Fimbriae hi-res stock photography and images

Anatomical Structure of fallopian tube. Fimbriae. Medical vector illustration marked with lines Stock Vector

RF2CF7XMD–Anatomical Structure of fallopian tube. Fimbriae. Medical vector illustration marked with lines

RF2GX82HT–Bacteria cell structure

Illustration showing Escherichia coli bacteria (E. coli) with Nucleoid (DNA), Ribosomes, Cytoplasm, Flagellum and Fimbriae Stock Photo

RFTXPJPR–Illustration showing Escherichia coli bacteria (E. coli) with Nucleoid (DNA), Ribosomes, Cytoplasm, Flagellum and Fimbriae

Fallopian tube (tuba uterina) frontal view, cross section. Female reproductive anatomy Stock Photo

RF2HC88J6–Fallopian tube (tuba uterina) frontal view, cross section. Female reproductive anatomy

E. coli bacteria. Computer artwork of three Escherichia coli bacteria. E. coli is a rod- shaped bacterium (bacillus). Its cell membrane is covered in fine filaments called pili or fimbriae. Hair-like structures called flagella at the rear of each bacteriu Stock Photo

RFJ2J50C–E. coli bacteria. Computer artwork of three Escherichia coli bacteria. E. coli is a rod- shaped bacterium (bacillus). Its cell membrane is covered in fine filaments called pili or fimbriae. Hair-like structures called flagella at the rear of each bacteriu

Polymo is a polychaetous annelid bearing fimbriae viewed from above, vintage line drawing or engraving illustration. Stock Vector

RFT5X65W–Polymo is a polychaetous annelid bearing fimbriae viewed from above, vintage line drawing or engraving illustration.

Fimbria, Print, A fimbria (plural fimbriae, adjective fimbriate) is a Latin word that literally means 'fringe.' It is commonly used in science and medicine, with its meaning depending on the field of study or the context Stock Photo

RM2A2MKYH–Fimbria, Print, A fimbria (plural fimbriae, adjective fimbriate) is a Latin word that literally means 'fringe.' It is commonly used in science and medicine, with its meaning depending on the field of study or the context

E. Coli Bacteria, Illustration Stock Photo

RM2F623X5–E. Coli Bacteria, Illustration

Structure of a bacterium: plasmids, ribosomes, DNA, flagella. Stock Photo

RF2JKWN6T–Structure of a bacterium: plasmids, ribosomes, DNA, flagella.

Structure of a bacterial cell Stock Vector

RFDMPF4F–Structure of a bacterial cell

RM2A9F3M8–Old leather

Bacteria anatomy. outside and inside view. Cross section of cell body with flagellum. Vector diagram for scientific, biological, medical, and educatio Stock Vector

RF2H81N21–Bacteria anatomy. outside and inside view. Cross section of cell body with flagellum. Vector diagram for scientific, biological, medical, and educatio

RM2A9EYRC–Colorful fabrics

The female reproductive system Stock Photo

RFACWCMW–The female reproductive system

RM2A9EMNW–Brown sofa

illustration of the uterus. cervical erosion Stock Vector

RFMPJ0CK–illustration of the uterus. cervical erosion

Prokaryotic Cell Structure Chart, vector medical illustration, online education material. English translation text Stock Vector

RF2YH7GDC–Prokaryotic Cell Structure Chart, vector medical illustration, online education material. English translation text

RF2DE308P–Aksolotl

Classification of Bacterial Flagella Stock Vector

RF2JP16E7–Classification of Bacterial Flagella

RFBTWM6K–View of the beach

Comparison between eukaryotes and prokaryotes .Vector illustration. Stock Vector

RF2TC8PXG–Comparison between eukaryotes and prokaryotes .Vector illustration.

RFTXPJMA–Illustration showing Escherichia coli bacteria (E. coli) with Nucleoid (DNA), Ribosomes, Cytoplasm, Flagellum and Fimbriae

Close up of the trumpet lichen Cladonia fimbriata between stone flowers and moss on a rock. Stock Photo

RF2X33NGT–Close up of the trumpet lichen Cladonia fimbriata between stone flowers and moss on a rock.

RFJ2J50B–E. coli bacteria. Computer artwork of three Escherichia coli bacteria. E. coli is a rod- shaped bacterium (bacillus). Its cell membrane is covered in fine filaments called pili or fimbriae. Hair-like structures called flagella at the rear of each bacteriu

RF2PX4C0M–bacterial DNA

E. coli bacteria, illustration. Escherichia coli is a rod-shaped bacterium (bacillus). Its cell membrane is covered in fine filaments called pili or fimbriae. Hair-like structures called flagella at the rear of each bacterium provide propulsion to make it move. E. coli is a normal component of the intestinal bacterial flora, but under certain conditions some strains can cause severe infections such as gastroenteritis. Stock Photo

RF2C7J5DJ–E. coli bacteria, illustration. Escherichia coli is a rod-shaped bacterium (bacillus). Its cell membrane is covered in fine filaments called pili or fimbriae. Hair-like structures called flagella at the rear of each bacterium provide propulsion to make it move. E. coli is a normal component of the intestinal bacterial flora, but under certain conditions some strains can cause severe infections such as gastroenteritis.

RM2BDYDGD–E. Coli Bacteria, Illustration

RF2JKWN7P–Structure of a bacterium: plasmids, ribosomes, DNA, flagella.

Amphitrichous Bacteria structure Stock Photo

RF2JKPEND–Amphitrichous Bacteria structure

RMCT58R1–BACTERIUM, DRAWING

RF2GTT73A–Bacteria cell

RME8KR9R–Intestinal bacterium.

RFACM72G–The ovary

RM2A9EMME–Brown sofa

RF2GR4YED–Bacteria cell

Old textile background in shabby chic Stock Photo

RF2CCG0X5–Old textile background in shabby chic

RF2DE2XWW–Aksolotl

RF2GPW4J1–Bacteria cell

Fimbriæ Vulgo Femeren Delineatio Geometrica - Atlas Maior, vol 1, map 51 - Joan Blaeu, 1667 Stock Photo

RM2WB76XA–Fimbriæ Vulgo Femeren Delineatio Geometrica - Atlas Maior, vol 1, map 51 - Joan Blaeu, 1667

RF2GRC1P4–Bacteria cell structure

3D Illustration showing Escherichia coli bacteria (E. coli) with Nucleoid (DNA), Ribosomes, Cytoplasm, Flagellum and Fimbriae Stock Photo

RF2B93B37–3D Illustration showing Escherichia coli bacteria (E. coli) with Nucleoid (DNA), Ribosomes, Cytoplasm, Flagellum and Fimbriae

RF2XE80T4–Close up of the trumpet lichen Cladonia fimbriata between stone flowers and moss on a rock.

3d Rendering of Structure of a bacterial cell, clipping path included. Stock Photo

RF2AC55Y2–3d Rendering of Structure of a bacterial cell, clipping path included.

RF2A2W43D–Cell bacteria icon. Outline cell bacteria vector icon for web design isolated on white background

RF2C7J5DT–E. coli bacteria, illustration. Escherichia coli is a rod-shaped bacterium (bacillus). Its cell membrane is covered in fine filaments called pili or fimbriae. Hair-like structures called flagella at the rear of each bacterium provide propulsion to make it move. E. coli is a normal component of the intestinal bacterial flora, but under certain conditions some strains can cause severe infections such as gastroenteritis.

E. Coli with Flagella, Illustration Stock Photo

RM2BDYDG6–E. Coli with Flagella, Illustration

3d Rendering of Structure of a bacterial cell, isolated red. Stock Photo

RF2AA262H–3d Rendering of Structure of a bacterial cell, isolated red.

Computer artwork of Escherichia coli bacteria. E. coli is a rod-shaped bacterium (bacillus). Its cell membrane is covered in fine filaments call pili or fimbriae. Hair-like structures called flagella at the rear of each bacterium provide propulsion to mak Stock Photo

RMG157GC–Computer artwork of Escherichia coli bacteria. E. coli is a rod-shaped bacterium (bacillus). Its cell membrane is covered in fine filaments call pili or fimbriae. Hair-like structures called flagella at the rear of each bacterium provide propulsion to mak

Peritrichous Bacteria anatomy Stock Photo

RF2JKPFCR–Peritrichous Bacteria anatomy

Infographic about virus and bacteria, microorganisms that sometimes can be harmful for the organism where they live. [QuarkXPress (.qxp); 4960x3188]. Stock Photo

RM2NEC0JC–Infographic about virus and bacteria, microorganisms that sometimes can be harmful for the organism where they live. [QuarkXPress (.qxp); 4960x3188].

RME8KR9H–Intestinal bacterium.

Natural history and propagation of fresh-water mussels . Fig. 1.—Rear view of yellow sand-shell in natural positionin bottom under water, showing the two siphonal open-ings, the gaping shell, and the apposed margins of themantle. Fig. 2.—Rear view of Anodonta corPulenta showingsiphonal openings. Note the very smooth margins ofthe upper exhalent opening and the fimbriae or feel-ers protecting the lower or inhalent opening. Stock Photo

RM2AX1WF3–Natural history and propagation of fresh-water mussels . Fig. 1.—Rear view of yellow sand-shell in natural positionin bottom under water, showing the two siphonal open-ings, the gaping shell, and the apposed margins of themantle. Fig. 2.—Rear view of Anodonta corPulenta showingsiphonal openings. Note the very smooth margins ofthe upper exhalent opening and the fimbriae or feel-ers protecting the lower or inhalent opening.

RMCPNHA7–BACTERIUM, DRAWING

Structure of a bacterial cell Stock Photo

RFCT9EC5–Structure of a bacterial cell

Old blank book on a textile background Stock Photo

RF2CCG0X8–Old blank book on a textile background

RF2DE2Y2P–Aksolotl

Note 'Be my Valentine' on checked fabric Stock Photo

RF2F2JPN5–Note 'Be my Valentine' on checked fabric

Simple Illustration of Plasmid Map. Colorful Symbols. Vector Illustration. Stock Vector

RF2K30CEJ–Simple Illustration of Plasmid Map. Colorful Symbols. Vector Illustration.

Reproductive system vector linear Stock Vector

RF2WXC8H4–Reproductive system vector linear

3D Illustration showing Escherichia coli bacteria (E. coli) with flagellum and fimbriae on white background Stock Photo

RF2BTPYJ7–3D Illustration showing Escherichia coli bacteria (E. coli) with flagellum and fimbriae on white background

RF2YGMKC0–Close up of the trumpet lichen Cladonia fimbriata between stone flowers and moss on a rock.

Clostridium difficile bacterium with peritricous flagella, computer illustration. C. difficile is Gram-positive, anaerobic, spore forming, rod-shaped Stock Photo

RF2R6EARE–Clostridium difficile bacterium with peritricous flagella, computer illustration. C. difficile is Gram-positive, anaerobic, spore forming, rod-shaped

RF2JM8JYR–Types of bacteria

RF2C7J5DN–E. coli bacteria, illustration. Escherichia coli is a rod-shaped bacterium (bacillus). Its cell membrane is covered in fine filaments called pili or fimbriae. Hair-like structures called flagella at the rear of each bacterium provide propulsion to make it move. E. coli is a normal component of the intestinal bacterial flora, but under certain conditions some strains can cause severe infections such as gastroenteritis.

RMCT09H6–ESCHERICHIA COLI, TEM

RF2HX9Y7C–Focal Adenomyosis Human anatomy Female reproductive Sick system vs versus normal. Compared educational healthy and abnormal anatomy organs uterus icon flat cartoon vector illustration isolated

An illustrated posterior view of the uterus, ovaries and uterine tubes. Included are the ureters leading into the bladder as well as the round ligaments of the uterus. Stock Photo

RMG15611–An illustrated posterior view of the uterus, ovaries and uterine tubes. Included are the ureters leading into the bladder as well as the round ligaments of the uterus.

. The anatomy of the domestic fowl . Domestic animals; Veterinary medicine; Poultry. i84 ANATOMY OF THE DOMESTIC FOWL ridges (Fig. 60, A). The fimbriae are continuous with the dorsal and the ventral ligament of the oviduct; and from this point, where the ridges of the mucous membrane are almost nil, they gradually increase in height as they extend down the tube. These ridges are continued in those of the second, or albumin-secreting portion (Fig. 60, D). At this point they increase in height very rapidly. Here the bundles of muscular fibers of the middle coat are thin and distributed among bun Stock Photo

RMPG1AFT–. The anatomy of the domestic fowl . Domestic animals; Veterinary medicine; Poultry. i84 ANATOMY OF THE DOMESTIC FOWL ridges (Fig. 60, A). The fimbriae are continuous with the dorsal and the ventral ligament of the oviduct; and from this point, where the ridges of the mucous membrane are almost nil, they gradually increase in height as they extend down the tube. These ridges are continued in those of the second, or albumin-secreting portion (Fig. 60, D). At this point they increase in height very rapidly. Here the bundles of muscular fibers of the middle coat are thin and distributed among bun

Infography about viruses and bacteria. [Adobe InDesign (.indd); 3543x4842]. Stock Photo

RM2NEBF3H–Infography about viruses and bacteria. [Adobe InDesign (.indd); 3543x4842].

Archive image from page 222 of Die Anatomie des Kaninschens in. Die Anatomie des Kaninschens in topographischer und operativer Rücksicht . dieanatomiedeska00krau Year: 1884 Mundhöhle. 201 Die Länge der Fimbriae linguae beträgt 5—6 mm, die Breite 2,5—3,5 mm, die Anzahl der Querfurchen nur 10—14 (625). Die Anzahl der Geschmacks- knospen, von denen jedesmal 4 übereinander zu sitzen pflegen, in Summa 7440 jederseits (625). Die Länge der Geschmacksknospen beträgt 0,0575 mm (657). Nerven der Zunge. An den Ästen der Nn. glossopharyngeus, lingualis und hypoglossus innerhalb der Zunge kommen mikroskop Stock Photo

RMW166Y2–Archive image from page 222 of Die Anatomie des Kaninschens in. Die Anatomie des Kaninschens in topographischer und operativer Rücksicht . dieanatomiedeska00krau Year: 1884 Mundhöhle. 201 Die Länge der Fimbriae linguae beträgt 5—6 mm, die Breite 2,5—3,5 mm, die Anzahl der Querfurchen nur 10—14 (625). Die Anzahl der Geschmacks- knospen, von denen jedesmal 4 übereinander zu sitzen pflegen, in Summa 7440 jederseits (625). Die Länge der Geschmacksknospen beträgt 0,0575 mm (657). Nerven der Zunge. An den Ästen der Nn. glossopharyngeus, lingualis und hypoglossus innerhalb der Zunge kommen mikroskop

A System of midwifery : including the diseases of pregnancy and the puerperal state . ch it is about to escape bydehiscence is firmly grasped by the fimbriae ( morms diabolx), and the ovum is received int.. the oviduct, and by it conducted to the uterus, where it i- retained and de eloped, or hence it is discharged, accordingto circumstances. Leading from the inner extremity of the ovary an organ to behereafter described isa dense cord, composed mainly of fibro-areolartissue, hut containing also muscular fibres. This is the ligament of tinovary, which is also, like the round ligament an I the Stock Photo

RM2AKGB6W–A System of midwifery : including the diseases of pregnancy and the puerperal state . ch it is about to escape bydehiscence is firmly grasped by the fimbriae ( morms diabolx), and the ovum is received int.. the oviduct, and by it conducted to the uterus, where it i- retained and de eloped, or hence it is discharged, accordingto circumstances. Leading from the inner extremity of the ovary an organ to behereafter described isa dense cord, composed mainly of fibro-areolartissue, hut containing also muscular fibres. This is the ligament of tinovary, which is also, like the round ligament an I the

RFWXPY9W–Cell bacteria icon. Flat illustration of cell bacteria vector icon for web design

entertaining Clown salmonella caricature character design style Stock Vector

RF2BNA3FB–entertaining Clown salmonella caricature character design style

. Murie (1873) in Globicephala melaena found that the broad ligament and the fimbriae form "a delicate arched covering or pavilion which overarches the ovary". Turner (1870 b), describing the conditions in Ora'mts, wrote: " Immediately on the uterine side of this mouth" (of the Fallopian tube) "was an elongated deep pouch-like recess formed by a folding on that part of the broad ligament which extended between the Fallopian tube and the root of the ovary ". A comparable deepening of the ligamentum latum occurs in man and the Ruminants, and there is a similar enlar Stock Photo

RMMCTTHX–. Murie (1873) in Globicephala melaena found that the broad ligament and the fimbriae form "a delicate arched covering or pavilion which overarches the ovary". Turner (1870 b), describing the conditions in Ora'mts, wrote: " Immediately on the uterine side of this mouth" (of the Fallopian tube) "was an elongated deep pouch-like recess formed by a folding on that part of the broad ligament which extended between the Fallopian tube and the root of the ovary ". A comparable deepening of the ligamentum latum occurs in man and the Ruminants, and there is a similar enlar

RF2DE30A4–Aksolotl

Checkered fabric heart for Valentine's Day Stock Photo

RF2F2JP3N–Checkered fabric heart for Valentine's Day

RF2K30C9Y–Simple Illustration of Plasmid Map. Colorful Symbols. Vector Illustration.

RFTXPH3K–Illustration showing Escherichia coli bacteria (E. coli) with Nucleoid (DNA), Ribosomes, Cytoplasm, Flagellum and Fimbriae

RF2XM7KRD–Close up of the trumpet lichen Cladonia fimbriata between stone flowers and moss on a rock.

RF2R6EAN8–Clostridium difficile bacterium with peritricous flagella, computer illustration. C. difficile is Gram-positive, anaerobic, spore forming, rod-shaped

RF2C7J5D3–E. coli bacteria, illustration. Escherichia coli is a rod-shaped bacterium (bacillus). Its cell membrane is covered in fine filaments called pili or fimbriae. Hair-like structures called flagella at the rear of each bacterium provide propulsion to make it move. E. coli is a normal component of the intestinal bacterial flora, but under certain conditions some strains can cause severe infections such as gastroenteritis.

RMCT09GK–ESCHERICHIA COLI, TEM

Clostridium difficile bacterium with peritrichous flagella, computer illustration. C. difficile is Gram-positive, anaerobic, spore forming, rod-shaped prokaryote with peritrichous flagella. It is a spore-forming bacteria that is a normal part of the intestinal flora, especially in young children. C. difficile is the major cause of pseudomembranous colitis and antibiotic produced diarrhoea. It is now becoming resistant to most antibiotics. Treatment is by discontinuing antibiotics and starting specific anticlostridial antibiotics, such as metronidazole. Stock Photo

RFKDG9KA–Clostridium difficile bacterium with peritrichous flagella, computer illustration. C. difficile is Gram-positive, anaerobic, spore forming, rod-shaped prokaryote with peritrichous flagella. It is a spore-forming bacteria that is a normal part of the intestinal flora, especially in young children. C. difficile is the major cause of pseudomembranous colitis and antibiotic produced diarrhoea. It is now becoming resistant to most antibiotics. Treatment is by discontinuing antibiotics and starting specific anticlostridial antibiotics, such as metronidazole.

RF2HXMX6Y–Focal Adenomyosis Human anatomy Female Sick and normal reproductive system organs. Location scheme Cross section uterus, cervix, ovary, fallopian tube icon. Vector illustration isolated on white

RFJ2J502–Clostridium difficile bacterium with peritrichous flagella, computer illustration. C. difficile is Gram-positive, anaerobic, spore forming, rod-shaped prokaryote with peritrichous flagella. It is a spore-forming bacteria that is a normal part of the intes

Infographic of the parts of a bacteria, their classification and functions. [QuarkXPress (.qxp); 6259x4015]. Stock Photo

RM2NEC7RH–Infographic of the parts of a bacteria, their classification and functions. [QuarkXPress (.qxp); 6259x4015].

. The diseases of the genital organs of domestic animals. Veterinary medicine. Salpingitis 433 the ampulla, however, they increase in number and height, with the formation of numerous secondary folds, so that at the ampulla the otherwise broad lumen becomes almost oc- cluded. At the fimbriated end, the folds widen and are con- tinued out on the free ends of the fimbriae, forming ridges which branch freely, giving the pavilion a more or less honeycombed appearance. Not infrequently one finds the folds ramifying elaborately, particularly at their bases, forming cavities lined by a sort of flatte Stock Photo

RMPG2MXE–. The diseases of the genital organs of domestic animals. Veterinary medicine. Salpingitis 433 the ampulla, however, they increase in number and height, with the formation of numerous secondary folds, so that at the ampulla the otherwise broad lumen becomes almost oc- cluded. At the fimbriated end, the folds widen and are con- tinued out on the free ends of the fimbriae, forming ridges which branch freely, giving the pavilion a more or less honeycombed appearance. Not infrequently one finds the folds ramifying elaborately, particularly at their bases, forming cavities lined by a sort of flatte

Gynaecology for students and practitioners . fusion of the fimbriae owing to destruction ofthe surface-epithelium. Closure is often effected by the formationof an external pseudomembrane, or through the fusion of theabdominal ostium to neighbouring organs. In such cases, after theseparation of the adhesions the abdominal ostium may be found tobe still open, and the plicae still visible, so that indrawing of the plicaeis not so essential to the formation of a pyosalpinx as it is to the 618 GYNECOLOGY formation of a hydrosalpinx. In fact, retention of pus may occurthrough the swelling of the muc Stock Photo

RM2AN2DG0–Gynaecology for students and practitioners . fusion of the fimbriae owing to destruction ofthe surface-epithelium. Closure is often effected by the formationof an external pseudomembrane, or through the fusion of theabdominal ostium to neighbouring organs. In such cases, after theseparation of the adhesions the abdominal ostium may be found tobe still open, and the plicae still visible, so that indrawing of the plicaeis not so essential to the formation of a pyosalpinx as it is to the 618 GYNECOLOGY formation of a hydrosalpinx. In fact, retention of pus may occurthrough the swelling of the muc

RF2A2TM54–Cell bacteria icon. Simple illustration of cell bacteria vector icon for web design isolated on white background

mascot design concept of salmonella with confuse gesture Stock Vector

RF2BNA2YW–mascot design concept of salmonella with confuse gesture

Archive image from page 419 of Discovery reports (1932) Discovery reports discoveryreports05inst Year: 1932 Murie (1873) in Globicephala melaena found that the broad ligament and the fimbriae form 'a delicate arched covering or pavilion which overarches the ovary'. Turner (1870 b), describing the conditions in Ora'mts, wrote: ' Immediately on the uterine side of this mouth' (of the Fallopian tube) 'was an elongated deep pouch-like recess formed by a folding on that part of the broad ligament which extended between the Fallopian tube and the root of the ovary '. A comparable deepening of the Stock Photo

RMT2496F–Archive image from page 419 of Discovery reports (1932) Discovery reports discoveryreports05inst Year: 1932 Murie (1873) in Globicephala melaena found that the broad ligament and the fimbriae form 'a delicate arched covering or pavilion which overarches the ovary'. Turner (1870 b), describing the conditions in Ora'mts, wrote: ' Immediately on the uterine side of this mouth' (of the Fallopian tube) 'was an elongated deep pouch-like recess formed by a folding on that part of the broad ligament which extended between the Fallopian tube and the root of the ovary '. A comparable deepening of the

RF2F2JPNG–Checkered fabric heart for Valentine's Day

Colorful Deseigning of Plasmid pBR322 Structure. Vector Illustration. Stock Vector

RF2K30C96–Colorful Deseigning of Plasmid pBR322 Structure. Vector Illustration.

RFTXPHKB–Illustration showing Escherichia coli bacteria (E. coli) with Nucleoid (DNA), Ribosomes, Cytoplasm, Flagellum and Fimbriae

RF2X33NFP–Close up of the trumpet lichen Cladonia fimbriata between stone flowers and moss on a rock.

RF2R6EAMN–Clostridium difficile bacterium with peritricous flagella, computer illustration. C. difficile is Gram-positive, anaerobic, spore forming, rod-shaped

RMCT09H3–ESCHERICHIA COLI, TEM

RF2J3N9KF–Diffuse Adenomyosis Human anatomy Female reproductive Sick system vs versus normal. Compared educational healthy and abnormal anatomy organs uterus icon flat cartoon vector illustration isolated

RFJ2J503–Clostridium difficile bacterium with peritrichous flagella, computer illustration. C. difficile is Gram-positive, anaerobic, spore forming, rod-shaped prokaryote with peritrichous flagella. It is a spore-forming bacteria that is a normal part of the intes

Prokaryotic cell structure, illustration Stock Photo

RF2G57EY7–Prokaryotic cell structure, illustration

Fimbriae Stock Photos and Images

Fimbriae Stock Photos and Images

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