2. EPOS: 2007 VS 2012
Content 2007 2012
Definition Divided into adult/children
Classification Acute non-viral rhinosinusitis Acute post viral
rhinosinusitis
Defined ABR
Epidemiology More study
Factor associated with ARS More evidence
Additional lab Mucocillary function Procalcitonin
Nasal airway assessment ESR
Algorithm and Transformation
Evidence of treatment
3. ARS in primary care studies
0.2 -1.8%
3.4 %
6-10%
Recurrent ARS: 0.035%
14%
EPOS March 2012
5. EPOS: Categories of Evidence
Ia: meta-analysis of RCTS
Ib: at least 1x RCT
IIa: at least 1x controlled study w/out
randomization
IIb: at least 1x other type of quasi-experimental
study
6. EPOS: Strength of Recommendations
A = directly based on category I evidence
B = directly based on category II evidence, or
extrapolated from category I evidence
C = directly based on category III evidence or
extrapolated from category I or II evidence
D = directly based on category IV evidence or
7. Acute rhinosinusitis in adults
Inflammation of nose and paranasal sinuses
≥ 2 symptoms, one of nasal blockage/
obstruction/congestion or nasal discharge (a
nt/post nasal drip):
± facial pain/pressure
± reduction or loss of smell
And either
EPOS March 2012
8. Acute rhinosinusitis in children
Inflammation of nose and paranasal sinuses
≥ 2 symptoms one of nasal blockage/
obstruction/congestion or nasal discharge (a
nt/post nasal drip):
± facial pain/pressure
± cough
And either
EPOS March 2012
9. Conventional Criteria for Diagnosis of Sinusitis
Based on Presence of at Least 2 Major or 1 Major and
2 Minor Symptoms
IDSA Guideline for ABRS: CID.March 20, 2012
10. Severity of disease in adult and
children
Define disease severity:
Mild: VAS 0-3
Moderate: VAS 4-7
Severe: VAS 8-10
EPOS March 2012
11. Classification of ARS in adult/
children
Common cold/ acute viral rhinosinusits :
duration of symptoms for< 10 d
Acute post-viral rhinosinusitis:
increase of symptoms after 5 d or persistent symptoms after 10 d wi
th < 12 wk duration.
ABS: ≥ 3 symptoms/signs
Discoloured discharge (unilat predominance) and purulent secretion in nasi
Severe local pain (unilat predominance)
Fever (>38 °C)
12. Natural history & time course of fever and RS symptom
associated with uncomplicated viral URI in children
IDSA Guideline for ABRS: CID.March 20, 2012
13. Acute rhinosinusitis can be divided into Common Cold
and post- viral rhinosinusitis. A small subgroup of post-viral
rhinosinusitis is caused by bacteria (ABRS).
14. Postviral acute rhinosinusitis Signs of ABS
At least 3 of:
Increase in symptoms after 5 d
-Discoloured d/c
-Severe local pain
-Fever
Persistent symptom after 10 d -Elevated ESR/CRP
-Double sickening
EPOS March 2012
15. I: Which clinical Presentations Identify
Acute Bacterial Vs Viral Rhinosinusitis ?
Onset with persistent S/S compatible with ARS ≥
10 d without any evidence of clinical improvement.
Onset with severe S/S of high fever ≥ 39 °C and
purulent nasal discharge or facial pain at least 3–4
consecutive d at beginning of illness.
Onset with worsening S/S characterized by new
onset of fever,IDSA Guideline for ABRS: CID.March 20, 2012 in nasal dischar
headache, increase
16. Factors associated with ARS
Environmental Exposures
Anatomical factors
Allergy
Ciliary impairment
Primary Cilia Dyskinesia
Smoking
Laryngopharyngeal reflux
EPOS March 2012
17. Environmental Exposures
Exposure to individual with respiratory
complaints was risk factor for RS
infection(adjusted OR = 3.7).
Increased levels of dampness in home has
been associated with sinusitis.
Exposure to air pollution, irritants used in
preparation of pharmaceutical products,
EPOS March 2012
18. Anatomical factors
Anatomical variations including Haller cells
and septal deviation, nasal polyps, and
choanal obstruction by benign adenoid tissue
, or odontogenic sources of infections.
EPOS March 2012
19. Ciliary impairment
Ciliary function diminished during viral and
bacterial rhinosinusitis.
Exposure to cigarette smoke and allergic
inflammation has been shown to impair ciliar
y function.
Impaired mucociliary clearance in AR
patients predisposes patients to ARS
EPOS March 2012
20. Smoking
Active smokers with on-going allergic
inflammation have increased susceptibility to
ARS compared to non-smokers with on-goin
g allergic inflammation, suggesting that expo
sure to cigarette smoke and allergic inflamm
ation is mediated via different and possibly s
ynergistic mechanisms.
EPOS March 2012
21. Laryngopharyngeal reflux
Pacheco-Galvan et al. 1997-2006 have shown
significant associations between GERD and
sinusitis.
Recent systematic review, Flook and Kumar
showed only poor association between acid
reflux, nasal symptoms, and ARS
EPOS March 2012
22. Anxiety and depression
Poor mental health, anxiety, or depression is
associated with susceptibility to ARS
Mechanisms are unclear.
EPOS March 2012
23. Drug resistance
Amoxicillin is the most commonly used
antibiotic for mild ARS.
Increasing resistance to amoxicillin,
particularly in S. pneumoniae and
H. influenzae infections.
EPOS March 2012
24. Concomitant Chronic Disease
Concomitant chronic disease (bronchitis,
asthma, CVS disease, DM, CA) in children has
been associated with increased risk of develo
ping ARS secondary to influenza.
EPOS March 2012
25. Microbiology of viral (common
cold), postviral, and bacterial ARS
Viruses.
Rhinoviruses (50%) and coronaviruses.
Influenza viruses, parainfluenza viruses,
adenovirus, RSV, enterovirus.
Bacteria.
S. pneumoniae, Haemophilus influenza,
M. catarrhalis and S. aureus.
Streptococcal species , anaerobic bacteria
EPOS March 2012
27. Bacteriology
Microbiological investigations are not
required for diagnosis of ARS in routine
practice.
May be required in research settings, or in
atypical or recurrent disease
EPOS March 2012
28. Prevalence (Mean Percentage of Positive Specimens)
of Pathogens From Sinus Aspirates in ABS
IDSA Guideline for ABRS: CID.March 20, 2012
29. XVI. Should Cultures Obtained by Sinus Puncture or
Endoscopy, Cultures of Nasopharyngeal Swabs Sufficient?
Cultures be obtained by direct sinus aspiration
rather than by nasopharyngeal swab (strong, mo
derate).
Endoscopically guided cultures of middle meatus
may be considered as alternative in adults, but th
eir reliability in children has not been established
(weak, moderate).
IDSA Guideline for ABRS: CID.March 20, 2012
30. C-Reactive Protein (CRP)
Raised in bacterial infection.
Limiting unnecessary antibiotic use.
ARS: low or normal CRP may identify low
likelihood of positive bacterial infection
CRP levels are significantly correlated with
EPOS March 2012
31. ESR
ESR levels correlated with CT changes in ARS
ESR >10 is predictive of sinus fluid levels or
sinus opacity on CT scan.
Raised ESR is predictive of positive bacterial
culture on sinus puncture or lavage
EPOS March 2012
32. Procalcitonin
More severe bacterial infection
There is no evidence of its effectiveness as a
biomarker in ARS.
EPOS March 2012
33. Nasal Nitric Oxide (NO)
Sensitive indicator of presence of
inflammation and ciliary dysfunction.
Very low levels: primary ciliary dyskinesia,
insignificant sinus obstruction.
Elevated levels: inflammation provided
ostiomeatal patency maintained.
EPOS March 2012
34. Nasal endoscopy
Nasal endoscopy may be used to visualize
nasal and sinus anatomy and to provide
biopsy and microbiological samples.
EPOS March 2012
35. Imaging
CT scan
Modality of choice to confirm extent of pathology
and anatomy.
Very severe disease, immuno-compromised pt,
suspicion of complications.
Routine CT scan in ARS little useful information
Plain sinus X Rays
EPOS March 2012
36. XVII. Which Imaging Is Most Useful for Severe ABRS
who suspected to have Suppurative complication?
CT rather than MRI is recommended to
localize infection and to guide further treatm
ent (weak, low).
IDSA Guideline for ABRS: CID.March 20, 2012
39. Management of ARS
ARS resolves without antibiotic treatment in
most cases.
Symptomatic treatment and reassurance is
the preferred initial management strategy fo
r patients with mild symptoms.
Antibiotic therapy should be reserved for
high fever or severeMarch 2012
EPOS (unilateral) facial pain.
41. II: When Should ATB Initiated
in Pt With S/S Suggestive of
ABRS? ATB be initiated as soon as clinical
Empiric
diagnosis of ABRS is established as defined in
recommendation 1 (strong, moderate)
IDSA Guideline for ABRS: CID. March 20, 2012
42. III: Should Amoxicillin Vs Amoxi-Clav
Used for Initial ATB of ABR in
Amoxi-clav rather than amoxicillin alone
Children?
recommended as empiric antimicrobial thera
py for ABRS in children
(strong, moderate).
IDSA Guideline for ABRS: CID.March 20, 2012
43. IV: Should Amoxicillin Vs Amoxi-
Clav used for Initial ATB of ABR in ad
ults?
Amoxi-clav rather than amoxicillin alone is
recommended as empiric ATB for ABRS in ad
ults
(weak, low).
IDSA Guideline for ABRS: CID.March 20, 2012
44. V: When Is High-Dose Amoxi-Clav
Recommended Initial ATB for ABR ?
‘‘High-dose’’ (2 g/d or 90 MKD bid) amoxi-clav
recommended for children and adults with ABRS
High endemic rates (≥10%) of DRSP
Severe infection
( systemic toxicity
IDSA Guideline for ABRS: CID.March 20, 2012
45. VI: Should quinolone Vs B-Lactam used
1°-line for Initial ATB of ABR?
B-lactam (amoxi-clav) rather than respiratory
fluoroquinolone recommended for initial
empiric antimicrobial therapy of ABR
(weak, moderate)
IDSA Guideline for ABRS: CID.March 20, 2012
46. VII: Besides quinolone, Should Macrolide, bactrim,
doxycycline, 2°/3° Gen Cep Used 2° -line for ABR?
Doxycycline may be used alternative in adults because it remains active against
RS pathogens and has excellent PK/PD (weak, low).
2°/3° oral Gen Cep: no longer recommended for empiric monotherapy of ABRS
due to resistance S. pneumoniae. Combination tx with 3° oral Gen plus clindamy
cin may be used as 2°-line for children with non–type I penicillin allergy or high en
demic rates of PNS S. pneumoniae (weak, moderate).
Not recommended
Macrolides: high rates of resistance S. pneumoniae (30%) (strong, moderate)
IDSA Guideline for ABRS: CID.March 20, 2012
47. VIII. Which ATB Recommended for ABRS
in Adults/Children with Penicillin Allergy?
Adults:
Either doxycycline or quinolone(levofloxacin/
moxifloxacin)
(strong, moderate)
Children:
Levofloxacin: type I hypersensitivity to penicillin
Clindamycin + 3° oral Gen Cep (cefixime/cefpodoxime):
non–type I hypersensitivity CID.March 20, 2012
IDSA Guideline for ABRS:
to penicillin
48. IX: Should Coverage for S. aureus Be
Provided Routinely during Initial Empiric ATB
of ABR?
S. aureus (including MRSA) is one of
potential pathogen in ABRS
Routine ATB coverage for S. aureus or MRSA
during initial empiric therapy of ABRS is not r
ecommended (stro
ng, moderate).
IDSA Guideline for ABRS: CID.March 20, 2012
49. X: Should empiric ATB be administered
for 5–7 d vs 10–14 d?
Uncomplicated ABRS in adults: 5–7 days
(weak, low-moderate).
Children with ABRS: 10–14 days
(weak, low moderate).
IDSA Guideline for ABRS: CID.March 20, 2012
50. XIV: How Long Should Initial Empiric ATB in
Absence of Clinical Improvement Be Continued Befo
re Considering Alternative Management?
Alternative management strategy is
recommended if symptoms worsen after 48–
72 hrs of initial empiric ATB or fail to improve
despite 3–5 d of initial empiric ATB
(strong, moderate)
IDSA Guideline for ABRS: CID.March 20, 2012
51. XV: What Is Recommended in Who Worsen Despite 72 Hr
or Fail to Improve After 3–5 D of Initial Empiric ATB?
Should be evaluated for possibility of
resistant pathogens, noninfectious etiology,
structural abnormality, or other causes for tre
atment failure
(strong, low).
IDSA Guideline for ABRS: CID.March 20, 2012
54. INS VS placebo for adults/children with ABS
IDSA Guideline for ABRS: CID.March 20, 2012
55. XII: Are INS Recommended as
Adjunct to ATB in ABR?
INS recommended as adjunct to ATB,
primarily in patients with history of AR
(weak, moderate)
IDSA Guideline for ABRS: CID.March 20, 2012
56. Oral corticosteroids adjunct
therapy
Cochrane analysis suggests that oral steroids
as adjunctive therapy to oral antibiotics are e
ffective for short-term relief of symptoms (he
adache, facial pain, nasal decongestion and) i
n ARS
Evidence level Ia
EPOS March 2012
57. Oral antihistamines
No indication for use of AH(both intranasal
and oral) in treatment of post viral ARS,
except in co-existing allergic rhinitis.
EPOS March 2012
58. Nasal decongestants
27 trials (5,117 participants) of RCT:
effectiveness of common cold treatments
AH, analgesic-decongestant combinations
have some general benefit in adults and older
children (recommendation A).
Weighed benefits against risk of adverse
effects. EPOS March 2012
59. XIII: Should Topical or Oral Decongestants or
AH Be Used as Adjunctive Tx in ABR?
Neither topical nor oral decongestants and/or
AH recommended as adjunctive treatment in
patients with ABRS (strong, low-moderate).
IDSA Guideline for ABRS: CID.March 20, 2012
60. Nasal or antral irrigation
Nasal douching with saline solution has
limited effect in adults with ARS (lev
el of evidence Ia).
Effective in children with ARS in addition to
standard medication (level of evidence Ib) an
d can prevent recurrent infections (level
of evidence IIb)
EPOS March 2012
61. XI: Is Saline Irrigation of Benefit as
Adjunctive Tx in ABR?
Intranasal saline irrigation(physiologic /
hypertonic saline) recommended as an adjun
ctive treatment in adults with ABRS (weak, lo
w-moderate).
IDSA Guideline for ABRS: CID.March 20, 2012
62. Heated, humidified air
Steam may help congested mucus drain
better and heat may destroy cold virus as it d
oes in vitro.
Steam inhalation has not shown any
consistent benefits in treatment of common
cold, hence is not recommended in routine tr
eatment of common cold symptoms
EPOS March 2012
63. Interventions to interrupt spread
of viruses in viral rhinosinusitis
Handwashing, esp around younger children.
Incremental effect of adding antiseptics to
normal handwashing to decrease respiratory
disease remains uncertain.
Barriers to transmission, isolation, hygienic
measures are effective at containing RS virus
epidemics. EPOS March 2012
65. Probiotics
Probiotics were better than placebo in
reducing number of acute URTIs, rate ratio of
and reducing antibiotic use
Recommendation A
EPOS March 2012
66. Vaccination
No direct effect in treatment of ARS.
Affected frequency and bacteriology of AOM
and ABS
Causative pathogens of ABS in children in 5 y
after introduction vaccination PCV7 as
compared to previous 5 y. Proportion of
S. pneumoniae declined by 18%, H.influenza
EPOS March 2012
67. NSAID’s, Aspirin or
acetominophen
NSAID did not significantly reduce TSS, or
duration of colds.
Outcomes related to analgesic effects of
NSAID (headache, ear pain, muscle, jt pain).
No evidence of increased frequency of
adverse effects in NSAID tx groups.
EPOS March 2012
68. Zinc
Zinc would shorten duration of episode of
common cold and prevention risk of developi
ng episode of common cold.
Too early to give general recommendations
for use of zinc because not sufficient knowle
dge optimal dose, formulation and duration o
f treatment
EPOS March 2012
European Position Paper on Rhinosinusitis and Nasal Polyps Infectious Diseases Society of America
Prevalence: 6-15% of population ABS: 0.5-2.0% of pt
Prevalence of ARS of 1.4% reported in 292 pt of URI at Siriraj Hospital. April- October 200 Treebupachatsakul P et al. J Med Assoc Thai. 2006.Aug;89(8):1178-86. This low prevalence may be due to majority of pts with ARS presenting to their primary care provider rather than hospital
following clinical presentations(any of 3) are recommended for identifying patients with acute bacterial vs viral rhinosinusitis:
ABR Who Has Failed to Both 1°&2° line , should Cultures to Document Persistent/Resistant Bacterial Pathogens.
Cochrane analysis, 4DBPC studies with total of 1,943 pt support use of INS as monotherapy or adjuvant tx to ATB(evidence level Ia). Higher doses of INS had stronger effect on improvement or complete relief of symp; for MF 400 μg vs 200 μg, (RR 1.10; 95% CI 1.02-1.18 vs RR 1.04; 95% CI 0.98-1.11). No significant adverse events reported and no significant difference in drop-out and recurrence rate for 2 tx gr.
Severe=high fever or unilat facial pain
*1b(-): 1b study with negative outcome $ Ia(-) Ia level of evidence that treatment is not effective. **A(-): grade A recommendation not to use สมุนไพรอิชิเนเซีย (echinacea) ใช้ป้องกันรักษาหวัดและไข้หวัดใหญ่ เหมือนเดิม : oral ATB, topical steroid, oral ATB and topical steroid, decongestion, mucolytic, oral AH ต่าง : 2012 มี oral steroid เป็น grade A, combination AH analgesic-decongestion gr A, Ipratopium bromide gr A, protbiotic gr A, herbal medicine, ASA, paracetamol A- steam inhalation cromoglycate Zinc c, vit C C, echinacea C Saline irrigate D เป็น A
เหมือนเดิม : oral ATB, topical steroid + ATB, saline irrigate ต่าง : topical steroid D เป็น A topical decongestant C เป็น D mucolytic A- AH D