Home
Images
Vectors
Videos
Stock image Scientific image of bacteria Bacteroides fragilis and other Bacteroides, Gram-negative anaerobic bacterium, one of the major components of normal microbiome of human intestine, 3D illustration
Published:
Nov.15, 2021 07:12:30
Author:
katerynakon
Views:
0
Downloads:
0
File type:
image
/
jpg
File size:
6.46 MB
Orginal size:
6000
x
4000
px
Available sizes:
S
(500 x 333)
M
(1000 x 667)
L
(2000 x 1333)
XL
(6000 x 4000)
EL0
(6000 x 4000)
Level:
silver
Download Image
Image topics:
Background
Illustration
Flora
Medicine
Medical
Man
3d
Bacterial
Treatment
Education
Biology
Science
Many
Antibiotic
Poster
Microbe
Normal
Diagram
Bacteria
Microscope
Microbiology
Probiotic
Overgrowth
Major
Diarrhea
Intestine
Gut
Fragilis
Bowel
Duodenum
Anaerobic
Bacteriology
Dysentery
Obligate
Colitis
Rectum
Microflora
Ileum
Jejunum
Large Intestine
Gram Negative
Disbiosis
Anaerobe
Non Motile
Microbiome
Bacteroides
Normobiocenosis
Bacterial Overgrowth
Eubiotic
Similar stock images
Scientific Image Of Bacteria Bacteroides Fragilis And Other Bacteroides, Gram-negative Anaerobic Bacterium, One Of The Major Components Of Normal Microbiome Of Human Intestine, 3D Illustration
6000 × 4000
Scientific Image Of Bacteria Citrobacter, Gram-negative Bacteria From Enterobacteriaceae Family, 3D Illustration. Found In Human Intestine, Can Cause Urinary Infections, Infant Meningitis And Sepsis
6000 × 4000
Bacteria Eikenella Corrodens, 3D Illustration. Eikenella Is A Normal Biota Of The Oral Cavity And Intestine, Causes Infections After Human Bites, And Also Periodontitis, Meningitis And Other Diseases
6000 × 4000
Bacteria On Colorful Background
2560 × 1600
Prevotella Bacteria, 3D Illustration. Gram-negative Anaerobic Bacteria, Members Of Oral Flora, Cause Anaerobic Infections Of Respiratory Tract And Other Location
7500 × 5000
Bacteria Eikenella Corrodens, 3D Illustration. Eikenella Is A Normal Biota Of The Oral Cavity And Intestine, Causes Infections After Human Bites, And Also Periodontitis, Meningitis And Other Diseases
6000 × 4000