RFHWM17G–Cyst. Medical Concept on Blue Background. 3D Illustration.
RMK2297G–Each nasal cavity encloses an olfactory epithelium, whose stimulation by odorous molecules generates nerve signals. These are routed to the brain, where the odors are analyzed and associated with emotions and memories.
RF2HMRCEK–Inner intestine anatomy concept as the inside of a digestion organ with intestinal villi and crypts.
RMDKHDBX–Eye, detail. Close up.
RM2AYDCKM–Mucosal cell epithelium from the human bladder wall 400x
RF2HBMEYM–Different types of human cells including sperm, red blood cell, osteocyte, neuron, skeletal muscle and columnar epithelial cell. Digital illustration.
RF2GY2K5J–Intestinal microvilli close-up 3D rendering illustration. Microbiology, anatomy, biology, science, medicine, medical and healthcare concepts.
RME5R18J–Scanning electron micrograph (SEM) of the lung trachea epithelium which consists of ciliated cells seen here, and non-ciliated
RME95Y33–Human gut with carcanoma. brightfield photomicrograph, stained section
RFD14362–micrograph of medical science cilliated epithelium tissue cell
RF2AH8CT8–Medical illustration of the various animal tissues.
RF2J8BRM5–Cross section of the head marsh frog (Pelophylax ridibundus). Nasal cavity and the vomeronasal organ. Hematoxylin and eosin stain (H&E).
RF2JKWT4H–Eye, surgery, photokeractectomy step 3: the corneal epithelium layer is detached.
RM2BE0JF8–Scanning electron micrograph (SEM) of lung trachea epithelium. There are both ciliated and non-ciliated cells in this epithelium. Note the difference in size between the cilia and the microvilli (on the non-ciliated cell surface). Magnification: 5000x.
RMK22A3K–Each nasal cavity encloses an olfactory epithelium, whose stimulation by odorous molecules generates nerve signals. These are routed to the brain, where the odors are analyzed and associated with emotions and memories.
RF2K2ANW5–Anatomical human lungs
RMBREHAA–Eye close up detail
RFHA324Y–Old scar of leg injury, from car or motorbike accident, deep tissue scar , hairless man leg, calf injury , large scar on right hand calf. The scars as
RF2E5Y6PC–Different types of human cells including an egg cell, sperm, red blood cell, osteocyte, neuron, skeletal muscle and columnar epithelial cell. Digital
RFGJA8XF–Nasal mucosa cells and micro cilia vector scheme
RME5R0WN–Scanning electron micrograph (SEM) of the lung trachea epithelium which consists of ciliated cells and non-ciliated cells.
RME95Y36–Human gut with carcanoma. darkfield photomicrograph, stained section
RFMWA5K8–Epithelial cell of oral mucosa.140x
RFPCM170–The skin of the epithelium on the finger of an elderly man is dry and cracked. Isolated on white studio macro shot
RFD14385–micrograph of medical science cilliated epithelium tissue cell
RFRB4J9A–Symbolic medical illustration of symptoms of hyposmia
RF2DHC7P2–Skin Cells and Structure Layers of epidermis. cornified (stratum corneum), clear or translucent layer (lucidum), granular (stratum granulosum)
RF2JKWT89–Eye, surgery, Lasek step 2: the corneal epithelium layer is detached.
RF2NGT336–Retina surface (cones and rods) in the human eye isometric view 3d illustration
RMK22945–The walls of the nasal cavities are covered with a mucous membrane that produces nasal mucus. The odorous molecules dissolve in the nasal mucus of the olfactory epithelium (or olfactory mucous membrane).
RF2K2ANW3–Anatomical human lungs
RF2METCJN–Illustration of Pseudostratified Columnar Epithelia
RFHA322D–Old scar of leg injury, from car or motorbike accident, deep tissue scar , hairless man leg, calf injury , large scar on right hand calf. The scars as
RF2JAJ653–Frog development. Cross-sections through the head of the tadpole (Pelophylax ridibundus). Nasal cavity and oral cavity. Hematoxylin and eosin stain.
RF2J1YWCN–cat tongue cross section under the microscope showing foliate papillae, taste buds, submucosa and muscle - optical microscope x100 magnification
RME5R18H–Scanning electron micrograph (SEM) of the lung trachea epithelium which consists of ciliated cells seen here, and non-ciliated
RF2J99PE4–beautiful seashells washed up on the Maldives beach
RFP4RRCM–Epithelial cells of intestine of Ascaris. 140x
RF2HC88PE–Histological structure of an umbilical cord (transverse section)
RFD1435J–micrograph of medical science cilliated epithelium tissue cell
RF2JKPF59–intestinal epithelial cell
RFT2R493–Brown eyes isolated - Human Eyes - A beautiful brown eye - Image
RF2JKWT81–Eye, surgery, Lasek step 4: replacement of the corneal epithelium layer.
RF2NGT30W–Retina surface (cones and rods) in the human eye closeup view 3d illustration
RMK22A3J–The walls of the nasal cavities are covered with a mucous membrane that produces nasal mucus. The odorous molecules dissolve in the nasal mucus of the olfactory epithelium (or olfactory mucous membrane).
RFPH6KN8–cellules de l'épithélium buccal
RF2M9EYBF–Vocal cords open and closed
RFPW12NB–Human sense of smell system: olfactory bulb with mitral cells
RF2JAC4AJ–Light micrograph of epithelial tissue from the skin. Human finger section showing epidermis, dermis and connective tissues.
RFHW6MA0–Old scar of leg injury, from car or motorbike accident, deep tissue scar , hairless man leg, calf injury , large scar on right hand calf. The scars as
RFD18FBN–Photomicrograph of bronchiolar epithelium tissue
RF2J99PE2–beautiful seashells washed up on the Maldives beach
RF2HPK01R–food allergy is an abnormal immune response to food. Cell of normal Epithelium and Food allergy. development of an allergic reaction from allergens
RF2B4E57D–Cross section of a collecting duct, located in the medullary region of the kidney. It is lined by a simple columnar epithelium.
RFD1439F–micrograph of medical science cilliated epithelium tissue cell
RFPHTM7E–Micrograph. Cilliated ephitelium of gill. Transversal section.
RFT2R47M–Brown eyes isolated - Human Eyes - A beautiful brown eye - Image
RF2JKWT4P–Eye, surgery, photokeractectomy step 3: the corneal epithelium layer is detached.