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Sensitivity Pattern of Gram Negative Bacteria
Nasal Swab Isolates in Patient with AllergicRhinitis to Amoxicillin and Ciprofloxacin
By:
Danita Dwityana Gamalwan (20090310024)
Medical Faculty and Health Science
Muhammadiyah University of Yogyakarta
2012
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Background
Infection
Gram Negative
Bacteria
Allergic Rhinits
Antibiotic
Prevalence
Symptoms
Ciprofloxacin
Amoxicillin
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The Formulation of Problem
1. Is gram negative bacteria nasal swab isolates in
patients with allergic rhinitis still sensitive to the
antibiotic Amoxicillin?
2. Is gram negative bacteria nasal swab isolates in
patient with allergic rhinitis still sensitive to the
antibiotic Ciprofloxacin?
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The purpose of research
A. General Purpose=> to determine sensitivity pattern of gram negatif bacteria
nasal swab isolates in patient with allergic rhinitis to
antibiotics
B. Special Purpose
1. To determine sensitivity of gram negative Bacteria nasal
swab isolates in patient with allergic rhinitis to amoxicillin
2. To determine sensitivity of gram negative Bacteria nasalswab isolates in patient with allergic rhinitis to
ciprofloxacin
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The Objectivity of research
1. Amin R et al (2009), considering respiratory tract infections and
antimicrobial sensitivity
2. Ndip RN et al (2008),Antimicrobial resistance of bacterial agents of
the upper respiratory tract of school children in Buea, Cameroon.
3. Nursyasni (2005), Sensitivity pattern of gram negative bacteria in
Lower respiratory infection to Amoxiciliin in Microbiology MFUI.
4. Refdanita et al (2004), Sensitivity pattern of bacteria to antibiotic in
intensive care unit Fatmawati Hospital, Jakarta 2001-2002
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5. Setianingrum F, (2009), Sensitivity pattern of gram negative bacteria
in Lower respiratory tract infection to ciprofloxacin in MicrobiologyLaboratorium Medical Faculty UI
6. Nursiah S, (2003) Pattern of aerob Bacteria caused OMSK and
sensitivity to antibiotic in USU
7. Utami F, et al (2010)Allergic Rhinitis as a risk factor Otitis MediaSupuratif Cronic.
The differences :
Sample => Nasal swab of
allergic rhinitis patient
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Literature ReviewA. Gram Negative Bacteria
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B. Allergic Rhinitis
http://localhost/var/www/apps/conversion/tmp/scratch_1/gambar/videoplayback_15.FLV -
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C. Antibiotic (amoxicillin & ciprofloxacin)
Amoxicillin Ciprofloxacin
Penicillin Quinolon
Mechanism PBP reseptor, then
activates the enzim
autolysis and cause celllysis
Inhibit the synthesis
of bacterial DNA
gyrase
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Conseptual FrameworkAllergic RhinitisPatient
Normal Flora of the
Nose
Gram Negative
Bacteria
Gram Positive
Bacteria
Antibiotic
Sensitive Resistance
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Hypothesis1. Gram negative bacteria nasal swab in patient with allergic
rhinitis still sensitive to Amoxicillin
2. Gram negative bacteria nasal swab in patient with allergic
rhinitis still sensitive to Ciprofloxacin
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Research Desaign-Observational study with cross sectional method
Population and samples
The population in this study are student of medical facultyand health science of UMY => 39 samples
Research Location and time
Microbiology laboratorium of medical faculty and health
science of UMY in July 2011
Research Method
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Variable of research1. Independent Variable
Gram negatif bacteria nasal swab in allergic rhinitis
patient
2. Dependent variableInhibitory zone of gram negatif bacteria
Operational Definitiona. Allergic Rhinitis
b. Gram Negatif Bacteria
c. Sensitivity pattern
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Research Instrument
1. Tools : steril cotton sticks, test tubes, ose, petri
dishes, measuring pipette, tweezers, incubator,
spiritus light, autoclave, nasal speculum, paper
label, ruler.
2. Materials : allergic rhinitis patients with nasal
swabs, blood agar media, trytic soy agar, gramstrain, antibiotic disc (amoxicillin and ciprofloxacin)
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Plan WorkingAllergic RhinitisPatient
Nasal Swab
Incubation 24 hours,37C
Culture Result
Gram Negatif Bacteria
Sensitivity Pattern
Amox
sens
itive
sensitive
Resista
nce
Cip
Resista
nce
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23.07
%
76.93
%
Haemophi l lus inf luenzaeto
Amoksisilin
resisten
sensitif
28.20%
71.80
%
Haemophillus influenzae to
Siprofloksasin
resisten
sensitif
Result and Discussion
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12.82
%
5.13%
82.05
%
Enterobacteriaceae to
Amoksisilin
Intermediet
Resisten
Sensitif
25.64
%
2.56%
71.80
%
Enterobacteriaceae to
Siprofloksasin
Intermediet
Resisten
Sensitif
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Amoxicillin Amin R (2009) => Considering respiratory tract infections
and antimikrobial sensitivity. Amoxicillin has sensitivity
7,9%
Nuryasni. (2005) => Sensitivity pattern of gram negatif
bacteria in Lower respiratory tract infection to Amoxicillin
. Gram negative bacteria had resistance to
Amoxicillin
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El-mahmood A.M, et al. (2010) => Antimicrobialsuspencibility of some respiratory tract pathogens to
commonly used antibiotics at the specialist hospital, Yola
Ada Mawa State, Nigeria. Penicillin had been
resistance to H.influezaeexcept flouroquinolone.
The differences in this reasearch=> gram
negative bacteria had been sensitive to
amoxicillin
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Risk Factor of resistance1. Genetic mutation, genetic antimicrobial transfer
2. The use of antibiotic isnt accordance with the term
of theraphy
3. The diagnose isnt acurate, so that the theraphy
isnt acurate
4. The use of antibiotic is increasing
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Ciprofloxacin
Research in Medical Faculty of UI (2009) shows thatThe sensitivity of ciprofloxacin to gram negatif
bacteria is decrease
Research in USU (2005) shows that Ciprofloxacin had
high sensitivity to gram negative and positive bacteria.
This research shows that gram negative
bacteria has been sensitive to ciprofloxacin.
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Antibiotic Mechanism
Amoxicillin mechanism to gram negative bacteria=>Cell wall of Bacteria
Ciprofloxacin mechanism to gram negative bacteria
DNA synthesis
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ConclusionGram negative bacteria nasal swab isolates in
patient with allergic rhinitis is still sensitive to
amoxicillin and ciprofloxacin.
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Suggestion Examination of nasal swab culture isolates should
be considered carefully regarding sample storage
and retrieval techniques to avoid contamination by
other bacteria
Futher research needs to investigate the sensitivity
patterns of bacteria isolates another swab with other
classes of antibiotic
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References1.Amin R, Hoque A.M.W, Khan RF and Rahman M, (2009). Considering
respiratory tract infections and antimicrobial: An exploratory analysis.
Malaysian Journal of Microbiologi Vol 5 (2), pp 109-112.
2. Jawetz, E., J.L. Melnick, E. A. Adelberg, G. F. Brooks, J. S. Butel and
L. N. Orston. (2008). Mikrobiologi Kedokteran. Edisi 23.Diterjemahkan oleh E. Nugroho & R.F. Maulany : Jakarta Buku
Kedokteran EGC. hal 153-160, 188, 190 & 211-217.
3. Katzung BG (2007). Farmakologi Dasar dan Klinik Edisi
VI. Jakarta : ECG