Skeletal System
... This laboratory is to introduce you to the skeletal systems of various vertebrates. As you examine the skeletal features for each group, you will associate their particular structure with the following types of locomotion: cursorial (very fast running), fossorial (digging), flight, swimming and move ...
... This laboratory is to introduce you to the skeletal systems of various vertebrates. As you examine the skeletal features for each group, you will associate their particular structure with the following types of locomotion: cursorial (very fast running), fossorial (digging), flight, swimming and move ...
EEB 4275 (Invertebrate Zoology)
... triploblastic organisms-including the arrangement of the ectoderm, endoderm, and mesoderm (if relevant) and various body cavities in each; tissue types produced by (i.e., fates of 3 embryonic germ layers). be able to illustrate the different configurations of the body cavity (acoelomate, blastocoelo ...
... triploblastic organisms-including the arrangement of the ectoderm, endoderm, and mesoderm (if relevant) and various body cavities in each; tissue types produced by (i.e., fates of 3 embryonic germ layers). be able to illustrate the different configurations of the body cavity (acoelomate, blastocoelo ...
Gross Anatomy Lungs
... At the end of lecture the student should be able to: 1. Understand the gross description of lung with relation to its borders and surfaces 2. The detailed structure of right and left lungs and the difference between them 3. The root of lung and the structures forming it 4. The bronco pulmonary segme ...
... At the end of lecture the student should be able to: 1. Understand the gross description of lung with relation to its borders and surfaces 2. The detailed structure of right and left lungs and the difference between them 3. The root of lung and the structures forming it 4. The bronco pulmonary segme ...
4-brachial plexus & Lumbosacral Plexus-20152015-08
... of sensation of skin of anteromedial aspects of the thigh, medial side of knee, leg and foot (Saphenous br.of femoral). ...
... of sensation of skin of anteromedial aspects of the thigh, medial side of knee, leg and foot (Saphenous br.of femoral). ...
File
... • Acromion- superior and posterior • Coracoid – inferior and anterior • Meets humerus at the glenoid fossa (shoulder joint) ...
... • Acromion- superior and posterior • Coracoid – inferior and anterior • Meets humerus at the glenoid fossa (shoulder joint) ...
2017 Kidney Lab STUDENT
... -Right kidney may be palpable ~2-3 finger’s breadth above supracristal plane; left kidney usually not palpable unless enlarged/displaced -Kidneys offered protection from 11th and 12th ribs -Note: Ureters approximated by the plane of the transverse processes of lumbar vertebrae ...
... -Right kidney may be palpable ~2-3 finger’s breadth above supracristal plane; left kidney usually not palpable unless enlarged/displaced -Kidneys offered protection from 11th and 12th ribs -Note: Ureters approximated by the plane of the transverse processes of lumbar vertebrae ...
oculomotor nerve
... inferior meatus of the nose . the opening is guarded by a fold of mucous membrane known as the lacrimal fold . this prevents air from being forced up the duct into the lacrimal sac on blowing the nose. ...
... inferior meatus of the nose . the opening is guarded by a fold of mucous membrane known as the lacrimal fold . this prevents air from being forced up the duct into the lacrimal sac on blowing the nose. ...
Frog External Anatomy
... a. Fat Bodies - Spaghetti shaped structures that have a bright orange or yellow color, if you have a particularly fat frog, these fat bodies may need to be removed to see the other structures. Usually they are located just on the inside of the abdominal wall. b. Peritoneum - A spider web like membra ...
... a. Fat Bodies - Spaghetti shaped structures that have a bright orange or yellow color, if you have a particularly fat frog, these fat bodies may need to be removed to see the other structures. Usually they are located just on the inside of the abdominal wall. b. Peritoneum - A spider web like membra ...
Lymphatic vessels
... Fibrous septa divide the tissue of the thymus into lobules resembling interconnected lymphoid nodules. © 2012 Pearson Education, Inc. ...
... Fibrous septa divide the tissue of the thymus into lobules resembling interconnected lymphoid nodules. © 2012 Pearson Education, Inc. ...
Spinal Nerves
... Intercostal nerves—supply intercostal muscles, skin, and abdominal wall • Each gives off lateral and anterior cutaneous branches Introduction to Nerve Plexuses ...
... Intercostal nerves—supply intercostal muscles, skin, and abdominal wall • Each gives off lateral and anterior cutaneous branches Introduction to Nerve Plexuses ...
Foot and Ankle Dissection Guide
... Incise the deep facia and develop a plane between peroneus brevis and FHL Incise the FHL along its lateral origin, down to bone Incise the periosteum of the tibia and expose the bone Distally you will encounter the PITFL and the transverse and posterior TFLs If you incise these ligaments you will ex ...
... Incise the deep facia and develop a plane between peroneus brevis and FHL Incise the FHL along its lateral origin, down to bone Incise the periosteum of the tibia and expose the bone Distally you will encounter the PITFL and the transverse and posterior TFLs If you incise these ligaments you will ex ...
Cellular retroperitoneal space is representetad by which of the
... 61. The muscle, other than the deltoid, which is an abductor of the shoulder joint, is the: A. Teres major B. Teres minor C. Subscapularis D. Supraspinatus * E. Infraspinatus 62. The nerve exposed by transecting the infraspinatus muscle and reflecting it toward the humerus is the: A. Dorsal scapular ...
... 61. The muscle, other than the deltoid, which is an abductor of the shoulder joint, is the: A. Teres major B. Teres minor C. Subscapularis D. Supraspinatus * E. Infraspinatus 62. The nerve exposed by transecting the infraspinatus muscle and reflecting it toward the humerus is the: A. Dorsal scapular ...
Anatomy and Terminology of the Spine
... together in the spinal canal in a grouping known as the cauda equina (Latin, “horse’s tail,”) because the nerve roots as a group resemble a horse’s tail (Figure 7). Surrounding the nerves and spinal cord, within the spinal canal, are a series of three membranes called the meninges. From outside to i ...
... together in the spinal canal in a grouping known as the cauda equina (Latin, “horse’s tail,”) because the nerve roots as a group resemble a horse’s tail (Figure 7). Surrounding the nerves and spinal cord, within the spinal canal, are a series of three membranes called the meninges. From outside to i ...
Sphenoid bone - كلية طب الاسنان
... It is the most posterior of the cranial bones forming the posterior wall and part of base of the skull and most of posterior cranial fossa. It is consist of two parts; squamous part and basilar part. In between these parts is the foramen magnum of the occipital bone through which passes the spinal c ...
... It is the most posterior of the cranial bones forming the posterior wall and part of base of the skull and most of posterior cranial fossa. It is consist of two parts; squamous part and basilar part. In between these parts is the foramen magnum of the occipital bone through which passes the spinal c ...
SMAS AND ANATOMY OF
... face. SMAS merges with and invests the facial muscles, especially zygomaticus major and orbicularis oris. The muscles of the face are arranged in 4 layers (Freilinger et al), the facial nerve running between the deepest layer and the one above. The 3 superficial layers therefore protect the nerve. ...
... face. SMAS merges with and invests the facial muscles, especially zygomaticus major and orbicularis oris. The muscles of the face are arranged in 4 layers (Freilinger et al), the facial nerve running between the deepest layer and the one above. The 3 superficial layers therefore protect the nerve. ...
Characteristics ~
... Evolution of Animal Body Plans Anatomical features in animals’ body plans mark the branching points on the evolutionary tree. Relationships on this tree are inferred by studying similarities in embryological development and shared anatomical features. ...
... Evolution of Animal Body Plans Anatomical features in animals’ body plans mark the branching points on the evolutionary tree. Relationships on this tree are inferred by studying similarities in embryological development and shared anatomical features. ...
articulations in the body
... 5. Ball and socket joints (spheroidal joints) allow movement in multiple axes and planes: flexion and extension, abduction and adduction, medial and lateral rotation, and circumduction. Thus, ball and socket joints are multiaxial joints. The spheroidal surface of a bone articulates with the socket s ...
... 5. Ball and socket joints (spheroidal joints) allow movement in multiple axes and planes: flexion and extension, abduction and adduction, medial and lateral rotation, and circumduction. Thus, ball and socket joints are multiaxial joints. The spheroidal surface of a bone articulates with the socket s ...
Anatomical peculiarities and common pathologies of distal biceps
... biceps tendon from retracting proximally. Transaxial MR images are useful in evaluation of lacertus fibrosus (Fig. 2). The distal biceps brachii tendon anatomy and pathologies can be best evaluated by ultrasound and MRI. With ultrasound, three approaches are possible for visualisation of the tendon ...
... biceps tendon from retracting proximally. Transaxial MR images are useful in evaluation of lacertus fibrosus (Fig. 2). The distal biceps brachii tendon anatomy and pathologies can be best evaluated by ultrasound and MRI. With ultrasound, three approaches are possible for visualisation of the tendon ...
lesson assignment - Free
... of the foot in front of the calcaneus and behind the fourth and fifth metatarsal bones. (5) The cuneiform bones are placed at the anterior portion of the tarsus lying side by side between the navicular bone and the bases of the first three metatarsals. The first cuneiform bone is the largest. The sm ...
... of the foot in front of the calcaneus and behind the fourth and fifth metatarsal bones. (5) The cuneiform bones are placed at the anterior portion of the tarsus lying side by side between the navicular bone and the bases of the first three metatarsals. The first cuneiform bone is the largest. The sm ...
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.