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Bone Structure Illustrations & Vectors

Browse through 23,053 bone structure illustrations & vectors or explore more nail structure or outline diagram vectors to complete your project with stunning visuals.

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Obturator internus muscle with externus location near pelvis bone outline diagram. Labeled educational scheme with human hip muscular system and skeletal structure description vector illustration. Bone structure vectors
Obturator internus muscle with externus location near pelvis bone outline diagram. Labeled educational scheme with human hip muscular system and skeletal structure description vector illustration. Bone structure vectors

Obturator internus muscle with externus location near pelvis outline diagram. Obturator internus muscle with externus location near pelvis bone outline diagram. Labeled educational scheme with human hip muscular system and skeletal structure description vector illustration.

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Herniated disc injury 3D side view on spinal bone skeleton vector illustration. Medical condition with back trauma pain and nerve root compression by nucleus pulposus. Problematic example comparison. Bone structure vectors
Herniated disc injury 3D side view on spinal bone skeleton vector illustration. Medical condition with back trauma pain and nerve root compression by nucleus pulposus. Problematic example comparison. Bone structure vectors

Herniated disc injury 3D side view on spine bone skeleton vector illustration. Herniated disc injury 3D side view on spinal bone skeleton vector illustration. Medical condition with back trauma pain and nerve root compression by nucleus pulposus. Problematic example comparison.

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Palmaris longus skeletal and muscular body structure for human arm outline diagram. Labeled educational scheme with anatomical and medical hand inner parts physical description vector illustration. Bone structure vectors
Palmaris longus skeletal and muscular body structure for human arm outline diagram. Labeled educational scheme with anatomical and medical hand inner parts physical description vector illustration. Bone structure vectors

Palmaris longus skeletal and muscular structure for human arm outline diagram. Palmaris longus skeletal and muscular body structure for human arm outline diagram. Labeled educational scheme with anatomical and medical hand inner parts physical description vector illustration.

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Vector illustration scheme of bone cross section. Diagram with articular cartilage, marrow, spongy bone, medullary cavity, endosteum, diaphysis, and periosteum. Explaned distal and proximal epiphysis. Bone structure vectors
Vector illustration scheme of bone cross section. Diagram with articular cartilage, marrow, spongy bone, medullary cavity, endosteum, diaphysis, and periosteum. Explaned distal and proximal epiphysis. Bone structure vectors

Vector illustration scheme of bone cross section. Diagram with articular cartilage, marrow, medullary cavity and periosteum. Vector illustration scheme of bone cross section. Diagram with articular cartilage, marrow, spongy bone, medullary cavity, endosteum, diaphysis, and periosteum. Explaned distal and proximal epiphysis.

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Peroneus brevis leg muscle with longus and tertius muscular part location outline diagram. Labeled educational foot skeletal structure from later view vector illustration. Tibia and metatarsal bone. Bone structure vectors
Peroneus brevis leg muscle with longus and tertius muscular part location outline diagram. Labeled educational foot skeletal structure from later view vector illustration. Tibia and metatarsal bone. Bone structure vectors

Peroneus brevis leg muscle with longus and tertius location outline diagram. Peroneus brevis leg muscle with longus and tertius muscular part location outline diagram. Labeled educational foot skeletal structure from later view vector illustration. Tibia and metatarsal bone.

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Skeletal muscle structure layers with anatomical arm closeups outline diagram. Labeled educational descriptions with bundle, fascicle, fibers, myofibril and sarcomere sections vector illustration. Bone structure vectors
Skeletal muscle structure layers with anatomical arm closeups outline diagram. Labeled educational descriptions with bundle, fascicle, fibers, myofibril and sarcomere sections vector illustration. Bone structure vectors

Skeletal muscle structure layers with anatomical closeups outline diagram. Skeletal muscle structure layers with anatomical arm closeups outline diagram. Labeled educational descriptions with bundle, fascicle, fibers, myofibril and sarcomere sections vector illustration.

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Ball and stick model of retinol (vitamin A). Atoms are coloured according to convention (carbon-grey, hydrogen-white, oxygen-red). Vitamin A is essential for vision, skin health, bone growth and teeth mineralization. Bone structure illustrations
Ball and stick model of retinol (vitamin A). Atoms are coloured according to convention (carbon-grey, hydrogen-white, oxygen-red). Vitamin A is essential for vision, skin health, bone growth and teeth mineralization. Bone structure illustrations

Vitamin A structure. Ball and stick model of retinol (vitamin A). Atoms are coloured according to convention (carbon-grey, hydrogen-white, oxygen-red). Vitamin A is essential for vision, skin health, bone growth and teeth mineralization.

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Thoracic Skeleton The human rib cage is made up of 12 paired rib bones; each are symmetrically paired on a right and left side. Of all 24 ribs, the first seven pairs are often labeled as `true. ` These bones are connected to the costal cartilage, while the five other `false` sets are not. The ribcage also encloses the thoracic cavity and helps protect the heart and lungs from damage. There are 24 ribs in the human body, divided into two sets of 12 curved, flat bones. Each one is attached by cartilage at the back to the thoracic vertebrae. MEN and women have 12 pairs of ribs a few individuals have 13 or 11 pairs. The idea that men have fewer ribs than women is widespread but wrong, perhaps deriving from the biblical story of Eve being made from one of Adam`s ribs. Both men and women have 24 ribs, twelve on each side. Floating rib: One of the last two ribs. A rib is said to be `floating` if it does not attach to the sternum the breast bone or to another rib. There are usually 12 pairs of ribs in all. Each pair of ribs is attached to the building blocks of the spine the vertebrae in the back. The ribs partially enclose and protect the chest cavity, where many vital organs including the heart and the lungs are located. The rib cage is collectively made up of long, curved individual bones with joint-connections to the spinal vertebrae. Bone structure illustrations
Thoracic Skeleton The human rib cage is made up of 12 paired rib bones; each are symmetrically paired on a right and left side. Of all 24 ribs, the first seven pairs are often labeled as `true. ` These bones are connected to the costal cartilage, while the five other `false` sets are not. The ribcage also encloses the thoracic cavity and helps protect the heart and lungs from damage. There are 24 ribs in the human body, divided into two sets of 12 curved, flat bones. Each one is attached by cartilage at the back to the thoracic vertebrae. MEN and women have 12 pairs of ribs a few individuals have 13 or 11 pairs. The idea that men have fewer ribs than women is widespread but wrong, perhaps deriving from the biblical story of Eve being made from one of Adam`s ribs. Both men and women have 24 ribs, twelve on each side. Floating rib: One of the last two ribs. A rib is said to be `floating` if it does not attach to the sternum the breast bone or to another rib. There are usually 12 pairs of ribs in all. Each pair of ribs is attached to the building blocks of the spine the vertebrae in the back. The ribs partially enclose and protect the chest cavity, where many vital organs including the heart and the lungs are located. The rib cage is collectively made up of long, curved individual bones with joint-connections to the spinal vertebrae. Bone structure illustrations

Thoracic Skeleton Lateral view. Thoracic Skeleton The human rib cage is made up of 12 paired rib bones; each are symmetrically paired on a right and left side. Of all 24 ribs, the first seven pairs are often labeled as `true.` These bones are connected to the costal cartilage, while the five other `false` sets are not. The ribcage also encloses the thoracic cavity and helps protect the heart and lungs from damage. There are 24 ribs in the human body, divided into two sets of 12 curved, flat bones. Each one is attached by cartilage at the back to the thoracic vertebrae. MEN and women have 12 pairs of ribs a few individuals have 13 or 11 pairs. The idea that men have fewer ribs than women is widespread but wrong, perhaps deriving from the biblical story of Eve being made from one of Adam`s ribs. Both men and women have 24 ribs, twelve on each side. Floating rib: One of the last two ribs. A rib is said to be `floating` if it does not attach to the sternum the breast bone or to another rib. There are usually 12 pairs of ribs in all. Each pair of ribs is attached to the building blocks of the spine the vertebrae in the back. The ribs partially enclose and protect the chest cavity, where many vital organs including the heart and the lungs are located. The rib cage is collectively made up of long, curved individual bones with joint-connections to the spinal vertebrae.

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Estrogen action. Oestrogen, or estradiol is the primary female sex hormone. Woman silhouette with highlighted internal organs liver, uterus, ovary, brain, adrenal gland, bone, muscle and heart. vector illustration for medical, educational and science use. Bone structure vectors
Estrogen action. Oestrogen, or estradiol is the primary female sex hormone. Woman silhouette with highlighted internal organs liver, uterus, ovary, brain, adrenal gland, bone, muscle and heart. vector illustration for medical, educational and science use. Bone structure vectors

Estrogen action. Woman silhouette with highlighted internal organs. Estrogen action. Oestrogen, or estradiol is the primary female sex hormone. Woman silhouette with highlighted internal organs liver, uterus, ovary, brain, adrenal gland, bone, muscle and heart. vector illustration for medical, educational and science use

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The hip joint is one of the most important joints in the human body. It allows us to walk, run, and jump. It bears our body’s weight and the force of the strong muscles of the hip and leg. Yet the hip joint is also one of our most flexible joints and allows a greater range of motion than all other joints in the body except for the shoulder. The hip joint is a ball-and-socket synovial joint formed between the os coxa (hip bone) and the femur. A round, cup-shaped structure on the os coax, known as the acetabulum, forms the socket for the hip joint. The rounded head of the femur forms the ball of the joint. The tibia, sometimes known as the shin bone, is the larger and stronger of the two lower leg bones. It forms the knee joint with the femur and the ankle joint with the fibula and tarsus. The fibula is the long, thin and lateral bone of the lower leg. It runs parallel to the tibia, or shin bone, and plays a significant role in stabilizing the ankle and supporting the muscles of the lower leg. The bones of the ankle and foot form the most distal region of the lower limb in the appendicular skeleton. These bones are responsible for the propulsion, balance, and support of the body’s weight through many diverse activities, such as standing, walking, running, and jumping. Bone structure illustrations
The hip joint is one of the most important joints in the human body. It allows us to walk, run, and jump. It bears our body’s weight and the force of the strong muscles of the hip and leg. Yet the hip joint is also one of our most flexible joints and allows a greater range of motion than all other joints in the body except for the shoulder. The hip joint is a ball-and-socket synovial joint formed between the os coxa (hip bone) and the femur. A round, cup-shaped structure on the os coax, known as the acetabulum, forms the socket for the hip joint. The rounded head of the femur forms the ball of the joint. The tibia, sometimes known as the shin bone, is the larger and stronger of the two lower leg bones. It forms the knee joint with the femur and the ankle joint with the fibula and tarsus. The fibula is the long, thin and lateral bone of the lower leg. It runs parallel to the tibia, or shin bone, and plays a significant role in stabilizing the ankle and supporting the muscles of the lower leg. The bones of the ankle and foot form the most distal region of the lower limb in the appendicular skeleton. These bones are responsible for the propulsion, balance, and support of the body’s weight through many diverse activities, such as standing, walking, running, and jumping. Bone structure illustrations

Skeleton: Hip, Femur, Tibia, Fibula, Ankle and Foot bones. The hip joint is one of the most important joints in the human body. It allows us to walk, run, and jump. It bears our body’s weight and the force of the strong muscles of the hip and leg. Yet the hip joint is also one of our most flexible joints and allows a greater range of motion than all other joints in the body except for the shoulder. The hip joint is a ball-and-socket synovial joint formed between the os coxa (hip bone) and the femur. A round, cup-shaped structure on the os coax, known as the acetabulum, forms the socket for the hip joint. The rounded head of the femur forms the ball of the joint. The tibia, sometimes known as the shin bone, is the larger and stronger of the two lower leg bones. It forms the knee joint with the femur and the ankle joint with the fibula and tarsus. The fibula is the long, thin and lateral bone of the lower leg. It runs parallel to the tibia, or shin bone, and plays a significant role in stabilizing the ankle and supporting the muscles of the lower leg. The bones of the ankle and foot form the most distal region of the lower limb in the appendicular skeleton. These bones are responsible for the propulsion, balance, and support of the body’s weight through many diverse activities, such as standing, walking, running, and jumping.

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Thoracic Skeleton The human rib cage is made up of 12 paired rib bones; each are symmetrically paired on a right and left side. Of all 24 ribs, the first seven pairs are often labeled as `true. ` These bones are connected to the costal cartilage, while the five other `false` sets are not. The ribcage also encloses the thoracic cavity and helps protect the heart and lungs from damage. There are 24 ribs in the human body, divided into two sets of 12 curved, flat bones. Each one is attached by cartilage at the back to the thoracic vertebrae. MEN and women have 12 pairs of ribs a few individuals have 13 or 11 pairs. The idea that men have fewer ribs than women is widespread but wrong, perhaps deriving from the biblical story of Eve being made from one of Adam`s ribs. Both men and women have 24 ribs, twelve on each side. Floating rib: One of the last two ribs. A rib is said to be `floating` if it does not attach to the sternum the breast bone or to another rib. There are usually 12 pairs of ribs in all. Each pair of ribs is attached to the building blocks of the spine the vertebrae in the back. The ribs partially enclose and protect the chest cavity, where many vital organs including the heart and the lungs are located. The rib cage is collectively made up of long, curved individual bones with joint-connections to the spinal vertebrae. Bone structure illustrations
Thoracic Skeleton The human rib cage is made up of 12 paired rib bones; each are symmetrically paired on a right and left side. Of all 24 ribs, the first seven pairs are often labeled as `true. ` These bones are connected to the costal cartilage, while the five other `false` sets are not. The ribcage also encloses the thoracic cavity and helps protect the heart and lungs from damage. There are 24 ribs in the human body, divided into two sets of 12 curved, flat bones. Each one is attached by cartilage at the back to the thoracic vertebrae. MEN and women have 12 pairs of ribs a few individuals have 13 or 11 pairs. The idea that men have fewer ribs than women is widespread but wrong, perhaps deriving from the biblical story of Eve being made from one of Adam`s ribs. Both men and women have 24 ribs, twelve on each side. Floating rib: One of the last two ribs. A rib is said to be `floating` if it does not attach to the sternum the breast bone or to another rib. There are usually 12 pairs of ribs in all. Each pair of ribs is attached to the building blocks of the spine the vertebrae in the back. The ribs partially enclose and protect the chest cavity, where many vital organs including the heart and the lungs are located. The rib cage is collectively made up of long, curved individual bones with joint-connections to the spinal vertebrae. Bone structure illustrations

Thoracic Skeleton Anterior view. Thoracic Skeleton The human rib cage is made up of 12 paired rib bones; each are symmetrically paired on a right and left side. Of all 24 ribs, the first seven pairs are often labeled as `true.` These bones are connected to the costal cartilage, while the five other `false` sets are not. The ribcage also encloses the thoracic cavity and helps protect the heart and lungs from damage. There are 24 ribs in the human body, divided into two sets of 12 curved, flat bones. Each one is attached by cartilage at the back to the thoracic vertebrae. MEN and women have 12 pairs of ribs a few individuals have 13 or 11 pairs. The idea that men have fewer ribs than women is widespread but wrong, perhaps deriving from the biblical story of Eve being made from one of Adam`s ribs. Both men and women have 24 ribs, twelve on each side. Floating rib: One of the last two ribs. A rib is said to be `floating` if it does not attach to the sternum the breast bone or to another rib. There are usually 12 pairs of ribs in all. Each pair of ribs is attached to the building blocks of the spine the vertebrae in the back. The ribs partially enclose and protect the chest cavity, where many vital organs including the heart and the lungs are located. The rib cage is collectively made up of long, curved individual bones with joint-connections to the spinal vertebrae.

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Perichondrium as hyaline, fibrous and elastic cartilage membrane outline diagram. Labeled educational tissue layer structure with cartilaginous ground substance, halo and collagen vector illustration. Bone structure vectors
Perichondrium as hyaline, fibrous and elastic cartilage membrane outline diagram. Labeled educational tissue layer structure with cartilaginous ground substance, halo and collagen vector illustration. Bone structure vectors

Perichondrium as hyaline and elastic cartilage membrane outline diagram. Perichondrium as hyaline, fibrous and elastic cartilage membrane outline diagram. Labeled educational tissue layer structure with cartilaginous ground substance, halo and collagen vector illustration.

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Skeletal muscles are organs of the vertebrate muscular system that are mostly attached by tendons to bones of the skeleton. The muscle cells of skeletal muscles are much longer than in the other types of muscle tissue, and are often known as muscle fibers. Bone structure illustrations
Skeletal muscles are organs of the vertebrate muscular system that are mostly attached by tendons to bones of the skeleton. The muscle cells of skeletal muscles are much longer than in the other types of muscle tissue, and are often known as muscle fibers. Bone structure illustrations

Illustration of Structure Skeletal Muscle with sarcomere. Skeletal muscles are organs of the vertebrate muscular system that are mostly attached by tendons to bones of the skeleton. The muscle cells of skeletal muscles are much longer than in the other types of muscle tissue, and are often known as muscle fibers

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