Aktuális sajtó tartalmak és illusztrációs fotók

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RF
Arcuate foramen. Ponticulus posticus. Little posterior bridge. Kimmerles anomaly. Atlas structure. First cervical vertebra from above. Detailed Vector-stock-foto
RF
A 3d rendering of connection between hematopoietic stem cells and a femur. it's intended to suggest the potential for red blood cell development.-stock-foto
RF
A 3d rendering of connection between hematopoietic stem cells and a femur. it's intended to suggest the potential for red blood cell development.-stock-foto
RF
A 3d rendering of connection between hematopoietic stem cells and a femur. it's intended to suggest the potential for red blood cell development.-stock-foto
RF
A 3d rendering of connection between hematopoietic stem cells and a femur. it's intended to suggest the potential for red blood cell development.-stock-foto
RF
Bone anatomy. Close-up of Osteoclast for Breaks down Bone tissue, Osteoblast that Synthesize Bone and Osteocyte. Cross section of a human femur. Vecto-stock-foto
RF
Bone remodeling process. Close-up of Osteoblasts, Osteoclast, Osteocytes and bone lining cells. Bone resorption and matrix formation. Vector illustrat-stock-foto
RF
skull line icon set vector designs-stock-foto
RF
Osgood-Schlatter disease causes knee pain and swelling at the tibial tuberosity, often in adolescents due to rapid growth and physical activity.-stock-foto
RF
Osgood-Schlatter disease causes knee pain and swelling at the tibial tuberosity, often in adolescents due to rapid growth and physical activity.-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Plain x ray of the right foot of a 9 years old child shows normal pediatric bone xray study, with ossification centers of a normal growing child with-stock-foto
RF
Development of bone in the place of the cartilage model. The growth plate is formed of cartilage consisting of proliferating cartilage cells.-stock-foto
RF
Development of bone in the place of the cartilage model. The growth plate is formed of cartilage consisting of proliferating cartilage cells.-stock-foto
RF
Development of bone in the place of the cartilage model. The growth plate is formed of cartilage consisting of proliferating cartilage cells.-stock-foto
RF
Light micrograph of intramembranous ossification. Trabeculae of bone are being formed by osteoblasts lining their surface.Hematoxylin and eosin staint-stock-foto
RF
Light micrograph of intramembranous ossification. Trabeculae of bone are being formed by osteoblasts lining their surface. Hematoxylin and eosin stain-stock-foto
RM
Dynamic Regeneration, Fracture Healing, Fibrocartilaginous Callus, Osteoblastogenesis, Formation and Bone Healing, Ossification Process, Scar Tissue,-stock-foto
RM
Dynamic Regeneration, Fracture Healing, Fibrocartilaginous Callus, Osteoblastogenesis, Formation and Bone Healing, Ossification Process, Scar Tissue,-stock-foto
RM
Dynamic Regeneration, Fracture Healing, Fibrocartilaginous Callus, Osteoblastogenesis, Formation and Bone Healing, Ossification Process, Scar Tissue,-stock-foto
RF
A brown cow died in the winter in a semi-desert. The corpse was eaten by a fox, corpse-eating beetles, skin-eating beetles. Big boneswaterlessness-stock-foto
RF
A brown cow died in the winter in a semi-desert. The corpse was eaten by a fox, corpse-eating beetles, skin-eating beetles. Big boneswaterlessness-stock-foto
RF
osteocyte-stock-foto
RF
Guadiana spanish pond turtle shell. Natural light. Vertical-stock-foto
RF
Guadiana spanish pond turtle shell. Natural light. Long format-stock-foto
RF
Guadiana spanish pond turtle shell. Natural light. Closeup-stock-foto
RF
Petrified fragment of a spinal cord of an ancient mammal found on the bottom of the former Sarmatian Sea.-stock-foto
RF
Anterior and posterior view of skeletal system,3D rendering-stock-foto
RF
Anterior and left lateral view of skeletal system,3D rendering-stock-foto
RF
Posterior and left lateral view of skeletal system,3D rendering-stock-foto
RF
Joints and Ligaments of Clavicle-stock-foto
RM
3d illustration of Osteoclaste, medically accurate, Bone modeling and remodeling, Bone tissue, Calcium absorbing cells from bone and cartilage, 3d-stock-foto