LECTURE 22 - THORACIC WALLS AND DIAPHRAM Function
... • Posterior intercostal arteries – originate from the aorta • Anterior intercostal arteries – originate from internal thoracic arteries The intercostal arteries supply to the intercostal space and the cutaneous of the wall Movements of the thoracic wall The thorax can be changed at the vertical axis ...
... • Posterior intercostal arteries – originate from the aorta • Anterior intercostal arteries – originate from internal thoracic arteries The intercostal arteries supply to the intercostal space and the cutaneous of the wall Movements of the thoracic wall The thorax can be changed at the vertical axis ...
Acupuncture Sports Medicine - Pacific College of Oriental Medicine
... Pain in scapular region of the shoulder, with a referral pattern to the area of the deltoid. Possible sudden, sharp pain is due to shoulder impingement syndrome. An acute or chronic injury characterized by inflammation of the tendon and possible strain or muscle tears at the attachment to the humeru ...
... Pain in scapular region of the shoulder, with a referral pattern to the area of the deltoid. Possible sudden, sharp pain is due to shoulder impingement syndrome. An acute or chronic injury characterized by inflammation of the tendon and possible strain or muscle tears at the attachment to the humeru ...
The Vertebral Column and Epaxial Muscles of the Golden Hamster.
... study of the vertebral column* Adult specimens were skinned, evisce rated, and the remains were boiled for one and one-half to two hours in tap watero The flesh was then removed so far as possible* Five specimens were cleaned by insects (ants and roaches), ten by beetle larvae* The remaining specim ...
... study of the vertebral column* Adult specimens were skinned, evisce rated, and the remains were boiled for one and one-half to two hours in tap watero The flesh was then removed so far as possible* Five specimens were cleaned by insects (ants and roaches), ten by beetle larvae* The remaining specim ...
full article (0.56 Mo)
... appreciable deformation. The entire passage takes only one or two seconds and is accomplished without visible strain. Profusely scattered throughout the subepidermal fatty and connective tissues, both in the genital area and elsewhere, are large, deeply staining cells of unknown function, probably c ...
... appreciable deformation. The entire passage takes only one or two seconds and is accomplished without visible strain. Profusely scattered throughout the subepidermal fatty and connective tissues, both in the genital area and elsewhere, are large, deeply staining cells of unknown function, probably c ...
[ANATOMY #3] 1
... when we adduct the true vocal cords we build a column of air below them in expiration ; when they open suddenly we cough and when we open them normally with vibration we will produce sounds . ...
... when we adduct the true vocal cords we build a column of air below them in expiration ; when they open suddenly we cough and when we open them normally with vibration we will produce sounds . ...
Manual Therapy Assessment and Treatment of the Thoracic Spine
... coupled in the opposite directions. 2nd Law of Physiologic Spinal Motion: When the spine is flexed or extended, SB and Rot are coupled in the same direction. 3rd Law of Physiologic Spinal Motion: If motion is introduced in one plane, then motion in all other planes will be restricted. ...
... coupled in the opposite directions. 2nd Law of Physiologic Spinal Motion: When the spine is flexed or extended, SB and Rot are coupled in the same direction. 3rd Law of Physiologic Spinal Motion: If motion is introduced in one plane, then motion in all other planes will be restricted. ...
United States Navy Hospital Corpsman NAVEDTRA
... The lining tissue of the body is called epithelium. It forms the outer covering of the body known as the free surface of the skin. It also forms the lining of the digestive, respiratory, and urinary tracts; blood and lymph vessels; serous cavities (cavities which have no communication with the outsi ...
... The lining tissue of the body is called epithelium. It forms the outer covering of the body known as the free surface of the skin. It also forms the lining of the digestive, respiratory, and urinary tracts; blood and lymph vessels; serous cavities (cavities which have no communication with the outsi ...
BACK AND LIMBS - OUTLINES INTRODUCTION TO ANATOMICAL
... 2. Pass through spinal cord through dorsal root ii. Efferent (motor) 1. Interval between CNS and peripheral target (effector organ) bridged by 1-2 neurons synapse 2. Pass out of spinal cord in ventral root b. Somatic/Visceral – division based on types of tissues, structures being innervated i. Som ...
... 2. Pass through spinal cord through dorsal root ii. Efferent (motor) 1. Interval between CNS and peripheral target (effector organ) bridged by 1-2 neurons synapse 2. Pass out of spinal cord in ventral root b. Somatic/Visceral – division based on types of tissues, structures being innervated i. Som ...
Unit 30: Perineum
... parallels the posterior border of the urogenital diaphragm. This muscle is very feeble, sometimes absent, and not worth spending much time looking for. Palpate and recognize the perineal body or central tendon of the perineum. The blood vessels of the superficial space are the perineal branches of t ...
... parallels the posterior border of the urogenital diaphragm. This muscle is very feeble, sometimes absent, and not worth spending much time looking for. Palpate and recognize the perineal body or central tendon of the perineum. The blood vessels of the superficial space are the perineal branches of t ...
- Wiley Online Library
... intervening muscle lamellae were also found (Fig. 2). Further distally, at the junction into the broad tendinous portion, the TVI was always adjacent to, and often integrated into, the aponeurosis of the VI. Covering the aponeurosis of the VI, the aponeurosis of the TVI reached the distal aspect of ...
... intervening muscle lamellae were also found (Fig. 2). Further distally, at the junction into the broad tendinous portion, the TVI was always adjacent to, and often integrated into, the aponeurosis of the VI. Covering the aponeurosis of the VI, the aponeurosis of the TVI reached the distal aspect of ...
The tensor of the vastus intermedius the fifth muscle of the extensor
... intervening muscle lamellae were also found (Fig. 2). Further distally, at the junction into the broad tendinous portion, the TVI was always adjacent to, and often integrated into, the aponeurosis of the VI. Covering the aponeurosis of the VI, the aponeurosis of the TVI reached the distal aspect of ...
... intervening muscle lamellae were also found (Fig. 2). Further distally, at the junction into the broad tendinous portion, the TVI was always adjacent to, and often integrated into, the aponeurosis of the VI. Covering the aponeurosis of the VI, the aponeurosis of the TVI reached the distal aspect of ...
y. - كلية طب الاسنان
... 1- The skin of the face has numerous sweat and sebaceous glands. 2- facial wrinkles lie at right angles to the line of pull of the underlying muscles. 3- There is no deep fascia on the face. Deep fascia is absent in the face, except over the parotid gland where it forms the parotid fascia & over the ...
... 1- The skin of the face has numerous sweat and sebaceous glands. 2- facial wrinkles lie at right angles to the line of pull of the underlying muscles. 3- There is no deep fascia on the face. Deep fascia is absent in the face, except over the parotid gland where it forms the parotid fascia & over the ...
TITLE: Rhytidectomy Anatomy:
... while imbrication involves excising a block of SMAS and approximating the cut edges to tighten this layer. Imbrication does not provide any additional benefit according to cadaver studies by Webster, and involves an additional step. Proponents of imbrication feel that plication results in SMAS redun ...
... while imbrication involves excising a block of SMAS and approximating the cut edges to tighten this layer. Imbrication does not provide any additional benefit according to cadaver studies by Webster, and involves an additional step. Proponents of imbrication feel that plication results in SMAS redun ...
the axillary nerve giving motor branch to the long head
... The axillary nerve giving branch to the long head head of triceps muscle is rare. The posterior division of the axillary nerve is more variant in course and distribution than the anterior division [3]. In the present case the posterior branch of the axillary nerve gave the motor branch to the long h ...
... The axillary nerve giving branch to the long head head of triceps muscle is rare. The posterior division of the axillary nerve is more variant in course and distribution than the anterior division [3]. In the present case the posterior branch of the axillary nerve gave the motor branch to the long h ...
pdf View
... the intertrochanteric line and greater trochanter (Common-type) (Fig. 2). In 5/26, two or more smaller intervening muscle lamellae were also found (Fig. 2). Further distally, at the junction into the broad tendinous portion, the TVI was always adjacent to, and often integrated into, the aponeurosis ...
... the intertrochanteric line and greater trochanter (Common-type) (Fig. 2). In 5/26, two or more smaller intervening muscle lamellae were also found (Fig. 2). Further distally, at the junction into the broad tendinous portion, the TVI was always adjacent to, and often integrated into, the aponeurosis ...
Embryology Lec5 Dr.Ban The branchial apparatus =The branchial
... are added more caudally later such that there are ultimately 5 arches by the end of the 4th week; the 5tharch fails to form, so the arches are numbered 1, 2, 3, 4, and 6. The entire apparatus consists of paired pharyngeal arches, pharyngeal pouches, pharyngeal clefts (or grooves), and pharyngeal mem ...
... are added more caudally later such that there are ultimately 5 arches by the end of the 4th week; the 5tharch fails to form, so the arches are numbered 1, 2, 3, 4, and 6. The entire apparatus consists of paired pharyngeal arches, pharyngeal pouches, pharyngeal clefts (or grooves), and pharyngeal mem ...
Trapezius Rotational Flap for Cervico
... The trapezius flap consists of the triangular muscle which can be divided into superior and inferior segments. The superior segment is the most important part of the muscle since it receives the spinal accessory nerve for motor innervation. The inferior part of the trapezius is known as a dispensabl ...
... The trapezius flap consists of the triangular muscle which can be divided into superior and inferior segments. The superior segment is the most important part of the muscle since it receives the spinal accessory nerve for motor innervation. The inferior part of the trapezius is known as a dispensabl ...
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.