Browse through 39,417 function structure illustrations & vectors or explore more human kidney or minor calyces vectors to complete your project with stunning visuals.

Explore the intricate inner workings of the human kidney with our realistic cross-sectional illustration. This detailed artwork showcases the complex anatomy of the kidney, revealing its renal cortex, medulla, renal pelvis, and intricate network of nephrons. Ideal for educational materials, medical publications, and presentations, our illustration provides a comprehensive visual understanding of renal function and structure. Perfectly suited for enhancing medical textbooks, informative posters, and online resources, this artwork is meticulously crafted to accurately depict the essential components of the kidney in a visually engaging manner. Function structure illustrations
Explore the intricate inner workings of the human kidney with our realistic cross-sectional illustration. This detailed artwork showcases the complex anatomy of the kidney, revealing its renal cortex, medulla, renal pelvis, and intricate network of nephrons. Ideal for educational materials, medical publications, and presentations, our illustration provides a comprehensive visual understanding of renal function and structure. Perfectly suited for enhancing medical textbooks, informative posters, and online resources, this artwork is meticulously crafted to accurately depict the essential components of the kidney in a visually engaging manner. Function structure illustrations
Illustration of a human kidney, labeled with major internal structures: outer capsule, renal pyramids, renal papillae, major calyces, ureter, renal medulla, renal sinus, renal papilla, minor calyces, renal pelvis. The kidney is depicted in red and cream colors, showing blood vessels in blue and red. The image provides anatomical details essential for understanding kidney function and structure. Function structure illustrations
Illustration of a human kidney, labeled with major internal structures: outer capsule, renal pyramids, renal papillae, major calyces, ureter, renal medulla, renal sinus, renal papilla, minor calyces, renal pelvis. The kidney is depicted in red and cream colors, showing blood vessels in blue and red. The image provides anatomical details essential for understanding kidney function and structure. Function structure illustrations
Types of lymphocytes. T, B, NK lymphocytes structure. The function of lymphocytes. Immunity Helper Cells. Infographics. Vector illustration on isolated background. Function structure vectors
Types of lymphocytes. T, B, NK lymphocytes structure. The function of lymphocytes. Immunity Helper Cells. Infographics. Vector illustration on isolated background. Function structure vectors
This image depicts a detailed anatomical view of the human brain from a lateral perspective. The illustration highlights the intricate patterns of the brain's gyri (ridges) and sulci (grooves), which are essential for its function and structure. The brain's surface is shown with a clear distinction between the gray matter and the underlying vascular system, emphasizing the complexity and. Function structure illustrations
This image depicts a detailed anatomical view of the human brain from a lateral perspective. The illustration highlights the intricate patterns of the brain's gyri (ridges) and sulci (grooves), which are essential for its function and structure. The brain's surface is shown with a clear distinction between the gray matter and the underlying vascular system, emphasizing the complexity and. Function structure illustrations
Detailed anatomical diagram of a kidney section highlights key structures. Renal cortex is the outer layer while the renal medulla consists of renal pyramids. Fibrous capsule surrounds these parts. Renal columns separate the pyramids. Collecting ducts lead to minor calyces which are funnel shaped chambers. Renal papilla marks the tip of the pyramid and papillary ducts are indicated as Ducts of Bellini. Labels provide clear identification aiding in understanding kidney function and structure. Function structure illustrations
Detailed anatomical diagram of a kidney section highlights key structures. Renal cortex is the outer layer while the renal medulla consists of renal pyramids. Fibrous capsule surrounds these parts. Renal columns separate the pyramids. Collecting ducts lead to minor calyces which are funnel shaped chambers. Renal papilla marks the tip of the pyramid and papillary ducts are indicated as Ducts of Bellini. Labels provide clear identification aiding in understanding kidney function and structure. Function structure illustrations
Pancreas Physiology. secretory function. Enzymes: amylase, lipase, protease (digestive system) and Hormones: pancreatic polypeptide, somatostatin, insulin, glucagon (endocrine system). Human anatomy. Function structure vectors
Pancreas Physiology. secretory function. Enzymes: amylase, lipase, protease (digestive system) and Hormones: pancreatic polypeptide, somatostatin, insulin, glucagon (endocrine system). Human anatomy. Function structure vectors
Function of the spleen: Red blood cells creations and removes old erythrocytes, produce of lymphocytes, synthesizes of antibodies, store of Platelets and clears old thrombocytes, Pathogens filtration. Function structure vectors
Function of the spleen: Red blood cells creations and removes old erythrocytes, produce of lymphocytes, synthesizes of antibodies, store of Platelets and clears old thrombocytes, Pathogens filtration. Function structure vectors
A roller conveyor system constructed from metal featuring parallel cylindrical rollers. It includes a motor driven belt system for operation and a control panel with buttons and switches for managing the conveyors function. The structure is supported by sturdy metal legs allowing for stability and efficient movement of goods. The simplistic industrial design highlights its function in materials handling and manufacturing environments. Function structure illustrations
A roller conveyor system constructed from metal featuring parallel cylindrical rollers. It includes a motor driven belt system for operation and a control panel with buttons and switches for managing the conveyors function. The structure is supported by sturdy metal legs allowing for stability and efficient movement of goods. The simplistic industrial design highlights its function in materials handling and manufacturing environments. Function structure illustrations
Enzyme function. substrate, product, enzyme-product complex and enzyme-substrate complex. vector diagram for medical, educational and scientific use. Function structure vectors
Enzyme function. substrate, product, enzyme-product complex and enzyme-substrate complex. vector diagram for medical, educational and scientific use. Function structure vectors
This image displays a highly detailed three-dimensional rendering of the human brain. The model highlights the complex network of gyri (ridges) and sulci (grooves) that cover the brain's surface, essential for its function and structure. The rendering is likely used for educational, medical, or scientific purposes to study brain anatomy and physiology. The brain's texture and shading provide a. Function structure illustrations
This image displays a highly detailed three-dimensional rendering of the human brain. The model highlights the complex network of gyri (ridges) and sulci (grooves) that cover the brain's surface, essential for its function and structure. The rendering is likely used for educational, medical, or scientific purposes to study brain anatomy and physiology. The brain's texture and shading provide a. Function structure illustrations
This image depicts a highly detailed three-dimensional rendering of a human brain. The illustration highlights the intricate patterns of the brain's gyri (ridges) and sulci (grooves), which are essential for its function and structure. The brain is shown from a lateral perspective, emphasizing the outer cerebral cortex, which is responsible for various higher-order functions such as cognition,. Function structure illustrations
This image depicts a highly detailed three-dimensional rendering of a human brain. The illustration highlights the intricate patterns of the brain's gyri (ridges) and sulci (grooves), which are essential for its function and structure. The brain is shown from a lateral perspective, emphasizing the outer cerebral cortex, which is responsible for various higher-order functions such as cognition,. Function structure illustrations
Stratum corneum, the most superficial layer of the epidermis, has a lamellar structure composed of layers of lipids and moisture. .. When it is disrupted, the skin lose its moisture, and external irritants enter the skin. Function structure vectors
Stratum corneum, the most superficial layer of the epidermis, has a lamellar structure composed of layers of lipids and moisture. .. When it is disrupted, the skin lose its moisture, and external irritants enter the skin. Function structure vectors
Cross-section illustration of a human heart, showcasing internal anatomy. Features include the four chambers: right and left atria, and right and left ventricles. Visible are major blood vessels such as the aorta and pulmonary arteries. Heart valves are depicted between atria and ventricles, aiding blood flow regulation. The myocardium is illustrated with detailed muscle fibers, highlighting its robust texture. Red and blue colors denote oxygenated and deoxygenated blood pathways. This educational diagram provides insight into cardiovascular function and structure. Function structure illustrations
Cross-section illustration of a human heart, showcasing internal anatomy. Features include the four chambers: right and left atria, and right and left ventricles. Visible are major blood vessels such as the aorta and pulmonary arteries. Heart valves are depicted between atria and ventricles, aiding blood flow regulation. The myocardium is illustrated with detailed muscle fibers, highlighting its robust texture. Red and blue colors denote oxygenated and deoxygenated blood pathways. This educational diagram provides insight into cardiovascular function and structure. Function structure illustrations
Animal Cell Anatomy Diagram Structure with all parts nucleus smooth rough endoplasmic reticulum cytoplasm golgi apparatus mitochondria membrane centrosome ribosome anatomical figure science education. Function structure vectors
Animal Cell Anatomy Diagram Structure with all parts nucleus smooth rough endoplasmic reticulum cytoplasm golgi apparatus mitochondria membrane centrosome ribosome anatomical figure science education. Function structure vectors
Animal Cell Anatomy Diagram Structure with all parts nucleus smooth rough endoplasmic reticulum cytoplasm golgi apparatus mitochondria membrane centrosome ribosome anatomical figure science education. Function structure vectors
Animal Cell Anatomy Diagram Structure with all parts nucleus smooth rough endoplasmic reticulum cytoplasm golgi apparatus mitochondria membrane centrosome ribosome anatomical figure science education. Function structure vectors
Illustration of a pine cone, featuring detailed brown scales and a central axis. Several small, brown seeds are depicted falling from the cone, emphasizing the reproductive function of the structure. The shading and highlights suggest a three-dimensional form, and the simplistic style enhances its natural textures. The image has a clean, white background, providing a clear contrast against the organic tones of the pine cone and seeds. Function structure illustrations
Illustration of a pine cone, featuring detailed brown scales and a central axis. Several small, brown seeds are depicted falling from the cone, emphasizing the reproductive function of the structure. The shading and highlights suggest a three-dimensional form, and the simplistic style enhances its natural textures. The image has a clean, white background, providing a clear contrast against the organic tones of the pine cone and seeds. Function structure illustrations
The image displays two lateral views of a brain represented using a voxel-based 3D model. The brain surfaces are illustrated with varying shades of red, indicating different levels of activity or density. This type of visualization is commonly used in neuroimaging to study brain function, structure, and connectivity. Function structure illustrations
The image displays two lateral views of a brain represented using a voxel-based 3D model. The brain surfaces are illustrated with varying shades of red, indicating different levels of activity or density. This type of visualization is commonly used in neuroimaging to study brain function, structure, and connectivity. Function structure illustrations
Illustration of a modern hospital building featuring a tall, rectangular design. The facade has a prominent red cross symbol, indicating its medical function. The structure consists of multiple levels with horizontal lines representing windows. The building's color palette includes light blue and white, giving it a clean, professional appearance. The entrance is denoted by a small overhang at the base, emphasizing accessibility. The design is simplified, focusing on key architectural elements typical of contemporary healthcare facilities. Function structure illustrations
Illustration of a modern hospital building featuring a tall, rectangular design. The facade has a prominent red cross symbol, indicating its medical function. The structure consists of multiple levels with horizontal lines representing windows. The building's color palette includes light blue and white, giving it a clean, professional appearance. The entrance is denoted by a small overhang at the base, emphasizing accessibility. The design is simplified, focusing on key architectural elements typical of contemporary healthcare facilities. Function structure illustrations
Stratum corneum, the most superficial layer of the epidermis, has a lamellar structure composed of layers of lipids and moisture. when it is disrupted, the skin lose its moisture, and external irritants enter the skin. Function structure vectors
Stratum corneum, the most superficial layer of the epidermis, has a lamellar structure composed of layers of lipids and moisture. when it is disrupted, the skin lose its moisture, and external irritants enter the skin. Function structure vectors
Diagram of human lungs showing alveoli, bronchioles, and blood vessels. Lungs are depicted with branching airways leading to clusters of alveoli, where gas exchange occurs. Alveoli are highlighted as round structures with a network of surrounding capillaries in red (oxygen-poor) and blue (oxygen-rich) colors. Trachea is visible at the top. This anatomical illustration serves educational purposes in biology and medicine, detailing respiratory system function and structure. Function structure illustrations
Diagram of human lungs showing alveoli, bronchioles, and blood vessels. Lungs are depicted with branching airways leading to clusters of alveoli, where gas exchange occurs. Alveoli are highlighted as round structures with a network of surrounding capillaries in red (oxygen-poor) and blue (oxygen-rich) colors. Trachea is visible at the top. This anatomical illustration serves educational purposes in biology and medicine, detailing respiratory system function and structure. Function structure illustrations
Cross-section of a human kidney labeled with key structures. The renal cortex is the outer layer, followed by the renal medulla containing renal pyramids and columns. Major and minor calyces lead to the renal pelvis, which connects to the ureter. Blood vessels include the renal artery (red) and renal vein (blue). Text annotations indicate each part of the kidney's anatomy, useful for educational purposes in understanding kidney function and structure. Function structure illustrations
Cross-section of a human kidney labeled with key structures. The renal cortex is the outer layer, followed by the renal medulla containing renal pyramids and columns. Major and minor calyces lead to the renal pelvis, which connects to the ureter. Blood vessels include the renal artery (red) and renal vein (blue). Text annotations indicate each part of the kidney's anatomy, useful for educational purposes in understanding kidney function and structure. Function structure illustrations
Spinosaurus `thorn lizard` is a genus of theropod dinosaur that lived in what is now North Africa during the late Lower and early Upper Cretaceous. Spinosaurus shows conspicuous spinous processes of the vertebrae, which were at least 1. 69 meters long and were probably connected with skin to form a sail-like structure. Some authors also suggest that they were surrounded by muscles and formed an elongated hump. The function of this structure remains unclear - among other things, functions for thermoregulation and communication with conspecifics, e. g. B. Discussed the impressive behavior. Numerous features indicate a semi-aquatic way of life. This includes the small pelvis. The feet resembled those of today`s waders. They may also be webbed. The long neck and the relatively long trunk move the body`s center of gravity forward. Although Spinosaurus ’hind legs were not particularly long, they were sufficient to enable a bipedal two-legged walk on land. Most likely Spinosaurus hunted fish like Onchopristis, a large representative of the pseudo-sawfish, especially in shallow water. Function structure illustrations
Spinosaurus `thorn lizard` is a genus of theropod dinosaur that lived in what is now North Africa during the late Lower and early Upper Cretaceous. Spinosaurus shows conspicuous spinous processes of the vertebrae, which were at least 1. 69 meters long and were probably connected with skin to form a sail-like structure. Some authors also suggest that they were surrounded by muscles and formed an elongated hump. The function of this structure remains unclear - among other things, functions for thermoregulation and communication with conspecifics, e. g. B. Discussed the impressive behavior. Numerous features indicate a semi-aquatic way of life. This includes the small pelvis. The feet resembled those of today`s waders. They may also be webbed. The long neck and the relatively long trunk move the body`s center of gravity forward. Although Spinosaurus ’hind legs were not particularly long, they were sufficient to enable a bipedal two-legged walk on land. Most likely Spinosaurus hunted fish like Onchopristis, a large representative of the pseudo-sawfish, especially in shallow water. Function structure illustrations
Sagittal view of the human brain showing detailed anatomy. Labeled parts include the frontal parietal occipital and temporal lobes cerebrum cerebellum corpus callosum hypothalamus pituitary gland brainstem pons medulla oblongata midbrain fourth ventricle fornix pineal gland anterior commissure. Each section is color coded for clarity cerebrum in blue and green cerebellum in purple with the central structures in beige and orange. This diagram helps visualize brain function and structure. Function structure illustrations
Sagittal view of the human brain showing detailed anatomy. Labeled parts include the frontal parietal occipital and temporal lobes cerebrum cerebellum corpus callosum hypothalamus pituitary gland brainstem pons medulla oblongata midbrain fourth ventricle fornix pineal gland anterior commissure. Each section is color coded for clarity cerebrum in blue and green cerebellum in purple with the central structures in beige and orange. This diagram helps visualize brain function and structure. Function structure illustrations
Diagram of a fuel injector, detailing its internal components. It features a nozzle at the bottom, through which fuel is sprayed, depicted by droplets. The central spring mechanism and the valve needle control fuel flow. The zigzag lines indicate cross-sections of the metallic components, showing cylindrical and conical shapes. The white background emphasizes the mechanical details in black and white. This serves as an educational tool for understanding the function and structure of a typical fuel injector used in engines. Function structure illustrations
Diagram of a fuel injector, detailing its internal components. It features a nozzle at the bottom, through which fuel is sprayed, depicted by droplets. The central spring mechanism and the valve needle control fuel flow. The zigzag lines indicate cross-sections of the metallic components, showing cylindrical and conical shapes. The white background emphasizes the mechanical details in black and white. This serves as an educational tool for understanding the function and structure of a typical fuel injector used in engines. Function structure illustrations
Data slice in the volume of the distribution function of point data. Three-dimensional flow of analytical information. The bulge of the mountain in the context of science. Function structure illustrations
Data slice in the volume of the distribution function of point data. Three-dimensional flow of analytical information. The bulge of the mountain in the context of science. Function structure illustrations
Detailed of the human respiratory system featuring the right and left lungs with labeled lobes right superior middle and inferior and left superior and inferior lobes. It includes the trachea larynx esophagus bronchi bronchioles heart aorta pulmonary vessels and diaphragm. An inset shows microscopic alveoli with oxygen O2 and carbon dioxide CO2 exchange in alveolar sacs and capillary networks. The anatomical layout serves educational purposes for understanding respiratory function and structure. Function structure illustrations
Detailed of the human respiratory system featuring the right and left lungs with labeled lobes right superior middle and inferior and left superior and inferior lobes. It includes the trachea larynx esophagus bronchi bronchioles heart aorta pulmonary vessels and diaphragm. An inset shows microscopic alveoli with oxygen O2 and carbon dioxide CO2 exchange in alveolar sacs and capillary networks. The anatomical layout serves educational purposes for understanding respiratory function and structure. Function structure illustrations
Detailed cross section of a human heart showcasing internal structures such as the valves chambers and muscular walls. The texture is realistic featuring a reddish brown hue consistent with biological tissue. Strands resembling chordae tendineae are visible connecting within the heart s interior. The image highlights anatomical features providing insight into cardiac function and structure. Function structure illustrations
Detailed cross section of a human heart showcasing internal structures such as the valves chambers and muscular walls. The texture is realistic featuring a reddish brown hue consistent with biological tissue. Strands resembling chordae tendineae are visible connecting within the heart s interior. The image highlights anatomical features providing insight into cardiac function and structure. Function structure illustrations
The islets of Langerhans are responsible for the endocrine function of the pancreas. Each islet contains beta, alpha, and delta cells that are responsible for the secretion of a hormones. Function structure vectors
The islets of Langerhans are responsible for the endocrine function of the pancreas. Each islet contains beta, alpha, and delta cells that are responsible for the secretion of a hormones. Function structure vectors
Cross-section of human skin showing detailed anatomy, including layers like the epidermis, dermis, and subcutaneous tissue. Hair follicles, sebaceous glands, and sweat glands are visible. Colors differentiate structures: pink for skin layers, blue for glands. Hair shafts protrude from follicles, surrounded by nerve endings and small blood vessels. This educational diagram highlights the complexity of skin function and structure, often used in dermatological studies or medical textbooks. Function structure illustrations
Cross-section of human skin showing detailed anatomy, including layers like the epidermis, dermis, and subcutaneous tissue. Hair follicles, sebaceous glands, and sweat glands are visible. Colors differentiate structures: pink for skin layers, blue for glands. Hair shafts protrude from follicles, surrounded by nerve endings and small blood vessels. This educational diagram highlights the complexity of skin function and structure, often used in dermatological studies or medical textbooks. Function structure illustrations
Cells of Adaptive immune system immune response. B lymphocyte and T-cell. Types, and function of lymphocytes. Infographics. Vector illustration on white background. Function structure vectors
Cells of Adaptive immune system immune response. B lymphocyte and T-cell. Types, and function of lymphocytes. Infographics. Vector illustration on white background. Function structure vectors
Illustration of a stylized lighthouse with a blue roof and red tower featuring a white central band. Light beams extend from the top, indicating its function. The structure sits on stylized ocean waves, adding to its nautical theme. Simple and minimalistic design with clean lines and soft colors, typical of digital vector art. Function structure illustrations
Illustration of a stylized lighthouse with a blue roof and red tower featuring a white central band. Light beams extend from the top, indicating its function. The structure sits on stylized ocean waves, adding to its nautical theme. Simple and minimalistic design with clean lines and soft colors, typical of digital vector art. Function structure illustrations
Human Health Infographic Elements Objects. Heart, brain, liver, lungs, stomach, intestine, skin hair structure, red blood cells, fat and immune cells etc. Function structure vectors
Human Health Infographic Elements Objects. Heart, brain, liver, lungs, stomach, intestine, skin hair structure, red blood cells, fat and immune cells etc. Function structure vectors
Illustration of the human knee joint labeled with anatomical components. Key structures include the femur patella tibia and fibula. Ligaments such as the anterior and posterior cruciate ligaments ACL and PCL medial and lateral collateral ligaments MCL and LCL are highlighted. Other elements include the quadriceps tendon suprapatellar and prepatellar bursae medial and lateral menisci articular cartilage and synovial membrane. The diagram provides a detailed visualization of these parts essential for understanding knee joint function and structure. Function structure illustrations
Illustration of the human knee joint labeled with anatomical components. Key structures include the femur patella tibia and fibula. Ligaments such as the anterior and posterior cruciate ligaments ACL and PCL medial and lateral collateral ligaments MCL and LCL are highlighted. Other elements include the quadriceps tendon suprapatellar and prepatellar bursae medial and lateral menisci articular cartilage and synovial membrane. The diagram provides a detailed visualization of these parts essential for understanding knee joint function and structure. Function structure illustrations
Structure of a Nephron. urine formation filtration, reabsorption, secretion, excretion. liquid enters to the glomerulus in Browman`s capsule goes down by the loop of henle to collecting duct in the kidneys. Vector diagram for educational, medical, biological and science use. Function structure vectors
Structure of a Nephron. urine formation filtration, reabsorption, secretion, excretion. liquid enters to the glomerulus in Browman`s capsule goes down by the loop of henle to collecting duct in the kidneys. Vector diagram for educational, medical, biological and science use. Function structure vectors
Cross section diagram of a human kidney featuring labeled components renal cortex medulla pyramids papilla and column. The fibrous capsule surrounds the kidney. The renal pelvis minor and major calyces renal artery vein and hilum are depicted. The ureter extends downward. The renal artery and vein are shown in blue and red respectively. This educational highlights key anatomical features for understanding kidney function and structure. Function structure illustrations
Cross section diagram of a human kidney featuring labeled components renal cortex medulla pyramids papilla and column. The fibrous capsule surrounds the kidney. The renal pelvis minor and major calyces renal artery vein and hilum are depicted. The ureter extends downward. The renal artery and vein are shown in blue and red respectively. This educational highlights key anatomical features for understanding kidney function and structure. Function structure illustrations