of EOMs and exopthalmus (Figure). EOM to ...
Fibula flap Flap Territory This includes a segment of the fibular bone
... suprafascially (Fig 2) - this protects the sural nerve and short saphenous vein posteriorly as well as the peroneal tendons anteriorly by not exposing them. ...
... suprafascially (Fig 2) - this protects the sural nerve and short saphenous vein posteriorly as well as the peroneal tendons anteriorly by not exposing them. ...
MC - WordPress.com
... b. The tracheobronchial nodes are located at the bifurcation and sides of the trachea. c. The bronchomediastinal trunks may drain into the right lymphatic duct and the thoracic duct. d. Lymph drainage from the lungs is entirely ipsilateral (i.e., to the same side). e. The superficial (subpleural) ly ...
... b. The tracheobronchial nodes are located at the bifurcation and sides of the trachea. c. The bronchomediastinal trunks may drain into the right lymphatic duct and the thoracic duct. d. Lymph drainage from the lungs is entirely ipsilateral (i.e., to the same side). e. The superficial (subpleural) ly ...
End of Chapter 8 Questions
... Saddle Variety of movements. 16. Name the parts that comprise the shoulder joint. The shoulder joint consists of the head of the humerus and the glenoid cavity of the scapula. 17. Name the major ligaments associated with the shoulder joint. Coracohumeral ligament—Connects the coracoid process of the ...
... Saddle Variety of movements. 16. Name the parts that comprise the shoulder joint. The shoulder joint consists of the head of the humerus and the glenoid cavity of the scapula. 17. Name the major ligaments associated with the shoulder joint. Coracohumeral ligament—Connects the coracoid process of the ...
Chapter 1, Introduction to Human Anatomy/physiology
... the remainder of the small and large intestines, remainder of the ureters, vermiform appendix, and internal portions of the reproductive organs of the male (_) and female (_); male reproductive organs (seminal vesicles, prostate) and female reproductive organs (ovaries, fallopian tubes, uterus, cerv ...
... the remainder of the small and large intestines, remainder of the ureters, vermiform appendix, and internal portions of the reproductive organs of the male (_) and female (_); male reproductive organs (seminal vesicles, prostate) and female reproductive organs (ovaries, fallopian tubes, uterus, cerv ...
hand anatomy
... Anterior inerosseous innervates IP flexors and pronator quadratus. Travels down the forearm between FDS and FDP. Enters the hand through the carpal tunnel, (with FDS + FDP tendons). Gives off the palmar cutaneous br to skin of wrist and palm which is superficial to the flexor retinaculum. ...
... Anterior inerosseous innervates IP flexors and pronator quadratus. Travels down the forearm between FDS and FDP. Enters the hand through the carpal tunnel, (with FDS + FDP tendons). Gives off the palmar cutaneous br to skin of wrist and palm which is superficial to the flexor retinaculum. ...
USW Scan Plan Infra-Clavicular to Terminal Nerves
... a. Scan Path: Scan from the cubital fossa lateral to the bicep tendon in a spiral path to the mid humerus lateral and behind the deltoid insertion b. Start at the cubital fossa and i. Anatomy recall: 1. the radial nerve is in between the brachialis and the brachio-radialis 2. from the axilla, it has ...
... a. Scan Path: Scan from the cubital fossa lateral to the bicep tendon in a spiral path to the mid humerus lateral and behind the deltoid insertion b. Start at the cubital fossa and i. Anatomy recall: 1. the radial nerve is in between the brachialis and the brachio-radialis 2. from the axilla, it has ...
The mandible osteology
... projection from the posterosuperior part of the ramus . Its upper end is expanded from side to side to form the head. The head is covered with fibrocartilage and articulates with the temopral bone to form the temporomandibular joint . below the head is the neck.its anterior surface presents a depres ...
... projection from the posterosuperior part of the ramus . Its upper end is expanded from side to side to form the head. The head is covered with fibrocartilage and articulates with the temopral bone to form the temporomandibular joint . below the head is the neck.its anterior surface presents a depres ...
Chapter 7: The Skeleton - Blair Community Schools
... 2. It articulates with L5 superiorly, and with the auricular surfaces of the hip bones 3. Major markings a. sacral promontory b. transverse lines c. alae d. dorsal sacral ...
... 2. It articulates with L5 superiorly, and with the auricular surfaces of the hip bones 3. Major markings a. sacral promontory b. transverse lines c. alae d. dorsal sacral ...
Skeletal System
... Bone is in constant state of flux: dissolution and deposition Hormonal control of osteocytes by endocrine glands lateral to thyroid gland Parathyroid gland: parathyroid hormone, stimulates osteoclasts, increases blood Ca+2 Ultimobranchial bodies: calcitonin, stimulates osteoblasts, decreases blood C ...
... Bone is in constant state of flux: dissolution and deposition Hormonal control of osteocytes by endocrine glands lateral to thyroid gland Parathyroid gland: parathyroid hormone, stimulates osteoclasts, increases blood Ca+2 Ultimobranchial bodies: calcitonin, stimulates osteoblasts, decreases blood C ...
The Spinal Nerves
... dorsum of foot; supplies anterior muscles of leg, and skin of first interdigital cleft Superficial peroneal Arises between peroneus longus and neck of fibula and descends in lateral compartment of leg; supplies peroneus longus and brevis and skin on anterior surface of leg and dorsum of foot ...
... dorsum of foot; supplies anterior muscles of leg, and skin of first interdigital cleft Superficial peroneal Arises between peroneus longus and neck of fibula and descends in lateral compartment of leg; supplies peroneus longus and brevis and skin on anterior surface of leg and dorsum of foot ...
Anatomical terminology
Anatomical terminology is used by anatomists and zoologists, in scientific journals, textbooks, and by doctors and other health professionals. Anatomical terminology contains a variety of unique and possibly confusing terms to describe the anatomical location and action of different structures. By using this terminology, anatomists hope to be more precise and reduce errors and ambiguity. For example, is a scar ""above the wrist"" located on the forearm two or three inches away from the hand? Or is it at the base of the hand? Is it on the palm-side or back-side? By using precise anatomical terminology, ambiguity is eliminated.Anatomical terms derive from Ancient Greek and Latin words, and because these languages are no longer used in everyday conversation, the meaning of their words does not change. The current international standard is the Terminologia Anatomica.