Ten Pathogens that are airborne: **
1 Covid **
2 SARS **
3 MERS **
4 Flu A **
5 Flu B **
6 Measles **
7 Mumps **
8 Rubella **
9 Chicken Pox **
10 Respiratory Syncitial Virus (RSV) **
11 Rhinoviruses **
12 Adenoviruses **
13 Enteroviruses **
14 Human metapneumovirua **
15 Parainfluenza **
16 Cytomegalovirus **
17 Hantavirus **
18 Norovirus **
19 Hep B **
20 Hep C **
21 Smallpox **
22 Mpox **
23 Lassa Virus **
24 Nipah **
25 Bird flu **
26 TB **
27 Whooping Cough **
28 Strep A **
29 Streptococcus pneumoniae **
30 Neisseria Meningitidis (meningococcal disease) **
31 Diptheria **
32 Mycoplasma pneumoniae **
33 Chlamydia pneumoniae **
34 Legionella pneumophila **
35 Coxiella burnetii (Q fever) **
36 Anthrax **
37 Tularaemia **
38 Brucella **
39 MRSA …
Ten Pathogens that are airborne: **
1 Covid **
2 SARS **
3 MERS **
4 Flu A **
5 Flu B **
6 Measles **
7 Mumps **
8 Rubella **
9 Chicken Pox **
10 Respiratory Syncitial Virus (RSV) **
11 Rhinoviruses **
12 Adenoviruses **
13 Enteroviruses **
14 Human metapneumovirua **
15 Parainfluenza **
16 Cytomegalovirus **
17 Hantavirus **
18 Norovirus **
19 Hep B **
20 Hep C **
21 Smallpox **
22 Mpox **
23 Lassa Virus **
24 Nipah **
25 Bird flu **
26 TB **
27 Whooping Cough **
28 Strep A **
29 Streptococcus pneumoniae **
30 Neisseria Meningitidis (meningococcal disease) **
31 Diptheria **
32 Mycoplasma pneumoniae **
33 Chlamydia pneumoniae **
34 Legionella pneumophila **
35 Coxiella burnetii (Q fever) **
36 Anthrax **
37 Tularaemia **
38 Brucella **
39 MRSA **
40 Acinetobacter **
41 Pseudomonas aeruginosa **
42 Nocardia **
43 Histoplasmosis **
44 Coccidioides (Valley Fever) **
45 Blastomyces dermatitidis **
46 Aspergillosis **
47 Cryptococcus **
48 Pneumocystis jirovecii (pcp pneumonia) **
49 Mucormycosis **
50 Toxoplasmosis **
51 Echonococcus **
52 Giardia **
Ten things that can reduce the risk of catching an airborne pathogen: **
1 An ffp2/n95 mask worn properly **
2 Ventilation **
3 HEPA air filtration **
4 Far UVC **
5 Reduced mixing **
6 Reduced meeting duration **
7 Reduced meeting size **
8 Meeting outdoors **
9 People with infections staying home **
10 Rapid testing before meeting **
11 Avoiding crowded indoor spaces **
12 CO₂ monitoring to spot poor ventilation **
13 Spacing people out **
14 Quiet environments (less shouting, fewer aerosols) **
15 Hybrid or remote participation options **
16 High vaccination uptake **
17 Regular symptom checks **
18 Better building standards for airflow **
19 Masking during travel **
20 Reducing CO₂ levels to minimise pathogen halflife **
21 Opening windows before people arrive **
22 Avoiding recirculated air on transport **
23 Scheduling breaks for air refresh **
24 Using portable HEPA units in smaller rooms **
25 Staggered arrival and departure times **
26 Holding events in larger rooms than needed **
27 Better humidity control (40–60 percent) **
28 Treating any exhaled air as unclean **
29 Treating any room as a room filled with exhaled air **
30 Wearing a respirator instead of a surgical mask **
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