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Figure 4. ; Plume and splatter captured during the simulated cough.
Brian Chanpong,
 Michelle Tang,
 Alexander Rosenczweig,
 Patrick Lok, and
 Raymond Tang
Figure 4. 
Figure 4. 

Plume and splatter captured during the simulated cough.

Figure 2. ; Splatter on dentist after aerosol-generating procedures, with the majority evident on arms.
Brian Chanpong,
 Michelle Tang,
 Alexander Rosenczweig,
 Patrick Lok, and
 Raymond Tang
Figure 2. 
Figure 2. 

Splatter on dentist after aerosol-generating procedures, with the majority evident on arms.

Figure 5. ; Splatter on anesthesiologist after a simulated cough, covering head, face, body, arms, and legs.
Brian Chanpong,
 Michelle Tang,
 Alexander Rosenczweig,
 Patrick Lok, and
 Raymond Tang
Figure 5. 
Figure 5. 

Splatter on anesthesiologist after a simulated cough, covering head, face, body, arms, and legs.

Figure 1. ; Splatter captured during the use of an air-water syringe and continuous high-volume evacuation suction.
Brian Chanpong,
 Michelle Tang,
 Alexander Rosenczweig,
 Patrick Lok, and
 Raymond Tang
Figure 1. 
Figure 1. 

Splatter captured during the use of an air-water syringe and continuous high-volume evacuation suction.

Figure 3. ; Splatter on dental assistant after aerosol-generating procedures, with the majority evident on arms and legs.
Brian Chanpong,
 Michelle Tang,
 Alexander Rosenczweig,
 Patrick Lok, and
 Raymond Tang
Figure 3. 
Figure 3. 

Splatter on dental assistant after aerosol-generating procedures, with the majority evident on arms and legs.

Aerosol-Generating Procedures and Simulated Cough in Dental Anesthesia
Brian Chanpong DDS, MSc,,
 Michelle Tang DDS, MSc,,
 Alexander Rosenczweig DMD,
 Patrick Lok DDS, and
 Raymond Tang MD, MSc
Article Category: Research Article
Volume/Issue: Volume 67: Issue 3
Online Publication Date: Jun 18, 2020
DOI: 10.2344/anpr-67-03-04
Page Range: 127 – 134

SARS-CoV-2. Therefore, the purpose of this pilot study is to examine the potential splatter that can be generated from AGPs and coughing in a dental anesthesia practice. MATERIALS AND METHODS In this study, Glo Germ (Glo Germ, Moab, Utah) was used to simulate the splatter produced by dental AGPs and that produced by a simulated cough. Glo Germ is a melamine resin that is 1–5 μm in size and appears blue under UV light. 9 In comparison, the SARS-CoV-2 virus is 0.12–0.16 μm in size but is carried on bioaerosols within 1–5 μm and droplets >5

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A Review of Current Literature of Interest to the Office-Based Anesthesiologist
Mark A. Saxen DDS, PhD and
 Daniel L. Orr II DDS, MS (Anesth), PhD, JD, MD
Article Category: Review Article
Volume/Issue: Volume 68: Issue 1
Online Publication Date: Apr 07, 2021
DOI: 10.2344/anpr-68-01-11
Page Range: 63 – 65

true during lighter levels of sedation or following stimulation from oral secretions, bleeding, and manipulation of the head. Deeper levels of sedation and anesthesia, such as those achieved during anesthesia induction, as well as the use of opioids help to control coughing. A recent review of the risks of extubation and coughing in the COVID-19 era by Sibert et al 1 may be of interest to many dental anesthesia providers. (Saxen MA) Allison JR, Currie CC, Edwards DC, et al. Evaluating aerosol and splatter following dental procedures

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