Animal Tissues and Organization
... -Depending on the type (e.g. loose, dense), connective tissue may serve different functions; including structural support, connections, elasticity and protection. -Blood cells (erythrocytes and leukocytes) and platelets are considered to be connective tissue. ...
... -Depending on the type (e.g. loose, dense), connective tissue may serve different functions; including structural support, connections, elasticity and protection. -Blood cells (erythrocytes and leukocytes) and platelets are considered to be connective tissue. ...
19--last 4 cranial nerves
... Types of fibers: motor Elements: formed of: Cranial part: emerging from medulla Spinal part: formed by fusions of roots emerging from upper 5 or 6 cervical segments of spinal cord then enters cranial cavity through foramen magnum & joins cranial part Exit from cranial cavity: through jugular foramen ...
... Types of fibers: motor Elements: formed of: Cranial part: emerging from medulla Spinal part: formed by fusions of roots emerging from upper 5 or 6 cervical segments of spinal cord then enters cranial cavity through foramen magnum & joins cranial part Exit from cranial cavity: through jugular foramen ...
Muscles of Mastication
... ORIGIN: MUSCLE ATTACHMENT SITE ON THE BONE INSERTION: THE MUSCLE ATTACHMENT SITE THAT HAS THE GREATEST AMOUNT OF MOVEMENT DURING ...
... ORIGIN: MUSCLE ATTACHMENT SITE ON THE BONE INSERTION: THE MUSCLE ATTACHMENT SITE THAT HAS THE GREATEST AMOUNT OF MOVEMENT DURING ...
Frontal branch of facial nerve in relation to deep temporalis muscle
... ENT PART I EXAM 2009 1- Frontal branch of facial nerve in relation to deep temporalis muscle fasica is deep to a.deep layer of superficial temporalis fascia b.superficial temporalis fascia « ? ...
... ENT PART I EXAM 2009 1- Frontal branch of facial nerve in relation to deep temporalis muscle fasica is deep to a.deep layer of superficial temporalis fascia b.superficial temporalis fascia « ? ...
Muscle Injury and the Role of Myosatellite Cells in Muscle Healing
... During the repair phase, monocytes, which are released from the torn ends of blood vessels, transform into macrophages that populate the injured area and remove cell debris by digestion with lysosomal enzymes and phagocytosis. This particular phagocytosis is very specific and targets only necrotic m ...
... During the repair phase, monocytes, which are released from the torn ends of blood vessels, transform into macrophages that populate the injured area and remove cell debris by digestion with lysosomal enzymes and phagocytosis. This particular phagocytosis is very specific and targets only necrotic m ...
Example Test Two
... d. gliding joint 81) The fibers of ______________ muscle are elongated, multinucleated, and have distinct striations. a. smooth b. cardiac c. rough d. skeletal 82) Groups of muscle fibers are bound together by _________________ into bundles known as fasciculi. a. fascia b. endomysium c. ...
... d. gliding joint 81) The fibers of ______________ muscle are elongated, multinucleated, and have distinct striations. a. smooth b. cardiac c. rough d. skeletal 82) Groups of muscle fibers are bound together by _________________ into bundles known as fasciculi. a. fascia b. endomysium c. ...
Inclusion Body Myositis
... There are a number of pieces of evidence that go together to make the diagnosis of IBM: Blood test: When muscles are damaged they release a protein into the blood stream called creatine kinase. This can be detected in a routine blood sample. In some people with IBM the level of this protein in the b ...
... There are a number of pieces of evidence that go together to make the diagnosis of IBM: Blood test: When muscles are damaged they release a protein into the blood stream called creatine kinase. This can be detected in a routine blood sample. In some people with IBM the level of this protein in the b ...
2010 생명의약연구원 월례정기세미나
... Store-operated Ca2+ entry (SOC) channels are known to activate by the depletion of calcium inside of endoplasmic reticulum (ER) of the cells. By the activation of SOC channels, entry of extracellular calcium into the cytoplasm replenishes ER Ca2+ stores. Recently, stromal interaction molecule (STIM1 ...
... Store-operated Ca2+ entry (SOC) channels are known to activate by the depletion of calcium inside of endoplasmic reticulum (ER) of the cells. By the activation of SOC channels, entry of extracellular calcium into the cytoplasm replenishes ER Ca2+ stores. Recently, stromal interaction molecule (STIM1 ...
(Eye socket).
... • Outer nuclear layer of the nuclei of Photoreceptor cells (Rods and Cones) • Outer plexiform layer (A synaptic layer) • Inner nuclear layer of bipolar neurons and other retinal interneurons • Inner plexiform layer (A synaptic layer) • Ganglionic layer which is made up of the cell bodies of the gang ...
... • Outer nuclear layer of the nuclei of Photoreceptor cells (Rods and Cones) • Outer plexiform layer (A synaptic layer) • Inner nuclear layer of bipolar neurons and other retinal interneurons • Inner plexiform layer (A synaptic layer) • Ganglionic layer which is made up of the cell bodies of the gang ...
Muscle Contraction and Cell Motility
... progress in research on muscle contraction and cell motility, not only for investigators in these research fields but also for general readers who are interested in these topics. One of the most attractive features of living organisms is their ability to move. In vertebrate animals, including humans ...
... progress in research on muscle contraction and cell motility, not only for investigators in these research fields but also for general readers who are interested in these topics. One of the most attractive features of living organisms is their ability to move. In vertebrate animals, including humans ...
Transversus Abdominis - The Deepest Ab Muscle
... psoas major, to name a few--are included in the muscles of the core. Erector Spinae is not just one muscle, but a bundle of muscles and tendons. It is paired and runs more or less vertically. It extends throughout the lumbar, thoracic vertebral column.and cervical regions, and lies in the groove to ...
... psoas major, to name a few--are included in the muscles of the core. Erector Spinae is not just one muscle, but a bundle of muscles and tendons. It is paired and runs more or less vertically. It extends throughout the lumbar, thoracic vertebral column.and cervical regions, and lies in the groove to ...
Muscles of the Head
... – Muscles of facial expression innervated by facial nerve (CN VII) – Muscles of mastication innervated by trigeminal nerve (CN V). ...
... – Muscles of facial expression innervated by facial nerve (CN VII) – Muscles of mastication innervated by trigeminal nerve (CN V). ...
Arm/Shoulder/Forearm Muscles
... that it works across three joints. 1. Proximal radioulnar joint – 2. Humeroulnar joint – (Elbow) 3. Glenohumeral joint – (Shoulder) ...
... that it works across three joints. 1. Proximal radioulnar joint – 2. Humeroulnar joint – (Elbow) 3. Glenohumeral joint – (Shoulder) ...
Inclusion Body Myositis
... Inclusion body myositis (IBM) is a disease of muscle, which causes muscles to become thin and weak. It was recognised as a disease in its own right in the 1960’s. It usually occurs in middle to late life and is more common in men than women. We don’t know how many people in the UK are affected but i ...
... Inclusion body myositis (IBM) is a disease of muscle, which causes muscles to become thin and weak. It was recognised as a disease in its own right in the 1960’s. It usually occurs in middle to late life and is more common in men than women. We don’t know how many people in the UK are affected but i ...
Standard procedure for shoulder reconstruction The patient is
... The basic technique for LD harvest described by Zancolli was used when the LD was chosen for elbow flexion reconstruction[17]. After the muscle is harvested, the coracoid process is exposed, and in the distal antecubital fossa the biceps tendon exposed. Both edges of the LD muscle are sutured to eac ...
... The basic technique for LD harvest described by Zancolli was used when the LD was chosen for elbow flexion reconstruction[17]. After the muscle is harvested, the coracoid process is exposed, and in the distal antecubital fossa the biceps tendon exposed. Both edges of the LD muscle are sutured to eac ...
The Hamstring Muscles Pathomechanics of Common Injuries
... The lateral head traverses obliquely downward to merge with fibers of the short head and together they arrive at the top of the fibular head where biceps femoris inserts (see Figure 9-3B).33 A small part of the muscle also attaches to the lateral tibial condyle. An important point here is that the c ...
... The lateral head traverses obliquely downward to merge with fibers of the short head and together they arrive at the top of the fibular head where biceps femoris inserts (see Figure 9-3B).33 A small part of the muscle also attaches to the lateral tibial condyle. An important point here is that the c ...
Correlation between Innervation of Skeletal Muscles and
... to show some histological changes such as a less weight, thinned muscle fibers and more collagen fibers (Nikolaou et al., 2011). In the present study, the activity of SCs began to increase obviously at 2 w after denervation, and the number of SCs began to increase noticeably at 3 w; but such increas ...
... to show some histological changes such as a less weight, thinned muscle fibers and more collagen fibers (Nikolaou et al., 2011). In the present study, the activity of SCs began to increase obviously at 2 w after denervation, and the number of SCs began to increase noticeably at 3 w; but such increas ...
Autophagy in skeletal muscle: implications for Pompe disease
... skeletal muscle, however, was more complicated. In mice, it was quickly apparent that glycolytic, fast-twitch Type II skeletal muscle fibers (particularly Type IIb) responded poorly to therapy. After months of treatment with high dosages of rhGAA, we observed only a very modest glycogen reduction in ...
... skeletal muscle, however, was more complicated. In mice, it was quickly apparent that glycolytic, fast-twitch Type II skeletal muscle fibers (particularly Type IIb) responded poorly to therapy. After months of treatment with high dosages of rhGAA, we observed only a very modest glycogen reduction in ...
File
... neurons, through which, sensory stimuli & motor impulses pass b/w brain and other parts of the body. ...
... neurons, through which, sensory stimuli & motor impulses pass b/w brain and other parts of the body. ...
Neurotransmitter Types
... Patton’s Requirements for Neurotransmitters • 1 Neurotransmitters must be synthesized in the presynaptic neuron: in the cell body and transmitted to the terminal end button or synthesized within the terminal end button. ...
... Patton’s Requirements for Neurotransmitters • 1 Neurotransmitters must be synthesized in the presynaptic neuron: in the cell body and transmitted to the terminal end button or synthesized within the terminal end button. ...
Left Subclavian Vein Anatomy
... - in an adult: 3-4cm in length an 1-2cm in diameter - formed from the axillary veins at the lateral border of the first rib - joins the brachiocephalic vein to become the superior vena cava ANATOMICAL RELATIONSHIPS - superior: clavicle - inferior: pleura - posterior: anterior scalene muscle + subcla ...
... - in an adult: 3-4cm in length an 1-2cm in diameter - formed from the axillary veins at the lateral border of the first rib - joins the brachiocephalic vein to become the superior vena cava ANATOMICAL RELATIONSHIPS - superior: clavicle - inferior: pleura - posterior: anterior scalene muscle + subcla ...
Myocyte
A myocyte (also known as a muscle cell) is the type of cell found in muscle tissue. Myocytes are long, tubular cells that develop from myoblasts to form muscles in a process known as myogenesis. There are various specialized forms of myocytes: cardiac, skeletal, and smooth muscle cells, with various properties. The striated cells of cardiac and skeletal muscles are referred to as muscle fibers. Cardiomyocytes are the muscle fibres that form the chambers of the heart, and have a single central nucleus. Skeletal muscle fibers help support and move the body and tend to have peripheral nuclei. Smooth muscle cells control involuntary movements such as the peristalsis contractions in the stomach.