Mucosal epithelium Stock Photos and Images

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Mucosal epithelium Stock Photos and Images

A molecular model of immunoglobulin A2 (IgA2), an isotype of the IgA antibody involved in mucosal immunity. IgA is the main immunoglobulin found in mucous secretions (tears, saliva, sweat, etc.) and secretions from the genitourinary tract, gastrointestinal tract, and respiratory epithelium. Compared to IgA1, IgA2 is more prominent in secretory lymphoid tissues in the gut and other secretions, rather than serum and non-secretory lymphoid organs such as the spleen and peripheral lymph nodes. Stock Photo

RM2BEH63M–A molecular model of immunoglobulin A2 (IgA2), an isotype of the IgA antibody involved in mucosal immunity. IgA is the main immunoglobulin found in mucous secretions (tears, saliva, sweat, etc.) and secretions from the genitourinary tract, gastrointestinal tract, and respiratory epithelium. Compared to IgA1, IgA2 is more prominent in secretory lymphoid tissues in the gut and other secretions, rather than serum and non-secretory lymphoid organs such as the spleen and peripheral lymph nodes.

Mucosal cell epithelium from the human bladder wall 400x Stock Photo

RM2AYDCKM–Mucosal cell epithelium from the human bladder wall 400x

Bronchial mucosa with chorion, ciliated epithelial cells. Stock Photo

RF2JKWMPX–Bronchial mucosa with chorion, ciliated epithelial cells.

Intestinal Villi, illustration Stock Photo

RM2BEHBA1–Intestinal Villi, illustration

RFGM6R60–Airways structure

Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue and smooth muscle fibers. Photomicrograph X150 at 10cm wide. Stock Photo

RF2WB429X–Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue and smooth muscle fibers. Photomicrograph X150 at 10cm wide.

Epithelial cell of oral mucosa.140x Stock Photo

RFMWA5K8–Epithelial cell of oral mucosa.140x

Nasal mucosa cells and micro cilia vector scheme Stock Vector

RFGJA8XF–Nasal mucosa cells and micro cilia vector scheme

Skin Cells and Structure Layers of epidermis. cornified (stratum corneum), clear or translucent layer (lucidum), granular (stratum granulosum) Stock Vector

RF2DHC7P2–Skin Cells and Structure Layers of epidermis. cornified (stratum corneum), clear or translucent layer (lucidum), granular (stratum granulosum)

Fallopian tube. Light micrograph (LM).The fallopian tube, or oviduct, conveys the egg from the ovary to the uterus. Ciliated columnar epithelium is yellow, connective tissue is red and blood vessels are black. Magnification: x120 when printed at 10 centimetres wide. Stock Photo

RFH3PAE5–Fallopian tube. Light micrograph (LM).The fallopian tube, or oviduct, conveys the egg from the ovary to the uterus. Ciliated columnar epithelium is yellow, connective tissue is red and blood vessels are black. Magnification: x120 when printed at 10 centimetres wide.

RF2C2JC2C–Mucosal cell epithelium from the human bladder wall 400x

Helicobacter pylori infecting stomach, causing mucosal damage and peptic ulcer, medical illustration Stock Vector

RFJ65HTP–Helicobacter pylori infecting stomach, causing mucosal damage and peptic ulcer, medical illustration

RFR43T6Y–Cholera bacteria

RF2B877RP–Mucosal cell epithelium from the human bladder wall 400x

RFR412M3–Cholera bacteria

Cross section of a small intestine. The most prominent feature of the mucosal layer is the abundance of villi extending into the lumen. Stock Photo

RF2E9GK1B–Cross section of a small intestine. The most prominent feature of the mucosal layer is the abundance of villi extending into the lumen.

RFR3PTPK–

Low power light microscope micrograph showing a cross section of a rat small intestine. The most prominent feature of the mucosal layer is the abundan Stock Photo

RF2K5HC84–Low power light microscope micrograph showing a cross section of a rat small intestine. The most prominent feature of the mucosal layer is the abundan

RFR3NJNY–

Respiratory epithelium. A type of ciliated columnar epithelium found lining most of the respiratory tract as respiratory mucosa including goblet cells Stock Vector

RF2JKEC43–Respiratory epithelium. A type of ciliated columnar epithelium found lining most of the respiratory tract as respiratory mucosa including goblet cells

RFR3MG14–

RF2JKWMT2–Bronchial mucosa with chorion, ciliated epithelial cells.

An illustrated close up view of an intestinal villus. Villi are finger-like projections extending into the lumen of the small intestine that absorb digested nutrients. Each villus is lined with columnar epithelium, known as enterocytes, with each cell posessing microvilli to increase surface area for more efficient absorption. Digested nutrients are abosorbed into nearby villus capillaries so that it can then be transported to the rest of the body. Stock Photo

RM2BEHB9X–An illustrated close up view of an intestinal villus. Villi are finger-like projections extending into the lumen of the small intestine that absorb digested nutrients. Each villus is lined with columnar epithelium, known as enterocytes, with each cell posessing microvilli to increase surface area for more efficient absorption. Digested nutrients are abosorbed into nearby villus capillaries so that it can then be transported to the rest of the body.

RFR3JHAD–

Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue and smooth muscle fibers. Photomicrograph X30 at 10cm wide. Stock Photo

RF2WB4291–Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue and smooth muscle fibers. Photomicrograph X30 at 10cm wide.

RFR3AHAC–

plastic bottle with a brine solution for oral use Stock Vector

RFMY1E19–plastic bottle with a brine solution for oral use

RFR385BM–

Fallopian tube. Light micrograph (LM).The fallopian tube, or oviduct, conveys the egg from the ovary to the uterus. Ciliated columnar epithelium is blue, connective tissue is red and blood vessels are black. Magnification: x120 when printed at 10 centimetres wide. Stock Photo

RFH3PABC–Fallopian tube. Light micrograph (LM).The fallopian tube, or oviduct, conveys the egg from the ovary to the uterus. Ciliated columnar epithelium is blue, connective tissue is red and blood vessels are black. Magnification: x120 when printed at 10 centimetres wide.

RF2C2JC38–Mucosal cell epithelium from the human bladder wall 400x

Fallopian tube, light micrograph Stock Photo

RFDP2JW3–Fallopian tube, light micrograph

Structural Components of the Mucosal Barrier vector medical illustration Stock Photo

RF2ATF2K2–Structural Components of the Mucosal Barrier vector medical illustration

RF2B877WN–Mucosal cell epithelium from the human bladder wall 400x

Difference Between Small and Large Intestine Stock Photo

RF2H2X6CH–Difference Between Small and Large Intestine

Smell (olfactory) receptor field in nasal lining - closeup view 3d illustration Stock Photo

RF2HN9X30–Smell (olfactory) receptor field in nasal lining - closeup view 3d illustration

RFWP6M5B–Intestinal mucosa immunity

Smell (olfactory) receptor field in nasal lining - isometric view 3d illustration Stock Photo

RF2HN9X33–Smell (olfactory) receptor field in nasal lining - isometric view 3d illustration

RFAT1J33–Epithelial cell of oral mucosa 140x

Gynaecology for students and practitioners . Fig. 337. Transverse Section of Tube through an Area of salpingitisisthmica nodosa. Note that the mucosal epithelium has penetrated themuscular strata, and appears as branching adenomatous follicles {salpingitis follicularis). muscular elements take on active hyperplasia in response to theirritation produced by the growing glandular tissue, and the result isa well-defined nodule. This process may spread into the interstitialpart of the tube, and may expand the tubal isthmus, so that at the. Fig. 338. Portion of Fig. 337 under a High Power. Note the Stock Photo

RM2AN2B09–Gynaecology for students and practitioners . Fig. 337. Transverse Section of Tube through an Area of salpingitisisthmica nodosa. Note that the mucosal epithelium has penetrated themuscular strata, and appears as branching adenomatous follicles {salpingitis follicularis). muscular elements take on active hyperplasia in response to theirritation produced by the growing glandular tissue, and the result isa well-defined nodule. This process may spread into the interstitialpart of the tube, and may expand the tubal isthmus, so that at the. Fig. 338. Portion of Fig. 337 under a High Power. Note the

Microscopic Image Of Cells Of Human Oral Mucosa With Bacteria. 400 X Magnification. Stock Photo

RMGRD5WC–Microscopic Image Of Cells Of Human Oral Mucosa With Bacteria. 400 X Magnification.

Asthma: healthy (left) and inflamed (right) bronchiole. Stock Photo

RF2JKWTBM–Asthma: healthy (left) and inflamed (right) bronchiole.

An illustrated section of villi from the small intestine as well as a close up view of a single villus. Villi are finger-like projections that extend into the lumen of the small intestine, increasing surface area for greater nutrient absorption. Each villus is lined with columnar epithelium known as enterocytes, with each cell containing microvilli to further increase surface area. Digested nutrients are absorbed into nearby capillaries so that it can then be transported to the rest of the body. Stock Photo

RM2BEHB9R–An illustrated section of villi from the small intestine as well as a close up view of a single villus. Villi are finger-like projections that extend into the lumen of the small intestine, increasing surface area for greater nutrient absorption. Each villus is lined with columnar epithelium known as enterocytes, with each cell containing microvilli to further increase surface area. Digested nutrients are absorbed into nearby capillaries so that it can then be transported to the rest of the body.

epithelium. squamous, cubic, ciliated, glandular. Set. Infographics. Vector illustration. Stock Vector

RF2AHWXHK–epithelium. squamous, cubic, ciliated, glandular. Set. Infographics. Vector illustration.

Gallbladder wall showing columnar epithelium with mucosal foldsi, connective tissue and smooth muscle fibers. Photomicrograph X30 at 10cm wide. Stock Photo

RF2WB4295–Gallbladder wall showing columnar epithelium with mucosal foldsi, connective tissue and smooth muscle fibers. Photomicrograph X30 at 10cm wide.

Cytokine structure vector concept Stock Vector

RF2RY4C99–Cytokine structure vector concept

RFMY1E18–plastic bottle with a brine solution for oral use

RFR385B3–

Smell (olfactory) receptor field in nasal lining - top view 3d illustration Stock Photo

RF2HN9X37–Smell (olfactory) receptor field in nasal lining - top view 3d illustration

RFJC3TT7–effects render

RFDP2JW8–Fallopian tube, light micrograph

Structural Components of the Mucosal Barrier vector medical illustration Stock Vector

RF2ATF2MK–Structural Components of the Mucosal Barrier vector medical illustration

RF2B877T9–Mucosal cell epithelium from the human bladder wall 400x

$Trachea mucous membrane. Coloured scanningelectron micrograph (SEM) of a fractured mucousmembrane of the trachea (wind pipe) Stock Photo$

RFBATF93–Trachea mucous membrane. Coloured scanningelectron micrograph (SEM) of a fractured mucousmembrane of the trachea (wind pipe)

Common lung pathology and excessive mucus. Diseases (cystic fibrosis) may cause formation of thick mucus in airway. Biofilm formation. Stock Vector

RF2K0N0W5–Common lung pathology and excessive mucus. Diseases (cystic fibrosis) may cause formation of thick mucus in airway. Biofilm formation.

Cartoon character of vibrio cholerae clever student studying with a laptop Stock Vector

RF2BHWGH8–Cartoon character of vibrio cholerae clever student studying with a laptop

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. CELL DIVISION IN GASTRIC MUCOSA made by computing the standard error of the differences between two means and the consequent probability. RESULTS The mean mitotic indices of the gastric mucosal epithelium for each of the 12 time periods over a 24-hour day and for both animal groups are listed in Table I. Yhen these indices are plotted in a graph (Figs. 1, 2), it is obvious that the mucosal mitotic activity of both the laboratory and pond animals is characteristically cvclic in nature. u o 0 1.6 o X M iii 1.4 co O !: 1.2 z 1 Stock Photo

RMRHNY0G–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. CELL DIVISION IN GASTRIC MUCOSA made by computing the standard error of the differences between two means and the consequent probability. RESULTS The mean mitotic indices of the gastric mucosal epithelium for each of the 12 time periods over a 24-hour day and for both animal groups are listed in Table I. Yhen these indices are plotted in a graph (Figs. 1, 2), it is obvious that the mucosal mitotic activity of both the laboratory and pond animals is characteristically cvclic in nature. u o 0 1.6 o X M iii 1.4 co O !: 1.2 z 1

RF2JKWTC2–Asthma: healthy (left) and inflamed (right) bronchiole.

RM2EJ96G9–Bronchus, drawing

Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue, blood vessels and smooth muscle fibers. Photomicrograph X150 at 10 Stock Photo

RF2WB429R–Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue, blood vessels and smooth muscle fibers. Photomicrograph X150 at 10

RM2AJ9TK5–Cystic fibrosis

RF2AHWXHW–epithelium. squamous, cubic, ciliated, glandular. Set. Infographics. Vector illustration.

RFJC3TT9–effects render

RFJB841C–effects render

RFF2BKMP–Nasal mucosa cells and micro cilia vector scheme

$Trachea mucous membrane. Coloured scanningelectron micrograph (SEM) of a fractured mucousmembrane of the trachea (wind pipe) Stock Photo$

RFBATF8P–Trachea mucous membrane. Coloured scanningelectron micrograph (SEM) of a fractured mucousmembrane of the trachea (wind pipe)

A cartoon picture of vibrio cholerae in Army style with machine gun Stock Vector

RF2BHWGNT–A cartoon picture of vibrio cholerae in Army style with machine gun

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. INTESTINAL ABSORPTION AND TRAXSPOKT 125. • -i Ab •. • 'fi* -.*&&&* ' ^•**P'*- •]» ; *Vi-w t ^ C -%V.*-,-' • vi ^™-"'^%^ -v • *M': > **• FIGURE 4. Cross section of the first loop cut at 0.5 M- The side channel of the hemal sinus (1) is shown entering the serosal epithelium. Small channels of the connective tissue- lacunar area (2) penetrate between the bases of the mucosal epithelial cells. Lumen (3). Photograph kindly provided by Dr. Allen Bell. See text for methods of preparation. Hemal and perivisceral Stock Photo

RMRHNAKR–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. INTESTINAL ABSORPTION AND TRAXSPOKT 125. • -i Ab •. • 'fi* -.*&&&* ' ^•**P'*- •]» ; *Vi-w t ^ C -%V.*-,-' • vi ^™-"'^%^ -v • *M': > **• FIGURE 4. Cross section of the first loop cut at 0.5 M- The side channel of the hemal sinus (1) is shown entering the serosal epithelium. Small channels of the connective tissue- lacunar area (2) penetrate between the bases of the mucosal epithelial cells. Lumen (3). Photograph kindly provided by Dr. Allen Bell. See text for methods of preparation. Hemal and perivisceral

RF2WB429E–Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue, blood vessels and smooth muscle fibers. Photomicrograph X75 at 10

RM2AJ9TKC–Cystic fibrosis

Types of epithelium. squamous, cubic, ciliated, glandular. Set Infographics Vector illustration on isolated background Stock Vector

RFM1HYG7–Types of epithelium. squamous, cubic, ciliated, glandular. Set Infographics Vector illustration on isolated background

RMDA1JX3–SINUS, DRAWING

RFJB7YB3–effects render

Inflamed and normal nasal mucosa cells and micro cilia vector scheme with nasal spray effect and bottle Stock Vector

RFEMJDDX–Inflamed and normal nasal mucosa cells and micro cilia vector scheme with nasal spray effect and bottle

RFJAX16E–effects render

Trachea (wind pipe) lining, coloured scanning electron micrograph (SEM) Stock Photo

RFB6DPPR–Trachea (wind pipe) lining, coloured scanning electron micrograph (SEM)

RFJAHJK3–effects render

Happy face of vibrio cholerae in black graduation hat for the ceremony Stock Vector

RF2BHWGGK–Happy face of vibrio cholerae in black graduation hat for the ceremony

RFJC7JDR–effects bacterium

RFJC6H2T–effects bacterium

RF2WB429K–Gallbladder wall showing columnar epithelium with mucosal folds, connective tissue, blood vessels and smooth muscle fibers. Photomicrograph X75 at 10