@juliacapuyan
Active 3 years, 7 months ago
Things to know about Management by Objectives by Kizel Cardoza, Mary Cabahug, and Julia Capuyan from SU- ICLS level II. (mt23 CD) View
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Julia Joie Capuyan posted an update in the group
MT30-Histology Art AB 3 years, 7 months agoHyaline cartilage is the glassy (hyaline) and transparent cartilage found on many joint surfaces. The ribs, nose, larynx, and trachea all contain hyaline cartilage. It…-
Externally, hyaline cartilage is protected by the perichondrium, also known as the synovial membrane, when it runs along articulating surfaces. Capillaries in this membrane give nourishment to the cartilage through diffusion
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The major components of hyaline cartilage matrix are type II collagen and chondroitin sulphate, which are also found in elastic cartilage.
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Hyaline cartilage can be found on the sternal ends of the ribs, in the larynx, trachea, and bronchi, and on the articulating surfaces of bones. It gives the structures a solid but flexible aspect. Collagen fibers provide such structures and joints strength, but they also limit mobility and flexibility.
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Multipolar neurons have dendrites that allow them to take impulses from many neurons. Dendrites communicate across the neuron via an electrical signal that travels down the axon. Motor neurons are the most common type of nerve cell body plan: they are multipolar, with one axon and several dendrites. -
Julia Joie Capuyan posted an update in the group
MT30-Histology Art AB 3 years, 7 months agoGIANT MULTIPOLAR NEURON
Three or more processes are associated with the cell bodies of multipolar neurons. The axon transports electrical impulses (action potentials)…-
Multipolar neurons have dendrites that allow them to take impulses from many neurons. Dendrites communicate across the neuron via an electrical signal that travels down the axon. Motor neurons are the most common type of nerve cell body plan: they are multipolar, with one axon and several dendrites.
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Cardiac muscle cells form a highly branched cellular network in the heart. They are composed of myocardial tissue layers that wrap around the chambers of the heart and are linked end to end by intercalated disks -
Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
To meet the metabolic demands of peripheral tissues such as skeletal muscles, kidneys, brain, skin, liver, heart, and gastrointestinal tract, the cardiac output (the amount of blood pumped by the heart per minute) fluctuates.-
Cardiac muscle cells form a highly branched cellular network in the heart. They are composed of myocardial tissue layers that wrap around the chambers of the heart and are linked end to end by intercalated disks
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
The heart is mostly composed of cardiac muscle cells (or myocardium). Two of its most noticeable characteristics are the contractility of the heart, which serves as the foundation for its pumping function, and the rhythmicity of the contraction-
To meet the metabolic demands of peripheral tissues such as skeletal muscles, kidneys, brain, skin, liver, heart, and gastrointestinal tract, the cardiac output (the amount of blood pumped by the heart per minute) fluctuates.
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Cardiac muscle cells form a highly branched cellular network in the heart. They are composed of myocardial tissue layers that wrap around the chambers of the heart and are linked end to end by intercalated disks
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Cardiac muscle differs from skeletal muscle in that it contracts on a regular basis and lacks voluntary control. The sinoatrial node, which serves as the heart’s pacemaker, regulates the rhythmic contraction of cardiac muscle-
The heart is mostly composed of cardiac muscle cells (or myocardium). Two of its most noticeable characteristics are the contractility of the heart, which serves as the foundation for its pumping function, and the rhythmicity of the contraction
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To meet the metabolic demands of peripheral tissues such as skeletal muscles, kidneys, brain, skin, liver, heart, and gastrointestinal tract, the cardiac output (the amount of blood pumped by the heart per minute) fluctuates.
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Cardiac muscle cells form a highly branched cellular network in the heart. They are composed of myocardial tissue layers that wrap around the chambers of the heart and are linked end to end by intercalated disks
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Julia Joie Capuyan posted an update in the group
MT30-Histology Art AB 3 years, 7 months agoCardiac muscle, also known as myocardium, is one of three primary muscle groups found solely in the heart in vertebrates. Cardiac muscle, like skeletal muscle, has contractile units known as sarcomeres, which distinguishes it from smooth muscle, the third muscle type.-
Cardiac muscle differs from skeletal muscle in that it contracts on a regular basis and lacks voluntary control. The sinoatrial node, which serves as the heart’s pacemaker, regulates the rhythmic contraction of cardiac muscle
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The heart is mostly composed of cardiac muscle cells (or myocardium). Two of its most noticeable characteristics are the contractility of the heart, which serves as the foundation for its pumping function, and the rhythmicity of the contraction
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To meet the metabolic demands of peripheral tissues such as skeletal muscles, kidneys, brain, skin, liver, heart, and gastrointestinal tract, the cardiac output (the amount of blood pumped by the heart per minute) fluctuates.
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Cardiac muscle cells form a highly branched cellular network in the heart. They are composed of myocardial tissue layers that wrap around the chambers of the heart and are linked end to end by intercalated disks
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
When studied under a microscope, skeletal muscle cells exhibit a striped, or striated, pattern of bright and dark areas. These stripes are caused by the orderly… -
Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Skeletal muscle cells differ from other muscle tissues because of their structure. Skeletal muscle cells are generated throughout fetal development by the union of numerous smaller cells, resulting in long, straight muscle fibers with many nuclei-
When studied under a microscope, skeletal muscle cells exhibit a striped, or striated, pattern of bright and dark areas. These stripes are caused by the orderly…
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
All conscious bodily motions, including limb movement, face expressions, eye movements, and swallowing, are controlled by skeletal muscle tissue. Skeletal muscle contractions provide most of the body’s heat because of cellular metabolism.-
Skeletal muscle cells differ from other muscle tissues because of their structure. Skeletal muscle cells are generated throughout fetal development by the union of numerous smaller cells, resulting in long, straight muscle fibers with many nuclei
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When studied under a microscope, skeletal muscle cells exhibit a striped, or striated, pattern of bright and dark areas. These stripes are caused by the orderly…
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Skeletal muscle tissue cells are voluntary, striated, non-branched, and multinucleated. Skeletal muscle tissue is the only type of muscle tissue that is directly controlled by the cerebral cortex of the brain, giving it the label of voluntary muscle-
All conscious bodily motions, including limb movement, face expressions, eye movements, and swallowing, are controlled by skeletal muscle tissue. Skeletal muscle contractions provide most of the body’s heat because of cellular metabolism.
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Skeletal muscle cells differ from other muscle tissues because of their structure. Skeletal muscle cells are generated throughout fetal development by the union of numerous smaller cells, resulting in long, straight muscle fibers with many nuclei
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When studied under a microscope, skeletal muscle cells exhibit a striped, or striated, pattern of bright and dark areas. These stripes are caused by the orderly…
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Julia Joie Capuyan posted an update in the group
MT30-Histology Art AB 3 years, 7 months agoSkeletal muscle accounts for approximately 40% of total body mass and is the most common and extensively distributed muscle tissue. It is found in the eyes, throat,…-
Skeletal muscle tissue cells are voluntary, striated, non-branched, and multinucleated. Skeletal muscle tissue is the only type of muscle tissue that is directly controlled by the cerebral cortex of the brain, giving it the label of voluntary muscle
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All conscious bodily motions, including limb movement, face expressions, eye movements, and swallowing, are controlled by skeletal muscle tissue. Skeletal muscle contractions provide most of the body’s heat because of cellular metabolism.
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Skeletal muscle cells differ from other muscle tissues because of their structure. Skeletal muscle cells are generated throughout fetal development by the union of numerous smaller cells, resulting in long, straight muscle fibers with many nuclei
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When studied under a microscope, skeletal muscle cells exhibit a striped, or striated, pattern of bright and dark areas. These stripes are caused by the orderly…
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Smooth muscle fibers are organized into branching bundles. Unlike skeletal muscle fibers, these bundles are not perfectly parallel and ordered, but rather constitute a complex structure. As a result, the cells can contract with far more force than striated muscle -
Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Caveolae are tiny pouch-like invaginations generated by the cell membrane in the cytoplasm that function similarly to T-tubules in skeletal muscle. A basal lamina connects smooth muscle cells to the connective tissue that surrounds them-
Smooth muscle fibers are organized into branching bundles. Unlike skeletal muscle fibers, these bundles are not perfectly parallel and ordered, but rather constitute a complex structure. As a result, the cells can contract with far more force than striated muscle
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Smooth muscle cells have a thickness of 3-10 m and a length of 20-200 m. Myofilaments dominate the cytoplasm, which is consistently eosinophilic. The nucleus, which is in the core, takes on a cigar-like structure during contraction-
Caveolae are tiny pouch-like invaginations generated by the cell membrane in the cytoplasm that function similarly to T-tubules in skeletal muscle. A basal lamina connects smooth muscle cells to the connective tissue that surrounds them
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Smooth muscle fibers are organized into branching bundles. Unlike skeletal muscle fibers, these bundles are not perfectly parallel and ordered, but rather constitute a complex structure. As a result, the cells can contract with far more force than striated muscle
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
Smooth muscle tissue, as opposed to striated muscle, contracts gently and naturally. It makes up a large portion of the musculature of internal organs and the digestive system-
Smooth muscle cells have a thickness of 3-10 m and a length of 20-200 m. Myofilaments dominate the cytoplasm, which is consistently eosinophilic. The nucleus, which is in the core, takes on a cigar-like structure during contraction
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Caveolae are tiny pouch-like invaginations generated by the cell membrane in the cytoplasm that function similarly to T-tubules in skeletal muscle. A basal lamina connects smooth muscle cells to the connective tissue that surrounds them
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Smooth muscle fibers are organized into branching bundles. Unlike skeletal muscle fibers, these bundles are not perfectly parallel and ordered, but rather constitute a complex structure. As a result, the cells can contract with far more force than striated muscle
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Julia Joie Capuyan posted an update in the group
MT30-Histology Art AB 3 years, 7 months agoSmooth muscle, also known as involuntary muscle, is a form of muscle that does not have cross stripes when viewed through a microscope. It is made up of slender spindly cells with a single nucleus in the center.-
Smooth muscle tissue, as opposed to striated muscle, contracts gently and naturally. It makes up a large portion of the musculature of internal organs and the digestive system
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Smooth muscle cells have a thickness of 3-10 m and a length of 20-200 m. Myofilaments dominate the cytoplasm, which is consistently eosinophilic. The nucleus, which is in the core, takes on a cigar-like structure during contraction
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Caveolae are tiny pouch-like invaginations generated by the cell membrane in the cytoplasm that function similarly to T-tubules in skeletal muscle. A basal lamina connects smooth muscle cells to the connective tissue that surrounds them
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Smooth muscle fibers are organized into branching bundles. Unlike skeletal muscle fibers, these bundles are not perfectly parallel and ordered, but rather constitute a complex structure. As a result, the cells can contract with far more force than striated muscle
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Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
10. Our pancreas sits behind your stomach and in front of your spine. The pancreas has two main functions: an exocrine function that helps in digestion and an endocrine function that regulates blood sugar. -
Julia Joie Capuyan posted a new activity comment 3 years, 7 months ago
9. Your gallbladder is a small, pear-shaped organ on the right side of your abdomen, just beneath your liver. . Your gallbladder stores and releases bile to help your digestive system break down fats.-
10. Our pancreas sits behind your stomach and in front of your spine. The pancreas has two main functions: an exocrine function that helps in digestion and an endocrine function that regulates blood sugar.
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