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Nichole Isabelle J. Fidel posted an update in the group
Histology Art (MT30 – G) 3 years, 11 months agoHello, everyone! Here is my histology art for the digestive system! -
Nichole Isabelle J. Fidel posted an update in the group
Histology Art (MT30 – G) 4 years agoHello everyone! Here is my histology art for Integumentary system body tissue! -
Nichole Isabelle J. Fidel added 6 media 4 years ago -
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Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Reference:Nicola, S. (n.d.). What’s the Difference Between Arteries, Veins, and Capillaries? WebMD. https://www.webmd.com/heart/difference-between-arteries-veins-capillaries#:~:text=Veins%20are%20closer%20to%20the
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Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Veins carry deoxygenated blood towards your heart and are often located close to your skin. Veins don’t have a muscular layer like arteries do, so they rely on valves to keep your blood moving. Veins start as tiny blood vessels called venules, which become full-size veins as they come closer to your heart. -
Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Veins carry deoxygenated blood towards your heart and are often located close to your skin. Veins don’t have a muscular layer like arteries do, so they rely on valves to keep your blood moving. Veins start as tiny blood vessels called venules, which become full-size veins as they come closer to your heart. -
Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Arteries carry oxygenated blood away from your heart. They have thick walls and a muscular layer that keeps your blood moving. Arteries can be as wide as a nickel (about… -
Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Your body has a network of blood vessels over 60,000 miles in length. This amazing circulatory system includes three types of blood vessels — arteries, veins, and capillaries. Each plays an important role in carrying blood throughout your body. -
Nichole Isabelle J. Fidel posted an update in the group
Histology Art (MT30 – G) 4 years agoHello everyone! Here is my histology art for circulatory system body tissues!-
Your body has a network of blood vessels over 60,000 miles in length. This amazing circulatory system includes three types of blood vessels — arteries, veins, and capillaries. Each plays an important role in carrying blood throughout your body.
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Arteries carry oxygenated blood away from your heart. They have thick walls and a muscular layer that keeps your blood moving. Arteries can be as wide as a nickel (about…
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Veins carry deoxygenated blood towards your heart and are often located close to your skin. Veins don’t have a muscular layer like arteries do, so they rely on valves to keep your blood moving. Veins start as tiny blood vessels called venules, which become full-size veins as they come closer to your heart.
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Veins carry deoxygenated blood towards your heart and are often located close to your skin. Veins don’t have a muscular layer like arteries do, so they rely on valves to keep your blood moving. Veins start as tiny blood vessels called venules, which become full-size veins as they come closer to your heart.
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Reference:
Nicola, S. (n.d.). What’s the Difference Between Arteries, Veins, and Capillaries? WebMD. https://www.webmd.com/heart/difference-between-arteries-veins-capillaries#:~:text=Veins%20are%20closer%20to%20the
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Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
The cerebellum (which is Latin for “little brain”) is a major structure of the hindbrain that is located near the brainstem. This part of the brain is responsible for coordinating voluntary movements. It is also responsible for a number of functions including motor skills such as balance, coordination, and posture. -
Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
The cerebrum is the uppermost part of the brain. It contains two hemispheres split by a central fissure. The cerebrum itself contains the major lobes of the brain and is responsible for receiving and giving meaning to information from the sense organs, as well as controlling the body -
Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Oligodendrocytes are types of neuroglia found in the central nervous system of invertebrates and vertebrates that functions to produce myelin, an insulating sheath on the axons of nerve fibres. -
Nichole Isabelle J. Fidel posted an update in the group
Histology Art (MT30 – G) 4 years agoHello everyone! Here is my histology art for nervous tissues.-
Oligodendrocytes are types of neuroglia found in the central nervous system of invertebrates and vertebrates that functions to produce myelin, an insulating sheath on the axons of nerve fibres.
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The cerebrum is the uppermost part of the brain. It contains two hemispheres split by a central fissure. The cerebrum itself contains the major lobes of the brain and is responsible for receiving and giving meaning to information from the sense organs, as well as controlling the body
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The cerebellum (which is Latin for “little brain”) is a major structure of the hindbrain that is located near the brainstem. This part of the brain is responsible for coordinating voluntary movements. It is also responsible for a number of functions including motor skills such as balance, coordination, and posture.
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Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Compared to skeletal muscle, smooth muscle cells are small. They are spindle shaped and have no striations. Instead, they have bundles of thin and thick filaments. -
Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Skeletal muscle looks striped or “striated” – the fibres contain alternating light and dark bands (striations) like horizontal stripes on a rugby shirt. In skeletal muscle, the fibres are packed into regular parallel bundles. -
Nichole Isabelle J. Fidel posted a new activity comment 4 years ago
Cardiac muscle tissue, like skeletal muscle tissue, looks striated or striped. The bundles are branched, like a tree, but connected at both ends. Unlike skeletal muscle tissue, the contraction of cardiac muscle tissue is usually not under conscious control, so it is called involuntary. -
Nichole Isabelle J. Fidel posted an update in the group
Histology Art (MT30 – G) 4 years agoHello everyone!!!
Here is my histology art for muscle tissues.
“Muscle tissue is composed of cells that have the special ability to shorten or contract in order to…-
Cardiac muscle tissue, like skeletal muscle tissue, looks striated or striped. The bundles are branched, like a tree, but connected at both ends. Unlike skeletal muscle tissue, the contraction of cardiac muscle tissue is usually not under conscious control, so it is called involuntary.
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Skeletal muscle looks striped or “striated” – the fibres contain alternating light and dark bands (striations) like horizontal stripes on a rugby shirt. In skeletal muscle, the fibres are packed into regular parallel bundles.
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Compared to skeletal muscle, smooth muscle cells are small. They are spindle shaped and have no striations. Instead, they have bundles of thin and thick filaments.
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Nichole Isabelle J. Fidel added 5 media 4 years ago-
Cardiac muscle is a type of involuntary striated muscle found in the heart. It is responsible for pumping blood throughout the body. Unlike skeletal muscle, cardiac muscle fibers are branched and interconnected, which allows for synchronized contractions. The muscle cells are connected by intercalated discs, which facilitate rapid electrical…[Read more]
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Smooth muscle is the quiet worker inside your body, always at work without you even thinking about it. You’ll find it in places like your stomach, blood vessels, and intestines, helping move things along without you noticing. It’s different from the muscles you use to move your arms or legs because it doesn’t have the obvious stripes (or…[Read more]
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The image shows skeletal muscle fibers with clear striations arranged in a parallel pattern. The alternating light and dark bands indicate the presence of sarcomeres, which are responsible for muscle contraction. The fibers appear long and cylindrical, with multiple nuclei located at the periphery of each cell. This structure reflects the…[Read more]
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Nichole Isabelle J. Fidel added 4 media 4 years ago
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