Interactive Knee - bodymechanics.info
... the lateral femoral condyle. Thus the anterior cruciate ligament runs obliquely upwards, posteriorly and laterally from its tibial attachment to its femoral attachment. However, the fibers arising most anteriorly on the tibial plateau are attached most posteriorly on the lateral femoral condyle, and ...
... the lateral femoral condyle. Thus the anterior cruciate ligament runs obliquely upwards, posteriorly and laterally from its tibial attachment to its femoral attachment. However, the fibers arising most anteriorly on the tibial plateau are attached most posteriorly on the lateral femoral condyle, and ...
term 3 answers to questions - Hatzalah of Miami-Dade
... 26. Perineal nerve from pudendal nerve and its posterior scrotal branches. Also anterior branches of the posterior femoral cutaneous nerve. 27. Superior rectal from inferior mesenteric artery, middle rectal from internal iliac and inferior rectal from internal pudendal artery (internal iliac). All a ...
... 26. Perineal nerve from pudendal nerve and its posterior scrotal branches. Also anterior branches of the posterior femoral cutaneous nerve. 27. Superior rectal from inferior mesenteric artery, middle rectal from internal iliac and inferior rectal from internal pudendal artery (internal iliac). All a ...
Soft Palate
... erupted by the end of 2 years. The teeth of the lower jaw usually appear before those of the upper jaw. Permanent Teeth There are 32 permanent teeth The Tongue The tongue is a mass of striated muscle covered with mucous membrane . The muscles attach the tongue to the styloid process and the soft pal ...
... erupted by the end of 2 years. The teeth of the lower jaw usually appear before those of the upper jaw. Permanent Teeth There are 32 permanent teeth The Tongue The tongue is a mass of striated muscle covered with mucous membrane . The muscles attach the tongue to the styloid process and the soft pal ...
blood supply of brain
... COMMON CAROTID ARTERY • 70% blood is delivered to ICA • Carotid bifurcation is a physiological stenosis due to inertial forces of blood flow divert main flow stream from midvessel to a path along vessel margin at flow divider • CCA divides lateral to upper border of thyriod cartilage: C3-4 intervert ...
... COMMON CAROTID ARTERY • 70% blood is delivered to ICA • Carotid bifurcation is a physiological stenosis due to inertial forces of blood flow divert main flow stream from midvessel to a path along vessel margin at flow divider • CCA divides lateral to upper border of thyriod cartilage: C3-4 intervert ...
(FOR QUESTIONS 1-5, SEE PICTURES AT THE END OF THIS
... c. A sprain to the 1st metatarsal phalangeal joint d. Inflammation of the connective tissue on the posterior surface of the foot During an injury evaluation, in which order would you conduct the following: a. Special test, history, observation, palpation b. history, observation, palpation, Special t ...
... c. A sprain to the 1st metatarsal phalangeal joint d. Inflammation of the connective tissue on the posterior surface of the foot During an injury evaluation, in which order would you conduct the following: a. Special test, history, observation, palpation b. history, observation, palpation, Special t ...
Anatomy- Maxilla - UK Implantology Year Course
... – the body is the largest part and is pyramidal in shape ...
... – the body is the largest part and is pyramidal in shape ...
Lecture 8 – Head and Jaw osteology
... •Most fish have two "inner" ears with no direct fluid connection to their environment. The fish ear consists of three endolymph-filled semicircular canals, each of which contains a bony mass, the otolith, suspended <100 microns above the macular membrane densely covered with more than 100,000 hair c ...
... •Most fish have two "inner" ears with no direct fluid connection to their environment. The fish ear consists of three endolymph-filled semicircular canals, each of which contains a bony mass, the otolith, suspended <100 microns above the macular membrane densely covered with more than 100,000 hair c ...
Slide 1 - UMF Iasi
... mediastinum. This step can easily be accomplished putting a hand-held retractor under the sternum and lifting it. ...
... mediastinum. This step can easily be accomplished putting a hand-held retractor under the sternum and lifting it. ...
D23-1 UNIT 23. DISSECTION: PHARYNX AND LARYNX
... 4. Clean and identify the structures at the base of the skull. First note the internal jugular vein at the base of the skull (N. 69 - 71, 73, 76; G. 8.23). Find the spinal accessory nerve at its entrance into the sternocleidomstoid muscle and trace it proximally toward the jugular foramen. Note the ...
... 4. Clean and identify the structures at the base of the skull. First note the internal jugular vein at the base of the skull (N. 69 - 71, 73, 76; G. 8.23). Find the spinal accessory nerve at its entrance into the sternocleidomstoid muscle and trace it proximally toward the jugular foramen. Note the ...
PDF Lecture 6 - Dr. Stuart Sumida
... Rotatores brevis Origin & Insertion: Between transverse and spinous processes of adjacent vertebrae) of T1-12. Innervation: Segmental spinal nerves Rotatores longi Origin & Insertion: Between transverse and spinous processes skipping one vertebrae) of T1-12. Innervation: Segmental spinal nerves Fun ...
... Rotatores brevis Origin & Insertion: Between transverse and spinous processes of adjacent vertebrae) of T1-12. Innervation: Segmental spinal nerves Rotatores longi Origin & Insertion: Between transverse and spinous processes skipping one vertebrae) of T1-12. Innervation: Segmental spinal nerves Fun ...
neuroanatomy 10 [4-20
... Asymptomatic or Hemiballinismus (involuntary rotatory movements, one sided or one limb) 15. What causes ataxic hemiparesis? What is it? Damage to propioceptive or cerebellar circuitry, not cerebellum itself like in plain ataxia Like pure motor hemiparesis (and same causes), but with ipsilatera ...
... Asymptomatic or Hemiballinismus (involuntary rotatory movements, one sided or one limb) 15. What causes ataxic hemiparesis? What is it? Damage to propioceptive or cerebellar circuitry, not cerebellum itself like in plain ataxia Like pure motor hemiparesis (and same causes), but with ipsilatera ...
The lower leg is formed by the tibia and fibula which articulate
... lost from competition or practice. Most injuries to the ankle involve the lateral ligaments which are made up of the posterior talofibular, anterior talofibular, and calcaneofibular ligaments. Ankle sprains less commonly seen involve the medial “deltoid” ankle ligaments made up of the anterior tibio ...
... lost from competition or practice. Most injuries to the ankle involve the lateral ligaments which are made up of the posterior talofibular, anterior talofibular, and calcaneofibular ligaments. Ankle sprains less commonly seen involve the medial “deltoid” ankle ligaments made up of the anterior tibio ...
CNS-1 Introduction to the CNS. General organization. Spinal cord
... should understand the meaning of basic terms used in neuroanatomy; should know the meninges of the CNS and be able to list their extensions; should be able to give a general description of the specimen of encephalon; should be able to recognize and identify main elements of the encephalon; should kn ...
... should understand the meaning of basic terms used in neuroanatomy; should know the meninges of the CNS and be able to list their extensions; should be able to give a general description of the specimen of encephalon; should be able to recognize and identify main elements of the encephalon; should kn ...
Anterior Forearm and Wrist
... Anterior Forearm and Wrist Objectives: 1. To become familiar with the surface anatomy of the forearm. 2. To study the flexor muscles located in the forearm, with respect to their relationships, attachments, actions, nerve supply, and blood supply. 3. To study the radial and ulnar vessels. 4. To stud ...
... Anterior Forearm and Wrist Objectives: 1. To become familiar with the surface anatomy of the forearm. 2. To study the flexor muscles located in the forearm, with respect to their relationships, attachments, actions, nerve supply, and blood supply. 3. To study the radial and ulnar vessels. 4. To stud ...
MUSCULAR SYSTEM
... You are expected to be able to identify these muscles on the models. Cadavers may be used in your lab to assist your learning – however, cadavers will NOT be on the practical exam. HEAD & NECK Move the head: Sternocleidomastoid Facial expression: Frontalis (frontal belly of epicranius) Occipitalis ( ...
... You are expected to be able to identify these muscles on the models. Cadavers may be used in your lab to assist your learning – however, cadavers will NOT be on the practical exam. HEAD & NECK Move the head: Sternocleidomastoid Facial expression: Frontalis (frontal belly of epicranius) Occipitalis ( ...
ANNELID LAB Phylum Annelida Class Oligochaeta 1. Lumbricus
... Annelids are typically bilaterally symmetrical, elongate in an anterio-posteriordirection, cylindrical in cross section, and divided externally by a series of rings into body segments (metameres). The external segmentation is reflected by the arrangement of the internal organs, which are serially re ...
... Annelids are typically bilaterally symmetrical, elongate in an anterio-posteriordirection, cylindrical in cross section, and divided externally by a series of rings into body segments (metameres). The external segmentation is reflected by the arrangement of the internal organs, which are serially re ...
MRI - Penn Medicine
... • Sx: sensation of instability, click, pain • Several types (4 to 10), depending on – extent of labral tear – long head of biceps involvement – glenohumeral ligament involvement ...
... • Sx: sensation of instability, click, pain • Several types (4 to 10), depending on – extent of labral tear – long head of biceps involvement – glenohumeral ligament involvement ...
20.脊神经
... gluteus maximus, passing midway between the greater trochanter of femur and ischial tuberosity to back of thigh, lying deep to long head of biceps femoris, normally divided into tibial and common peroneal nerves just above popliteal fossa; ...
... gluteus maximus, passing midway between the greater trochanter of femur and ischial tuberosity to back of thigh, lying deep to long head of biceps femoris, normally divided into tibial and common peroneal nerves just above popliteal fossa; ...
urinary system
... ventral to the m. psoas major where it crosses the testicular (ovaric) vessels (anterior to the ureter) and the genitofemoral nerve (posterior to the ureter); the pelvic part crosses the ductus deferens that lies between the bladder and the ureter in male. In female this part crosses the uterine art ...
... ventral to the m. psoas major where it crosses the testicular (ovaric) vessels (anterior to the ureter) and the genitofemoral nerve (posterior to the ureter); the pelvic part crosses the ductus deferens that lies between the bladder and the ureter in male. In female this part crosses the uterine art ...
figure 98-1
... veins. C, The anterior inferior portion of the left major fissure may be developed by connecting the dissection around the pulmonary arteries (A) with the ...
... veins. C, The anterior inferior portion of the left major fissure may be developed by connecting the dissection around the pulmonary arteries (A) with the ...
Arthropod head problem
The arthropod head problem is a long-standing zoological dispute concerning the segmental composition of the heads of the various arthropod groups, and how they are evolutionarily related to each other. While the dispute has historically centered on the exact make-up of the insect head, it has been widened to include other living arthropods such as the crustaceans and chelicerates; and fossil forms, such as the many arthropods known from exceptionally preserved Cambrian faunas. While the topic has classically been based on insect embryology, in recent years a great deal of developmental molecular data has become available. Dozens of more or less distinct solutions to the problem, dating back to at least 1897, have been published, including several in the 2000s.The arthropod head problem is popularly known as the ""endless dispute"", the title of a famous paper on the subject by Jacob G. Rempel in 1975, referring to its seemingly intractable nature. Although some progress has been made since that time, the precise nature of especially the labrum and the pre-oral region of arthropods remain highly controversial.