This fluorescent acid-fast stained (Smithwick) photomicrograph revealed presence of Mycobacterium tuberculosis bacteria in

RMID:E8KR8T

Preview

Buy the print

Image details

Contributor:

BSIP SA / Alamy Stock Photo

Image ID:

E8KR8T

File size:

26.1 MB (2.2 MB Compressed download)

Releases:

Model - no | Property - noDo I need a release?

Dimensions:

3680 x 2477 px | 31.2 x 21 cm | 12.3 x 8.3 inches | 300dpi

Date taken:

19 September 2014

Photographer:

CDC / BSIP

Search stock photos by tags

Similar stock images

RME8KR8R–This fluorescent acid-fast stained (Smithwick) photomicrograph revealed presence of Mycobacterium tuberculosis bacteria in

RMHJPJGP–Magnified 1000X, this fluorescent acid-fast stained (Smithwick) photomicrograph revealed the presence of Mycobacterium tuberculosis bacteria in a sputum smear. M. tuberculosis is an acid-fast bacterium (AFB), and is therefore, undetectable when stained using a Gram stain technique, 1971. However, using the Smithwick method, which employs acridine orange as the specific stain, the M. tuberculosis bacteria glow yellow under ultraviolet light microscopy. Image courtesy CDC/Ronald W. Smithwick.

RMKR15MM–Here we see Mycobacterium tuberculosis in a sputum smear is stained using fluorescent acid-fast stain, 1971. M. tuberculosis is an acid-fast bacterium (AFB), and is therefore, undetectable when stained using a Gram stain technique. However, using this method, the M. tuberculosis bacteria glow yellow under ultraviolet light microscopy. Image courtesy CDC/Ronald W. Smithwick.

RMKR15PK–Here we see Mycobacterium tuberculosis in a sputum smear is stained using fluorescent acid-fast stain, 1971. M. tuberculosis is an acid-fast bacterium (AFB), and is therefore, undetectable when stained using a Gram stain technique. However, using this method, the M. tuberculosis bacteria glow yellow under ultraviolet light microscopy. Image courtesy CDC/Ronald W. Smithwick.

RMKR15KY–Here we see Mycobacterium tuberculosis in a sputum smear is stained using fluorescent acid-fast stain, 1971. M. tuberculosis is an acid-fast bacterium (AFB), and is therefore, undetectable when stained using a Gram stain technique. However, using this method, the M. tuberculosis bacteria glow yellow under ultraviolet light microscopy. Image courtesy CDC/Ronald W. Smithwick.

RMKR15KE–Here we see Mycobacterium tuberculosis in a sputum smear is stained using fluorescent acid-fast stain, 1971. M. tuberculosis is an acid-fast bacterium (AFB), and is therefore, undetectable when stained using a Gram stain technique. However, using this method, the M. tuberculosis bacteria glow yellow under ultraviolet light microscopy. Image courtesy CDC/Ronald W. Smithwick.

RMKW0YCP–Mycobacterium tuberculosis in a sputum smear is stained using fluorescent auramine with acridine orange counterstain. M. tuberculosis is an acid-fast bacterium (AFB), and is therefore, undetectable when stained using a Gram stain technique. However, using this method, the M. tuberculosis bacteria glow yellow under ultraviolet light microscopy. Image courtesy CDC/Ronald W. Smithwick, 1971.

RMKW0YC7–Mycobacterium tuberculosis in a sputum smear is stained using fluorescent auramine with acridine orange counterstain. M. tuberculosis is an acid-fast bacterium (AFB), and is therefore, undetectable when stained using a Gram stain technique. However, using this method, the M. tuberculosis bacteria glow yellow under ultraviolet light microscopy. Image courtesy CDC/Ronald W. Smithwick, 1971.

RMKW0YCE–Mycobacterium tuberculosis in a sputum smear is stained using fluorescent auramine with acridine orange counterstain. M. tuberculosis is an acid-fast bacterium (AFB), and is therefore, undetectable when stained using a Gram stain technique. However, using this method, the M. tuberculosis bacteria glow yellow under ultraviolet light microscopy. Image courtesy CDC/Ronald W. Smithwick, 1971.

This fluorescent acid-fast stained (Smithwick) photomicrograph revealed presence of Mycobacterium tuberculosis bacteria in

Image details

Search stock photos by tags

Get great features with your free account

Get inspired for your next project!