ANTIBIOGRAM OF ORGANISM OF PUBLIC HEALTH IMPORTANCE FROM TIGER NUT WASH WATER

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ABSTRACT


The antibiogram of organisms of public health importance from tiger nut wash water sold in Umuahia was evaluated by standard microbial methods. The bacteria isolated were Staphylococcus aureusSalmonella spp, Shigella spp, E. coliPseudomonas spp, Enterobacter spp. The Gram positive isolate (Staphylococcus aureu) was highly susceptible to Levofloxacin (66.6%) followed by Chloramphenicol (58.33%) and Erythromycin (58.33%) while it showed highest resistance is Oxacilin (83.33%) followed by Norflaxacin (66.66%).

The Multiple Antibiotics Resistance Index (MARI) ranged from 0.2 to 0.8 for Gram positive isolate, while it ranged from 0.12 to 0.6 for Gram negative. The phenotypic characteristics of the organisms showed varied resistance patterns to the antibiotic used. The presence of these organisms of public health importance shows the hazard level of consuming tiger nut without adequate washing.







TABLE OF CONTENTS


Title page                                                                                                                                i

Certification page                                                                                                                   ii

Dedication                                                                                                                               iii

Acknowledgements                                                                                                                iv

Table of contents                                                                                                                    v

List of Tables                                                                                                                          viii

Abstract                                                                                                                                   ix

 

CHAPTER ONE-INTRODUCTION                                                                                  1

1.1       aim and objectives                                                                                                      2


CHAPTER TWO-LITERATURE REVIEW                                                                     3

2.0       Tiger Nuts                                                                                                                   3

2.1       Organisms of Public Health Importance                                                                    6

2.1.1    Pseudomonas                                                                                                              6

2.1.2    Escherichia coli                                                                                                          6

2.1.3    Salmonella                                                                                                                  7

2.1.4    Shigella                                                                                                                       8

2.2       Wash Water                                                                                                                9

2.2.1    Water is a scarce resource                                                                                          9

2.2.2    Food Security                                                                                                             10

2.2.3    Demographics                                                                                                             10

2.2.4    Overuse                                                                                                                       10

2.2.5    Environmental change                                                                                                11


CHAPTER THREE: MATERIALS AND METHOD                                                      12

3.1       Collection of Sample                                                                                                  12

3.2       Materials/Media Used                                                                                                12

3.2.1    Sterilization of Material                                                                                              12

3.3       Microbiological Analysis                                                                                           12

3.3.1    Preparation of Sample                                                                                                12

3.3.2    Identification and Characterization of Bacteria Isolates                                            13

3.4       Identification of Bacteria Isolates                                                                               13

3.4.1    Motility Test                                                                                                               13

3.4.2    Gram Staining                                                                                                             14

3.5       Biochemical Test                                                                                                        14

3.5.1    Indole Test                                                                                                                  14

3.5.2    Methyl Red Test                                                                                                         15

3.5.3    Voges Proskaeur (VP) test                                                                                           15

3.5.4    Citrate Utilization Test                                                                                               15

3.5.5    Urea Hydrolysis Test                                                                                                  15

3.5.6    H2S Production                                                                                                           16

3.5.7    Catalase Test                                                                                                               16

3.5.8    Coagulase Test                                                                                                            16

3.5.9    Oxidase Test                                                                                                               16

3.6       Determination Of Antimicrobial Susceptibility Pattern                                             17

3.6.1    Disk sensitivity tests                                                                                                   17


CHAPTER FOUR                                                                                                                18

RESULTS                                                                                                                               18

 

CHAPTER FIVE: DISCUSSION, CONCLUSION AND RECOMMENDATION        28

5.1       Discussion                                                                                                                   28

5.2       Conclusion                                                                                                                  30

5.3       Recommendations                                                                                                      30

REFERENCES                                                                                                 31

 

 

 

 

 

 

LIST OF TABLES


Table                         Title                                                               Pages

1        Characterization and identification of isolates                         19


2        Diameter zone of inhibition of antibiotics (in mm) for gram positive organism 23


3        Diameter zone of inhibition of antibiotics (in mm) for gram negative organism isolated 24


4        Multiple antibiotics resistance index (mari) and phenotype of gram positive organism 25


5        Multiple antibiotics resistance index (MARI) and phenotype of gram negative organism 27

 

 

 

 


 

 

CHAPTER ONE

INTRODUCTION

Tiger nut (Cyperus esculentus L.), also classified as a nut have been recognized as one of the best nutritional crop that can used to augment the diet of human population (Afenu, 2008).

Consumption of Tiger nut is healthy and aids in preventing heart attacks, thrombosis and activities blood circulation; it also helps in preventing colon cacers due to nits high content of soluble glucose (Adejuyitan et al., 2009). Tiger nut is cultivated for both human and livestock consumption. The nuts can be eaten raw, baked or roasted or processed further into a drink. It can also be used as a flavouring agent for ice creams and biscuit (Bolarinwa et al., 2009) and can also be used as a substitute for almonds in confectionery.

Tiger nuts are excellent sources of minerals such as phosphorous, potassium, vitamins E and C, starch, fat, sugars, protein (Belewu and Belewu, 2007). The nuts contain oil which is used in cooking and for the manufacture of body and hair creams. The nuts are valued for their highly nutritious starch content, dietary fibre, carbohydrate (mono, di and poly saccharides). The nut was reported to be rich in sucrose (17.4 to 20.0%), fat (25.50%), and protein (8%). The nut is also very rich in mineral content (Sodium, Calcium, Potassium, Magnesium, Zinc and trace of Copper) (Farhath et al., 2001). The nut is higher in oil content and the oil was implicated as a lauric acid grade oil which bis non-acidic, stable, non-drying and and of very low unsaturated level.

Tiger nuts are regarded as a digestive tonic having a heating and drying effect in digestive system and alleviating flatulence. They also promote urine production. The nuts are said to be stimulant and tonic and also used in the treatment of indigestion, colic diarrhea, dysentery and excessive thirst (Abaejoh et al., 2006). The qualities of Tiger nut in this context (Cyperus esculent) stimulate its inclusion in the preparation of beverages so as to provide protein- rich at affordable price in place of animal protein which is scarce and expensive. Despite these benefits, Tiger nut is currently an underutilized crop in most areas.

The sellers often use their fingers to dispense the Tiger nuts into either old newspaper or polythene wrappers and bought ready to be eaten. According to (Bolarinwa et al., 2009) Tiger nut from the farm to the point of sale are likely to be exposed to all forms of contamination including micro organisms.

The Tiger nuts are sold packaged in plain polythene bags in markets and on the road side. The majority of the people buying the nuts purchases them whilst in a vehicle are consumed without washing because they assumed sellers has washed them already. Studies so far in some parts of the world have found some contaminants. Adebanjo in 1993 found aflatoxins present at toxicologically unsafe levels on Tiger nuts. Other contaminants such as stones, animal droppings and some other extraneous materials have been found to be associated with Tiger nuts. In most parts of Africa, the passion for eating out weighs other considerations such as food safety; this drive has led to considerable rise in food borne intoxications and contaminations ( Chukwuma et al., 2010).

This studies aim at identifying organisms of public health importance in tiger nut wash water and their antibiotics susceptibility pattern.   


1.1       AIM AND OBJECTIVES

1.         To isolate and identify different organisms of public health importance from tiger nut wash water

2.         To determine antibiogram of different organisms isolated



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