ABSTRACT
Urinary tract infections (UTIs) are one major causes of morbidity in patient with underlying and it accounts for the majority of the reasons for hospitals visit globally. Sound knowledge of factors associated with UTI may allow timely intervention that can easily bring the disease under control. Urinary tract infection (UTI) is among the most common infections in patients mostly pregnant women. This study aimed to determine the antibiotic susceptibility pattern of urinary tract infection among pregnant women attending antenatal care (ANC) in police clinic Dutse. Midstream urine was collected from pregnant women using sterile containers. Culture and sensitivity were performed using a standard operating procedure of the microbiology laboratory. A total of 30 specimen processed in the laboratory of which 35(38.1) yielded Klebsiella pneumoniae, Escherichia coli 30(32.1), Pseudomonas aeruginosa 20(21.8), Enterococci 15(16.3) and proteus spp 09(8.4). Antibiotic susceptibility testing was done by disk diffusion method described by Kirby-Bauer (1961). K. pneumoniae is most sensitive to streptomycin (20%) and ofloxacin (15%). Screening for the presence of urinary tract infection during pregnancy will improve the quality of antenatal care further reducing complications. Therefore, the early routine detection of causative agents of UTI and determining their drug susceptibility pattern are important for pregnant women to avoid complication in mother and fetus.
TABLE
OF CONTENTS
DECLARATION.. i
CERTIFICATION.. ii
APPROVAL PAGE.. iii
ACKNOWLEDGEMENT. iError! Bookmark not defined.
DEDICATION.. v
TABLE OF CONTENTS. vi
LIST OF TABLES. vii
ABSTRACT. x
CHAPTER ONE: INTRODUCTION.. 1
1.1 Background of the
Study. 1
1.2 Statement of the
Problem.. 2
1.3 Significance of The
Study. 3
1.4 Aim.. 4
1.5 Objectives. 4
CHAPTER TWO.. 5
LITERATURE REVIEW... 5
2.0 Infections of the
Urinary Tract 5
2.1 Prevalence of UTI. 5
2.2 Transmission of
uropathogens. 6
2.3 Etiologic Agents
of UTI. 7
2.4 Bacterial
Virulence Factors. 9
2.5 Pathogenesis and
Pathology. 10
2.6 Antimicrobial
Susceptibility Pattern of Klebsiella pneumoniae. 11
2.7 Signs and Symptoms of Klebsiella pneumoniae Infection. 12
2.8 Epidemiology of Klebsiella pneumoniae. 12
2.9 Treatment of klebsiella pneumoniae infection. 13
2.10 Treatment of UTIs. 13
2.11 Antimicrobial
Resistance. 15
2.12 Factors influencing
resistance of antibiotics. 16
2.13 Mechanisms Of Action
Of Antimicrobial Agents. 19
2.14 Susceptibility to
antimicrobial agents. 20
2.15 Prevention of UTI and
control 20
CHAPTER THREE.. 21
MATERIALS AND METHODS. 21
3.0 STUDY AREA.. 21
3.1 SAMPLE COLLECTION.. 21
3.2 LABORATORY ANALYSIS. 21
3.2 PREPARATION OF MEDIA.. 22
3.3 ISOLATION AND
IDENTIFICATION OF MICROORGANISMS. 22
3.4 GRAM STAINING.. 22
3.5 BIOCHEMICAL TESTS. 23
3.5.1 Catalase test 23
3.5.2 Oxidase test 23
3.5.3 Coagulase test 23
3.5.4 indole test 24
3.5 .5 ANTIBIOTIC SUSCEPTIBILITY.. 24
CHAPTER FOUR.. 25
RESULT AND DISCUSSIONS. 25
4.1 RESULTS. 25
4.2 DISCUSSION.. 29
CHAPTER FIVE.. 32
SUMMARY, CONCLUSION AND
RECOMMENDATION.. 32
5.1 Summary. 32
5.2 Conclusion. 33
5.3 Recomendations. 33
REFERENCES. 34
LIST OF TABLES
TABLE 4.1: Antibiotic
Susceptibility Of Klebsiella Pneumoniae 26
TABLE 4.2: Culture And Biochemical Characteristic Of The Isolate 27
TABLE 4.3: Number
And Percentages Of The Organism Isolated From Urine 28
TABLE 4.4:
Drugs Of Choice For Klebsiella Pneumoniae Isolated From Urine. 29
LIST OF SYMBOLS AND
ABBREVIATIONS
UTI : Uniray
Track Inpection
ANC : Anti
Natal Care
ESBL : Estended
Stectrum Beta Lactamase
ICU : Intensive
Care Unit
NDR : Multidrug
Resistance
CLED : Cystine
Labtus Electrolyte Deficiency
TMP/SMS : Trimethoprim/Sulfamfthoxazole
NA : Nutrient Arga
MM : Mili Meter
SPP : Species
APUA : Alliance for the Prudent Use of
Antibiotics
GARP : Global Antibiotic Resistance
Partnership
CHC : Comprehensive Health Care
CLSI : Clinical and Laboratory Standards
Institute
AM : Ampillicin
|
AN : Augmentin
|
CF : Cefotaxine
|
CPX : Ciprofloxacin
|
CH : Chloramphenicol
|
OFX : Ofloxacin
|
PEF : Perfloxacin
|
SP : Spiromycin
|
S : Streptomcin
|
INTRODUCTION
Urinary tract infection (UTI) is the colonization of the urinary tract by
pathogenic microorganisms. Infection is caused by fungi, bacteria and viruses.
The infection has prolonged admissions in hospital, morbidity in general
population and high financial cost implications to the patients (Ramakrishnan and Scheid, 2005, Prakash and Saxena, 2013). Majority of UTIs are caused by bacteria
that are found in the bowel and live as normal flora and often result from
faecal and perineal areas. These organisms are capable invading the tissues of
the urinary tract and adjacent tissues causing lower urinary tract infections
and upper tract infections (Shilpi et al., 2012; Kumar et al., 2013).
UTI is a common condition that is found in very young children as well as older
people (Tamber et al., 2006; Manikandan and Amsath 2013).
In general population and hospital set up, UTI is a common infection although
there arenew and more powerful antibiotics in use but bacterial resistance
persists (Patel et al., 2012).
The spectrum of causative agents and their antimicrobial resistance
pattern has been dynamic worldwide (Annapurna
and Lakshmi, 2013). Urinary tract infection may lead to life threatening
complications and death (Gupta et al., 2001). Urine culture is the
most effective diagnosis of UTI and treatment (Onuoha and Fatokun, 2014). Lower UTI (cystitis) and upper UTI
(pyelonephritis) are the two clinical entities mostly found in patients with
symptomatic UTI. Lesions caused by UTI are severe and contribute to morbidity
in the population resulting in loss of renal function, which leads to long-term
illness (Lane and Mobley, 2007)Urine pass through the urethra
allows the entry of uropathogens into the urinary tract initiating an
inflammatory response, colonize urine in the urethra and if not washed out
during urination culminating into a bacterial infection. Due to their
anatomical orientation: that is the short distance between the anus and vagina
women are at ahigher risk of getting UTIs (Foxman, 2010). A
second re-infection occurs in about 50 % of all women with a first UTI within
six months (Ehinmidu, 2003). Bacteria establish infection in
the urinary tract only after overcoming possible elimination by normal flora
during micturation and innate host defense mechanism in the bladder (Gupta et al., 2001)
Only about 2-5 % of documented UTIs are acquired hematogenously and
usually result from bacteremia caused by relatively virulent organisms such Salmonella spp. and Staphylococcus
aureus (Karlowsky et al., 2002). Common symptoms of UTIs
include burning sensation during urination, loss of bladder control, increased
frequency of urination especially in small amounts, low back pain, cloudy
and bloody or foul-smelling urine (Onifade et al., 2011).Multidrug resistance
should be monitored worldwide and surveillance systems should be used to
determine the aetiology for UTIs (Kimando et al., 2010). There is a worldwide
setback in management of many bacterial infectious diseases due to antibiotic
resistance. It is estimated that globally 26 % of deaths are due to infectious
diseases such as UTIs of which 98 % occur in low income countries.
1.2
Statement
of the Problem
Being the most second infectious disease in the community and
hospitalized patients, UTI has globally affected over 150 million people per
year which costs global economy more than 6 billion US dollars (Alemu et al., 2012; Onuoha and Fatokun,
2014). Worldwide, infectious diseases cause a significant amount of financial
burden and morbidity (Kolawole et al., 2009; Tiruneh et al., 2014).
In the USA, about 7 million patients who visit the clinicians are diagnosed
with UTI while more than 100,000 are hospitalized annually. In community and
hospital acquired bacterial infections there has been a growing concern
worldwide due to UTIs caused by multidrug resistant uropathogens (Radyowijati and Haak, 2003; Alemu et al.,2012). There is pressure resulting from intensive and
indiscriminate use of antibiotics in treatment leading to a rapid spread of
antimicrobial agent resistance genes to uropathogens. A global concern is on
the rise over rapid dissemination of drug-resistant bacteria creating serious
complications on the treatment of infectious diseases. A major concern to
clinicians is the increase in the number of resistant and multi-resistant
strains of bacteria and the decline in the number of new antibiotics available
for treatment of UTIs (Annapurna and
Lakshmi, 2013). This study aimed at describing the major pathogens
causing UTI among patients, the prevalence of UTI and establish susceptibility
pattern of antimicrobial resistance. The data will be used in guiding on the
most effective drugs of choice on treatment of UTIs and identifying the most
prevalent uropathogen. On the light of this, the following study was carried
out.
1.3 Significance of The
Study
UTIs are prevalent during pregnancy, and the
increasing resistance of pathogens like K. pneumoniae to commonly used
antibiotics complicates treatment options. As antibiotic resistance continues
to rise globally, identifying local resistance patterns can inform healthcare
providers and policymakers about the most effective treatment regimens. This is
particularly important in regions where empirical treatments may not align with
current resistance trends, potentially leading to treatment failures.
Additionally, the findings of this study can
contribute to public health strategies aimed at reducing the incidence of UTIs
and associated complications in pregnant women. By providing data on
susceptibility profiles, the research supports the need for regular screening
and targeted antibiotic stewardship programs to combat the threat of
antibiotic-resistant infections in vulnerable populations.
1.4
Aim
To determine the antibiotic susceptibility profiles of Bacterial Isolates
from among pregnant women attending ANC in General Hospital Dutse.
1.5
Objectives
i) To determine the most common bacterial isolate that causes UTIs among
pregnant women attending ANC in the study area.
ii) To determine the antimicrobial susceptibility patterns of the
identified bacterial isolates of UTIs among pregnant women attending ANC in the
study area
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