Biofilm Control Collection


Acceptable use information


What's OK:

If you have permission to use this library, you may use the images 

   1) in presentations (computer-generated or slides) or 

   2) on posters (one print only, of any one image).  Please credit the CBE and the source noted.

 

What's not OK:

To submit any of these images for print reproduction (the quality is not adequate anyway!) or to make multiple copies for distribution without express written permission from the source and CBE.
 

How to acquire images


1. Click on the image you want to use – you will be linked to a full-sized (11" x 7.33") version of the image.

 

2. Right-click on the image and select "Copy" from the dialogue box that appears.

 

3. Open a presentation in PowerPoint. Make sure that page set-up is for 35mm slides.  Select page you want the image on.  From the edit menu, select "Paste."  Voila!

 

If you have questions, contact Peg Dirckx.

 
 

 

Filename CBE01_5MechToler.jpg
JPG filesize 126 K
Date 2001
Source Phil Stewart / Peg Dirckx
Description Five proposed mechanisms of increased biofilm tolerance to antimicrobials.
Keywords control, antimicrobial tolerance
Filename CBE03_MultiDefens.jpg
JPG filesize 131 K
Date 2003
Source Phil Stewart / Peg Dirckx
Description The multicellular characteristics of biofilms contribute to their survivability.
Keywords control, antimicrobial tolerance
 

188197wb.jpg

 

Filename 188197wb.jpg
JPG filesize 81 K
Date 1997
Source Phil Stewart / Peg Dirckx
Description Hypothesis for biofilm resistance to antimicrobial agents: Antimicrobial neutralization
Keywords control, resistance, antimicrobials

188297wb.jpg

 

Filename 188297wb.jpg
JPG filesize 137 K
Date 1997
Source Phil Stewart / Peg Dirckx
Description Hypothesis for biofilm resistance to antimicrobial agents: Penetration failure
Keywords control, resistance, antimicrobials

188397wb.jpg

Filename 188397wb.jpg
JPG filesize 144 K
Date 1997
Source Phil Stewart / Peg Dirckx
Description Hypothesis for biofilm resistance to antimicrobial agents: Nutrient-limited physiology
Keywords control, resistance, antimicrobials, physiology

195597wb.gif

 

Filename 195597_PlankCtrlOptions.gif
GIF filesize 68 K
Date 1997
Source Phil Stewart / Peg Dirckx
Description Options for control of planktonic bacteria include stopping growth and killing cells
Keywords control, antimicrobials, planktonic

196497wb.jpg

 

Filename 196497wb.jpg
JPG filesize 134 K
Date 1997
Source Phil Stewart / Peg Dirckx
Description Cohesive forces and detachment modes: electrostatic and hydrophobic interactions, biological and chemical degradation
Keywords control, detachment

 

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