Sign in now to view, license and download this image or contact us to see this image without a watermark. Want to embed this image on a non-commercial website or blog? Learn more.
Mucous Gland, Human Epiglottis, 250X : Stock Photo
Mucous Gland, Human Epiglottis, 250X. This image shows the mucous secreting cells facing a duct. This is considered an exocrine gland since the secretion goes into a duct rather than into the blood like an endocrine gland.

Mucous Gland, Human Epiglottis, 250X

Credit: 
Ed Reschke
Caption:
Mucous Gland, Human Epiglottis, 250X. This image shows the mucous secreting cells facing a duct. This is considered an exocrine gland since the secretion goes into a duct rather than into the blood like an endocrine gland.
Calculate price
View cart
Creative #:
158800496
Release info:
No release, but release may not be required.More information
License type:
Rights-managedRights-managed products are licensed with restrictions on usage, such as limitations on size, placement, duration of use and geographic distribution. You will be asked to submit information concerning your intended use of the product, which will determine the scope of usage rights granted.
Collection:
Oxford Scientific
Max file size:
3,468 x 5,222 px (11.56 x 17.41 in) - 300 dpi - 20 MB

Keywords

This image is subject to copyright. Getty Images reserves the right to pursue unauthorized users of this image or clip, and to seek damages for copyright violations. To learn more about copyright and Getty Images’ enforcement program, click here. Availability for this image cannot be guaranteed until time of purchase.
Mucous Gland Human Epiglottis 250x Stock Photo 158800496Mucus,Biology,Cell,Close-up,Color Image,Epiglottis,Exocrine Gland,Healthcare And Medicine,Human Body Part,Human Gland,Human Tissue,Immunofluorescent Photomicrograph,Magnification,Microbiology,No People,Photography,USA,VerticalPhotographer Collection: Oxford Scientific Ed ReschkeMucous Gland, Human Epiglottis, 250X. This image shows the mucous secreting cells facing a duct. This is considered an exocrine gland since the secretion goes into a duct rather than into the blood like an endocrine gland.