Prevalence of Fungi Skin Infections Among Individuals with Skin  
Lessions in Enugu East Community  
Ugwu Perpetua Nkemdiri, Udeani. T.K.C, Didam Jonathan Glory & Anolaba Cordelia Ifeyinwa  
Department of Medical Microbiology University Nigeria Teaching Hospital Ituku Ozalla Enugu  
Department of Medical Microbiology University of Nigeria Nsukka Enugu  
Depatment of Medical Microbiology Modibbo Adama University Teaching Hospital, Yola  
Received: 07 November 2025; Accepted: 14 November 2025; Published: 27 November 2025  
ABSTRACT  
Superficial and cutaneous skin infections constitutes a major public health challenge globally. These fungal skin  
infections normally cause dis-figuration of skin, finger and toe nails. The goal of this study was to determine the  
occurrence and risk factors among children, adolescents and adults in rural dwellers of Enugu East local  
government Area , Enugu Nigeria. This was a cross-sectional study that enrolled individuals with skin lesions  
in any part of the body. The pupils and adolescents were recruited from primary and secondary schools while  
the adults were recruited from churches and primary health care clinics. Skin scrapping were collected from the  
various part of the body, head, finger and toe nails and affected hair strands. The samples were analysed  
mycologically using sabouraud dextrose agar and corn meal agar with actidione. A total of 211 persons with  
skin lesions were analysed. They comprised of 42.7% (90/211) pupils; 33.2% (70/211) adolescents and 24.1%  
(51/211) adults. The mean age of the pupils, adolescents and adults were 6.9 ± 1.68, 12.29 ± 2.3 and 29.53 ± 8.6  
year olds respectively. The prevalence rate of fungal isolates from pupils, adolescents and adults were 36.97%,  
30.8% and 21.8% respectively. Among the pupils and adolescents, tinea capitis and tinea corporis at a frequency  
of 13.2% and 7.9%, were prevalent, while tinea unguium 6.3% was more among the adults. The fungal agents  
isolated comprised majorly of 19.0% Trichophyton soudanense, 11.4% Trichophyton rubrum, 10.9%  
Microsporum audounii and 6.6% Trichophyton mentagrophytes. Both Aspergillus fumigatus, Aspergillus flavus  
and Malasessia furfur were obtained at prevalence rate of 6.6%, 5.7% and 1.4%. The high occurrence of fungal  
skin infections among the different age groups remains public health problem. This is because these fungal  
agents may penetrate dermis and induce systemic infections, and / or cause dis-figuration of the skin. It is hereby  
suggested that health workers of the primary health centers be empowered to routinely educate the populace on  
good hygiene practices.  
INTRODUCTION  
Background of the study  
Fungal infection of the skin is a common public health problem globally with associated morbidity among  
affected individuals (Olaide et al., 2014). Children are the epicentre of fungal skin infection due to associated  
favourable predisposing factor predominant among them such as overcrowding, poor environmental and  
personal hygiene. pre-pubertal factors, the on-set and late reporting to healthcare center, immigration, culture  
and socioeconomic dispositions have great implication for the proliferation of dermatophytosis. (Olaide et al.,  
2014, Ndako et al., 2012). Fungi skin infections can be classified into two broad categories namely; Superficial  
skin infection (Superficial mycoses) and Cutaneous skin infections (Cutaneous mycoses) .  
Pityriasis versicolor is a chronic superficial infection of the stratum corneum caused by Malassezia globosa,  
Malassezia restricta, and other members of the Malassezia furfur complex (Thomas Mitchell, 2013). Although  
the lipophilic yeast Malassezia is part of the normal cutaneous microflora of the skin in most warm blooded  
vertebrate, they may become occasional pathogen when there is alteration in the skin microclimate architecture  
or host defense occurs (Narain Gupta., 2016) The invasion of the cornified layers of skin illicit mild host immune  
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response producing a discrete, serpentine, hyper-, or hypopigmented maculae on the skin, predominantly onthe  
chest, upper back, arms, or abdomen (Thomas Mitchell,. 2013, Gemmer et al., 2002, Shokohi T, et al., 2009).  
Pityriasis versicolor produces chronic lesions which occur as macular patches of discoloured skin that may  
enlarge and coalesce, with moderate inflammation, irritation and scaling (Thomas and Mitchell, 2013, Enemuo  
and Amedu., 2009) Malassezia species are lipophilic or lipid-dependent yeasts, and at least some belong to the  
normal cutaneous microora (Thomas Mitchell, 2013, Gemmer et al., 2002) and thus require lipid in the medium  
for growth. Although for decades the genus Malassezia remained limited to two species; the lipid dependent  
Malassezia furfur and the lipophilic M. pachydermatis. Whereas their contribution to skin diseases is under  
investigation (Shokohi, et al., 2009., Sugita., 2004), the diagnosis is by direct microscopic examination of  
scrapings of infected skin, treated with 1020% potassium hydroxide (KOH) or stained with calcofluor white.  
Short unbranched hyphae and spherical cells observed in the preparation indicate its confirmation. The lesions  
also fluoresce under Wood’s lamp. Pityriasis versicolor is treated with daily applications of selenium sulfide.  
Topical or oral azoles are also effective (Thomas Mitchell, 2013). Other minor superficial mycoses are Tinea  
nigra, white piedra and black piedra (Enemuo and Amedu., 2009).  
The fungi infections of the skin (Cutaneous) are majorly dermatophyte infections of the superficial layer of the  
skin as dermatophytes invade and propagate in the keratinized tissues of the body such as the skin, hair and nails  
(Oumar et al., 2018). Dermatophytes infects various parts of the body and propagate in outward pattern on the  
skin; producing a ring-like lesion; hence the name “Ring worm” (Oumar et al., 2018). Lesions are clinically  
classified according to anatomical locations: tinea capitis- on the scalp, tinea pedis- on the foot, tinea corporis-  
on the body, tinea cruris- on the groin, tinea manuum- hand, tinea unguim- nails, tinea barbae- on the beard areas  
of the body.  
Superficial mycoses involve only the outer most layer of skin hair or nails usually non- inflammatory eg are  
pityriasis versicolor caused by malassezia furfur, Other minor superficial mycoses are Tinea nigra, white piedra  
and black piedra (Enemuo and Amedu., 2009).  
Dermatophytes requires keratin for growth and propagation, and are therefore restricted to the hair, nails and  
superficial layer of the skin. They do not propagate or infect mucosal surfaces (Barry, 2003). Less frequently  
fungi skin infection is caused by some non-dermatophytes yeast such as Candida species (Rai and Wankhade.,  
2009). Dermatophytes which are the etiological agent for dermatophytosis of the skin are grouped into three  
distinct genera namely; . Epidermophyton, . Microsporum, . Trichophyton (Nweze& Eke., 2018). Though  
dermatophytosis is worldwide in distribution, predominant risk factors vary from one region to the other, with  
higher prevalence in developing countries (Nweze., 2010, Nweze & Eke., 2016). Poor hygiene, overcrowding,  
low economic status, age and sex, remains the major risk factors for fungi skin infections (Moto et al., 2015).  
Fungi skin infections are transmited through skin contacty from infected humams ; anthropophilic, animals;  
zoophilic and contaminated soil ; geophilic route ( mark and marianthe 2008).  
Justification  
The burden of tinea infections among-st the populace remains a significant public health concern, with potential  
long-term consequences, due to dissemination to the dermis and inducing systemic fungal infections. In rural  
and sub-urban settlements, in Nigeria,fungal skin infection is poorly understood. It is characterized by lack of  
adequate data on the distribution of species, prevalence, and risk factors, which hinders the effective control /  
prevention strategies and development of targeted public health interventions.  
The goal of this study was to determine the prevalence of fungal skin infections among different age groups in  
Enugu, Nigeria. The study assessed the risk factors affecting the such infections within the populace.  
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MATERIAL AND METHOD  
Study Area  
The study area was semi-urban and rural settlements of Enugu East Local Government Area of Enugu State.,  
within the out skirts of Enugu metropolis with an area of 383KM2 and has a population of about 397,700 people  
according to 2022 census projection. The study was carried out between April 2022 to December 2023 .  
The study involved children, adolescents and adults in rural community and semi urban area of Enugu East LGA.  
The majority of the residents are of Igbo ethnic group, the inhabitants are people with different educational  
background and religious beliefs. The working class population consists of individuals in various occupations,  
mostly subsistence farming, palm wine tapping, livestock rearing, trading and the civil service in some semi  
urban part of the LGA. The population of the area range between 2- 3 million people (NPC 2006 and 2022).  
Study Design  
The study adopted cross-sectional method which involved humans with skin rashes/ringworm lesions. The study  
subjects consisted of three groups which included ,pupils (children), adolescents and adults recruited from their  
schools, churches and health care centers. These different categories of subjects were enrolled to check the  
spread of fungal agents within the communities. The subjects with skin, finger nail, hairs, toe nail that voluntarily  
agreed to participate were enrolled.  
The subjects were administered with a different structured questionnaire to obtain information on demographic  
characteristics and risk factors. The parent or the guardian of the children helped to complete the questionnaire  
for the children, while the adolescents and adults completed the questionnaire with little or no assistance.  
Collection of skin scrapping: The collection of skin scrapping samples was based on consecutive sampling  
technique. This involved the sampling of all participants with any skin lesion that agreed to participate in the  
study. Scalped blades were used to collect skin scrapping from those with skin lesions.This was placed in dry  
wide mount containers and transported to the laboratory for analysis.  
Fungal Culture: The skin scrapping were processed mycologically. Briefly, the scrapping were inoculated unto  
sabouraud dextrose agar supplemented with actidion and / or chloramphenicol antibiotics. These were incubated  
at 35oc and observed daily for fungal growth for 21days. Those without growth were discarded while those with  
fungal growth were identified using mycological methods.  
Fungal Identification: The fungal isolates were identified using lactophenol cotton blue mount, while those with  
yeast - like colonies were gram - stained and those that showed budding cells were identified by germ tube test.  
Ethical Consideration  
Ethical approval was obtained from Enugu state Research Ethics committee with reference number  
MH/MSD/REC21/633. Ministry of Health Nigeria  
Statistical Analysis:  
The fungal isolates were matched with the questionnaires in accordance with the age groups. descriptive statistics  
were employed to obtain the mean and standard deviation of the variables, and percentages. chi-square statistic  
was used to compare the variables and significance value taken at p ≤0.05.  
RESULTS  
Characteristics of The Study Subjects  
A total of 211 individuals with skin lesions were enrolled for this study, distributed as follows, pupils 42.7%  
(90/211), adolescents 33.2% (70/211) and adults 24.1% (51/211)..  
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In General, they comprised of 50.7%(107/211) males and 49.3% (104/211) females. The mean age of the pupils,  
adolescence and adults were 6.9+ 1.68 (range 3-9 years old) 12.29+ 2.3 (range 10-17 year old) and 29.53+ 8.6  
(range 18-58 year-old) respectively. Majority of the pupil were of the age group of 6-8 constituting 27.5%  
(58/211) while the adolescents were more in age group 10-13 with 24.2% (51/211) and in adults the age group  
of 18-27 years old constituted 10.9% (23/211). (Table 1)  
Table 1: Characteristics of the Study Subjects  
Variables (n-211)  
Frequency  
Percent  
Sex  
Male  
107  
104  
50.7  
49.3  
Female  
Category of subject  
Pupils  
90  
70  
51  
42.7  
33.2  
24.1  
Adolescents  
Adults  
Age categories (in years)  
Pupils  
3-5  
20  
58  
12  
9.5  
6-8  
27.5  
5.7  
9
Adolescents  
10-13  
14-17  
Adults  
18-27  
28-37  
>38  
51  
19  
24.2  
9.1  
23  
21  
7
10.9  
9.9  
3.3  
Frequency of Risk Factor for Tinea Infections  
The risk factors peculiar to each of the study subjects were assessed among the pupils, the number of household  
members indicated that majority were 4-6 persons per household and they accounted for 67.8% (61/90), while  
adolescent and adults, they agreed that having 4-6 persons per house constituting 60% (42/70) and 54.9% (28/51)  
respectively. Majority of the subjects agreed to having contacts with pet animals such as dog and cats accounted  
for 47.9% (42/211). The source of water is very important and among all groups the source of water were mainly  
well water and River. The river especially is shared with animals as source of water for domestic use Personal  
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hygiene indicated that majority had their bath 2 times per day, and many had previous history of ringworm  
constituting 61.1% (55/90) and 90.0% (81/70) respectively (Table 2).  
Table 2: Frequency of Risk Factors for Tinea Infections  
Variables  
Pupils  
(n=90)  
Adolescent(n=70) Adults(n=51)  
Total  
(n=211)  
Number in household  
1-3  
11(12.2%) 4(5.7%)  
61(67.8%) 42(60.0%)  
18(20.0%) 24(43.3%)  
4(7.8%)  
19(9.0%)  
4-6  
28(54.9%)  
19(37.3%)  
131(62.1%)  
61(28.9%)  
>7  
Domestic animal at home  
Yes  
42(46.7%) 38(54.3%)  
48(53.3%) 32(45.7%)  
40(78.4%)  
11(21.6%)  
120(56.9%)  
91(43.1%)  
No  
Contact with pets (animals)  
Yes  
42(47.9%) 42(60.0%)  
41(80.4%)  
10(19.6%)  
126(59.7%)  
85(40.3%)  
No  
48(52.2)  
28(40.0%)  
Sources of water use  
Well water  
Yes  
46(51.1%) 49(70.0%)  
44(48.9%) 21(30.0%)  
22(43.1%)  
29(56.9%)  
128(60.7%)  
83(39.3%)  
No  
Rivers/Stream  
Yes  
19(21.1%) 17(24.3%)  
71(78.9%) 53(75.7%)  
22(43.1%)  
29(56.9%)  
58(72.5%)  
No  
153(72.5%)  
Tap water  
Yes  
5(5.6%)  
85(94%)  
0(0.0%)  
2(3.9%)  
7(3.3%)  
No  
70(100.0)  
49(96.1%)  
204(96.7%)  
Tanker water  
Yes  
25(27.8%) 10(14.3%)  
65(72.2%) 60(85.7%)  
12(23.5%)  
39(76.5%)  
47(22.3%)  
No  
164(77.7%)  
Sharing water source with  
animals(River/stream)  
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Yes  
27(30.0%) 14(20.0%)  
63(70.0%) 56(80.0%)  
12(23.5%)  
39(76.5%)  
53(25.1%)  
No  
158(74.9%)  
Number of baths per day  
Once  
30(33.3%) 32(45.7%)  
55(61.1%) 36(51.4%)  
18(35.3%)  
30(58.8%)  
3(5.9%)  
80(37.9%)  
121(57.4%)  
10(4.7%)  
Twice  
Thrice  
5(5.6%)  
2(2.9%)  
History of Ringworm  
Yes  
No  
81(90.0%) 62(88.6%)  
9(10.0%) 8(11.4%)  
40(78.4%)  
11(21.6%)  
178(84.4%)  
33(15.6%)  
Summary of Fungal Isolates from Respondents:  
A total of 211 skin scrapping were collected from the subjects and subjected to mycological studies. Of the skin  
scrappings 89.6% (189/211) had fungal growths while 9.0% (19/211) had no fungal growth. The prevalence of  
fungal growth among the pupils, adolescents and adults were 36.97% (78/211), 30.8% (65/211) and 21.8%  
(46/211) respectively. It was observed that there was no mixed fungal growth in Sabourand dextrose Agar  
cultures. The fungal isolates obtained were Aspergillus species, molds and dermatophytes. Among the  
Aspergillus speices, Aspergillus Niger and Aspergillus flavus was obtained from pupils at a prevalence rate of  
0.9% and 4.7% respectibely.  
Aurobasidium pullulans was obtained from the adolescents at prevalence rate of 0.9%, and adults at 0.5%, while  
cladosporium spp was obtained at 0.5%. Among the pupils, adolescents and adults, penicillum species were  
obtained at frequency of 1.4% 1.9% and 0.5% respectively. Malassezia furfur was obtained from adolescents  
and adults at 0.5% and 0.9% respectively. while sporothrix schenckii, mucor spp and fusarium spp was obtained  
from adults only at frequency of 1.4%, 0.5%, and 1.4% .  
The yeast, Candida albicans was isolated at frequency of 0.9%, 3.8% and 0.5 from pupil’s adolescents and adults  
respectively. Trichophyton soudenecese was obtained at a frequency of 8.1%, 5.2% and 5.7% amongst the pupils,  
adolescents and adults respectively.  
Microsporum audounii was obtained from the pupils, adolescents and adults at frequency rate of 6.6%, 2.6%,  
and 1.4% respectively. Other dermatophytes isolated were Trichophyton mentagrophytes, Trichoplyton  
tonsurans which was obtained from the pupils a prevalence rate of 4.3%, 3.3%, 0.5% and 0.5% respectively,  
whereas Trichoplyton rubrum, Trichoplyton schoenlenii, Trichophyton tonsurans was obtained from adolescent  
at frequency of 4.7%, 1.9% and 0.5%. Trichoplyton interdigitales occurred in an adolescents and adults at  
frequency rate of 1.4% and 3.8% respectively. (Table 3).  
Table 3: Summary Of Fungal Isolates From The Subjects (n=211)  
Fungal Isolate  
Pupils  
n=90(%)  
Adolescents  
n=70 (%)  
Adults  
n=51(%)  
Total %  
Aspergillus Niger  
Aspergillus flavus  
Aspergillus, fumigatus  
2 ( 0.9)  
10 (4.7)  
10 (4.7)  
-
-
2 (0.9)  
12 (5.7)  
14 (6.6)  
2 (0.9)  
3 (1.4)  
-
1 (0.5)  
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AspergillusTerrus  
1 (0.5)  
1 (0.3)  
2 (0.9)  
8 (3.8)  
6 (2.8)  
3 (1.4)  
4 (1.9)  
4 (1.9)  
3 (1.4)  
10 (4.7)  
4 (1.9)  
1 (0.5)  
11 (5.2)  
-
-
2 (0.9)  
3 (1.4)  
11 (5.2)  
23 (10.9)  
4 (1.9)  
8 (3.8)  
Aureobasidium Pllutans  
Candida albicans  
-
1 (0.5)  
1 (0.5)  
3 (1.4)  
2 (0.9)  
14 (6.6)  
1 (0.5)  
3 (1.4)  
9 (4.3)  
-
Microsporum audounii  
Cladosporum spp  
Penicillium notatum  
Trichophyton mntagrophytes  
Trichophyton interdigitales  
Trichophyton rubrum  
Trichophyton schoenlenii  
Trichophyton tonsurans  
Trichophyton soudenecese  
Fusarum  
1 (0.5)  
1 (0.5)  
8 (3.8)  
7 (3.3)  
-
14 (6.6)  
11 (5.2)  
24 (11.4)  
5 (2.4)  
7 (3.3)  
1 (0.3)  
1 (0.3)  
17 (8.1)  
-
1 (0.5)  
12 (5.7)  
3 (1.4)  
2 (0.9(  
3 (1.4)  
1 (0.5)  
1 (0.5)  
2 (0.9)  
46 (21.8)  
3 (1.4)  
40 (19.0)  
3 (1.4)  
Malassezie furfur  
-
1 (0.5)  
-
3 (1.4)  
Sporothrix schenckii  
Trichophyton verrucosum  
Mucor  
-
3 (1.4)  
-
2 (0.9)  
-
3. (1.4)  
1 (0.5)  
No Growth  
12 (5.7)  
5 (2.4)  
19 (9.0)  
211 (100%)  
Total isolates  
78 (36.97) 65 (30.8)  
Distribution of Fungal Isolates According to Body Sites in Pupils  
The distribution of fungal isolates among the pupils indicated that majority of Aspergillus species were from the  
head, and the body/stomach. Aspergillus flavus, Aspergillus fumigatus and Aspergillus terrus were obtained from  
the head lesions at frequence of 5.1% (4/78) 7.6% (6/78) and 1.3% (1/78) while Aspergillus niger, Aspergillus  
flavus and Aspergillus fumigatus were obtained from stomach skin scrapping at frequence of 2.6% 7.6% and  
5.1% respectively. The yeast candida albicans was isolated from the stomach lesion at frequence of 2.6%.  
Penicillum spp was only isolated from the head of the pupils. A total of 21.8%, 17.3% 11.5% and 9.0% of  
Trichophyton soudeneces, Microsporum audounii, Trichophyton mentagrophyte were respectively obtained  
from the various lesions of pupils. (Table 4)  
Table 4 Distribution of Fungal Isolates According to Body Sites in Pupils  
Fungal Isolates n = 78  
Aspergillus niger  
A flavus  
Head  
-
Stomach Chest  
2 (2.6)  
Toe  
Total  
2 ( 2.6)  
10 ( 12.5)  
4 (5.1)  
6 (7.6)  
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A fumigatus  
6 (7.6)  
1 (1.3)  
-
4 (5.1)  
2 (2.6)  
10 ( 12.5)  
1 (0.5)  
A Terrus  
Candida albicans  
Penicillium notatum  
Microsporum audounii  
Cladosporum spp  
T. Mentagorphyes  
T. Rubrum  
3 (3.8)  
14 (17.9)  
3 ( 3.8)  
14 (17.9)  
1 (1.3)  
1 (1.3)  
3 (3.8)  
2 (2.6)  
3 ( 3.8) 1 ( 1.3)  
5 (6.4)  
2 (2.6) 9 (11.5)  
7 (9)  
T. Schonilenii  
1 (1.3) 1 (1.3)  
T. Tonsurans  
1 (1.3)  
1
(1.3)  
T. Soudenesce  
6 (7.6)  
7 (9)  
4 (5.1)  
17 (21.8)  
Total Isolates  
39  
30  
5
4
78  
Distribution of Fungal Isolates According to Body Site in Adolescents:  
A total of 23.1% , 36.9% , 9.2% , 23.1 and 9.6% fungal isolates were obtained from the head, stomach, chest,  
toe nails and finger nails respectively. The prominent dermatophytes isolated was Trichophyton soudenecese,  
which was isolated from all parts of the body except the finger nails. Trichophyton rubrum was obtained from  
the head, stomach, toe and finger nails, but not in the chest lesions. The least fungal isolates were Aureobasidium  
pullulans. Trichophyton tonsurans and Malassisia furfur at a frequency of 1.5% each. (Table 5)  
Table 5: Distribution of Fungal Isolates According to Body Site Fungal in Adolescents  
Variable  
n
Head Stomac Ches Toe  
Finge Total  
r
h
t
(%)  
Aspergillus flavus  
Aspergillus fumigatus  
Aspergillus terrus  
Aureobasidium  
2
3
1
2
8
6
3
4
2(3.1)  
3(4.6)  
-
-
-
-
-
-
-
-
-
-
2 (3.1)  
3(4.6)  
1(1.5)  
2(3.1)  
-
1(1.5)  
-
2(3.1)  
-
Candida. Albicans  
Microsporum audounii  
Cladosporum  
5(7.6)  
3(4.6) 8(2.8)  
4(6.2) 2(3.1)  
3(4.6)  
1(1.5) 3(4.6)  
-
-
-
-
-
-
-
-
-
6(9.2)  
3(4.6)  
3(4.6)  
-
Penicillium  
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T. Mentagorphytes  
les  
4
1(1.5) 2(3.1)  
1(1.5)  
3(4.6)  
2(3.1)  
4(6.2)  
3(4.6)  
3
-
-
-
ophyton rubrum  
10  
4(6.2) 3(4.6)  
1(1.5) 10  
(15.4)  
4(6.2)  
1(1.5)  
Trichophyton. scholenii  
Trichophyto ntonsuran  
T.Soudeneceses  
4
2(3.1) 1(1.5)  
-
-
1(1.5)  
-
-
-
-
1
1(1.5)  
-
11  
1(1.5) 1(1.5)  
6(9.2 3(4.6)  
)
11(16.9  
)
Malassia furfur  
Trichophyton.Verrucosum  
Total  
1(1.5)  
2
-
1(1.5)  
1(1.5)  
-
-
-
-
-
1(1.5)  
-
1(1.5) 2(3.1)  
65  
15(23. 24(36.9 6(9.2 15(23.1 5(7.6) 65  
1)  
)
)
)
Fungal Isolates from the Adults:  
The adults with fungal skin infections had majority of the isolates from the finger nails at prevalence rate of  
38.8% (16/46), this was followed by infections in the chest and stomach region at frequency of 19.6% (9/46)  
and 17.4 (8/46) respectively. The toe nails and scalp had fungal isolates of 19.6% (9/46) and 8.7% (4/46). The  
prominent fungi obtained was Trichophyton soudenesces at rate of 26.1% (12/45) (Table 6).  
Table 6: Distribution of Fungal Isolates According the Body Site in Adults  
Fungal Isolate  
n
1
1
1
3
1
1
8
7
1
12  
3
2
Head Body/stomach  
Chest Toe  
Finger Total  
A fumigatus  
-
1(2.2)  
1(2.2)  
-
-
-
-
-
1(2.2) 1(2.2)  
Aerobasidium  
-
-
1(2.2)  
1(2.2)  
3(4.5)  
1(2.2)  
Candida albicaus  
MicrosporumAudounii  
Penicillium  
-
-
1(2.2) 2  
-
1(2.2)  
-
-
T. Mentagorphyte  
T. Interdigitalis  
-
-
1(2.2) 1(2.2)  
4(8.6) 4(8.6) 8(17.4)  
-
-
Trichophyton. rubrum  
Trichophyton. Tonsuran  
3(4.5) -  
1(2.2) -  
1(2.2)  
3(4.6)  
-
4(8.6)  
-
-
-
-
-
7(15.2)  
1(2.2)  
es  
ium  
Malasiza fur fur  
3(6.5) 3(6.5) 5  
12(26.1)  
3(6.5)  
-
-
-
-
-
2(4.3)  
2(4.3)  
Page 17  
Sporothirx.schenkii  
T.Verrucosum  
Mucor  
3
1(2.2)  
-
-
-
1(2.2) 1(2.2) 3(6.5)  
1
-
-
-
-
1(2.2) 1(2.2)  
1(2.2) 1(2.2)  
1
Total  
46  
4(8.7)  
8(17.4)  
9(19.6) 9(1.6) 16(38.8)  
46  
Distribution of Tinea Infections Among the Subjects:  
Categorization of Tinea Infections indicated that dermatophytes, opportunistic molds and yeast were isolated  
from the skin lesion collected from the subjects. Tinea capitis was isolated from 13.2% (25/189), 7.9% (15/189)  
and 2.1% (2/189) from the pupil’s adolescents and adults respectively. The presence of Tinea ungium was  
observed in 1.1% (2/189) adolescents and 6.3% (12/189) adults where as Tinea corporis was obtained from  
10.6% (20/189) 7.4% (14/189) and 5.8% (11/189) among the pupils, adolescent and adults respectively.  
Tinea pedis was obtained at a prevalence rate of 2.1% (4/189), 5.2% (10/189) and 3.7% (7/189) respectively.  
The opportunistic fungal agent Aspergillus species was observed in 12.2% (23/189), 3.2%) (6/189 (0.5% (1/189)  
among the pupils, adolescents and adults respectively. The molds groups of fungal and the yeast were isolated  
at overall frequency of 12.7% (24/189) and 5.8% (11/189) (Table 7).  
Table 7: Distribution of Tinea Infection Among the Subjects  
Tinea infection  
Tineacapitis  
Tinea unguim  
Tinea corporis  
Tinea pedis  
Opportunistic Fungal  
Aspergillus species  
Molds  
Pupils (%)  
25 (13.2)  
0
Adolescents (%)  
15 (7.9)  
Adults Total  
4 (21)  
44(23.3)  
2 (1.1)  
12 (6.3) 14(7.4)  
11 (5.8) 45(23.8)  
7 (3.7) 21(11.1)  
20 (10.6)  
4 (2.1)  
14 (7.4)  
10 (5.3)  
23 (12.2)  
4 (2.1)  
6 (3.2)  
1 (0.5) 30(15.9)  
10 (5.3) 24(12.7)  
1 (0.5) 11(5.8)  
10 (5.3)  
8 (4.2)  
Yeast  
2 (1.1)  
Total  
78 ( 41.3)  
65(34.4)  
46 (24.3)  
189  
Association Between Fungal Isolates Among the Pupils and Demographics  
Among the pupils the females had more fungi infections than the males at frequency of 19.4% and 17.5%  
respectively though not statistically significantly. The age group of 3-5, 6-8, and > 9 year old had prevalence  
rate of 7.1%, 23.7% and 6.1% respectively. The presence of domestic animals at home indicated that subjects  
that agreed to having pet animals had fungal infection of 18.0%, while those that agreed to sharing the same  
stream with animals had fungal infections of 12.8%. The individuals with 4-6 persons in the household had the  
highest yield of fungi with 24.6%, while those that bath two times per day had the highest fungal isolates of  
21.8%, those with previous ringworm infection had the highest number of fungal isolate at frequency rate of  
33.2% (Table8).  
Page 18  
Table 8: Association between fungal isolates among the Pupils and Their social demographic  
Variables  
No. of fungal isolates (%)  
P-value  
Sex  
Male  
37  
41  
17.5  
19.4  
0.968  
Female  
Age group (in years)  
3-5  
15  
50  
13  
7.1  
6-8  
23.7  
0.166  
6.1  
9
6.1  
Number in household  
1-3  
10  
52  
16  
4.7  
0.905  
4-6  
24.6  
7.6  
7-9  
Domestic animal at home  
Yes  
38  
40  
18.0  
18.9  
0.214  
0.579  
0.964  
No  
Contact with domestic animal  
Yes  
36  
42  
17.0  
19.9  
No  
Source of water  
Well water  
39  
17  
5
18.5  
8.0  
Rivers/stream  
Tap  
2.4  
Tanker  
17  
8.0  
Animals using the river/stream  
Yes  
27  
51  
12.8  
24.1  
0.098  
0.105  
No  
Number of baths per day  
Once  
28  
13.3  
Page 19  
Twice  
46  
41  
21.8  
1.8  
Thrice  
History of ring worm  
Yes  
70  
8
33.2  
3.7  
0.613  
0.419  
0.214  
1.000  
<0.001  
No  
Presence of crack in the classroom  
Yes  
66  
12  
31.3  
5.6  
No  
Sitting on the floor  
Yes  
22  
56  
10.  
No  
26.5  
Sandy play ground  
Yes  
69  
9
32.7  
4.2  
No  
Presence of sand on pupil’s head  
Yes  
No  
77  
1
36.5  
0.4  
Association of Fungal Isolates Among Adolescents  
In adolescents the males had more fungal isolates than the female accounting 17.5% and 13.5% respectively.  
The age group of 10-13, 14-17 year old had a frequency of 21.8% and 9.0%. Those that had contact with domestic  
animals had 18.0%. the number of persons per household showed that these between 4-6 and 7-9 had a yield of  
fungal isolate at a frequency of 18.5% and 10.4% respectively (Table9). All the risk factors were not statistically  
significant.  
Table 9. Association Between Fungal Isolates Among Adolescents and Social Demographic  
Variables  
Sex  
No. of fungal isolates (%)  
P-value  
Male  
37  
28  
17.5  
13.3  
1.000  
Female  
Age group (in years)  
10-13  
46  
21.8  
0.313  
Page 20  
14-17  
19  
9.0  
Number in household  
1-3  
4
1.9  
1.000  
0.641  
4-6  
39  
22  
18.5  
10.4  
7-9  
Domestic animal at home  
Yes  
34  
31  
16.1  
14.7  
No  
Contact with domestic animal  
Yes  
38  
27  
18.0  
12.8  
No  
Sources of water  
Well water  
40  
16  
9
18.9  
7.6  
1.000  
Rivers/stream  
Tap  
4.3  
Tanker  
Animals using the river/stream  
Yes  
13  
52  
6.2  
1.000  
1.000  
No  
24.6  
Number of baths per day  
Once  
30  
33  
2
14.2  
15.6  
1.0  
Twice  
Thrice  
History of ringworm  
Yes  
No  
57  
8
27.0  
3.8  
1.000  
Relationship between the Socio-Demographic Characteristic and fungal isolates among adults  
In adults, the females had predominance of fungal isolates at a frequency of 12.3% against the males with 9.4%.  
The age group of 18-24 and 28-37 had a yield of 10.0% as against those of 38-47 and 48+ with 1.4% and 0.4%  
respectively. The individual that agreed to having 4-6 and 7-9 persons per household had a frequency of fungal  
Page 21  
isolates at 11.4%, 8.5% respectively as against those with 1-3 persons per household with a yield of 1.9%. A  
fungal yield of 16.6% was obtained from the adults that harbor domestic animal at their homes while those that  
had direct contact with the animal had 17.5% of the total fungal isolates. (Table10)  
Table 10: Relationship Between the Socio-demographic Characteristics and the Number of Fungal  
Isolates Among Adult Respondents  
Variables  
No. of fungal isolates (%)  
P-value  
Sex  
Male  
20  
26  
9.4  
0.235  
Female  
12.3  
Age group (in years)  
18-27  
21  
21  
10.0  
10.0  
0.621  
28-37  
38-47  
>48  
Number in household  
1-3  
4
1.9  
11.4  
8.5  
1.000  
4-6  
24  
18  
7-9  
Domestic animal at home  
Yes  
35  
11  
16.6  
5.2  
1.000  
0.357  
1.000  
No  
Contact with domestic animal  
Yes  
37  
9
17.5  
4.3  
No  
Sources of water  
Well water  
15  
18  
1
4.7  
8.5  
0.5  
5.7  
Rivers/stream  
Tap  
Tanker  
12  
Animals using the river/stream  
Page 22  
Yes  
11  
35  
5.2  
0.419  
No  
16.0  
Number of baths per day  
Once  
17  
27  
2
8.0  
12.8  
1.0  
1.000  
Twice  
Thrice  
History of ringworm  
Yes  
No  
35  
11  
16.6  
5.2  
1.000  
DISCUSSION  
The skin protects the human body against pathogenic superficial fungal infections thereby maintaining good skin  
architecture. In some circumstances individuals may lose the integrity of the skin due to certain environmental  
factors such as knife cut or poor hygiene. Children, adolescents and adults may not be exempted from such skin  
infections due to contact with soil, barbing saloons and domestic animals. The individuals infected with such  
fungal infections may carry it for longer period of time due to poor treatment options available to them.  
Thus, the goal of this study was to determine the superficial skin infections among-st primary school children  
(pupils), adolescents and adults in Enugu East L.G.A. The prevalence rate of fungi superficial skin infections  
among the pupils, adolescents and adults was 36.9%, 30.8% and 21.8% respectively. These indicated that  
superficial skin infection is prevalent among the populace. Similarly, in primary school pupils, Anosike et al  
(2005) obtained 21.1% of ringworm infections in parts of Eastern Nigeria. In a similar study among school  
children Oke et al (2014) reported 35% of ringworm infections in Ile-ife while higher prevalence of 58.2% was  
reported among school children in Kano by Nduako et al (2012). These results showed that ringworm infection  
among school children is common in most parts of Nigeria.  
In this study the prevalence rate of ringworm infection among adolescents, aged 10-17 was 30.8 %. Among these  
age groups Ezomuike et al (2021) reported 60.7% ringworm infections. The implications of these group being  
infected with ringworm is of public Health concern. This is because these group can care for themselves and  
their little ones in primary school, therefore they may constitute source of transmission route to their younger  
ones. The adult had the less prevalence rate of 21.8%, this was in contrast to the report of Joseph et al (2024)  
that reported prevalence of 20.1% ringworm infection among adults in Akwa Ibom Nigeria. It is rear for adults  
to harbor ringworm infection because they are expected to practice good hygiene and take good care of their  
body; the occurrence of 21.8% of fungal infection among the adults is of concern especially the within a rural  
populace. To maintain good personal hygiene among the adult calls for advocacy programs by primary health  
care clinics on the need for personal hygiene and notification of such infections and the need for proper health  
care.  
In this study, Tinea capitis ranked highest among the pupils and adolescents while in adults’ tinea unguium was  
most prominent.  
Tinea Corporis was observed in pupil’s, adolescents and adults. Tinea pedis was also recorded among all the  
groups, pupils, adolescents and adults. Dermatophyte infections of the scalp, (Tinea capitis) remain the major  
health concern among the populace.  
In this study 13.2%, 7.9% and 2.1% of Tinea capitis was obtained from the pupil’s adolescents and adults  
respectively. This indicated an increasing phenomenon of tinea capitis from the pupils than adults. The reasons  
Page 23  
for this was that pupils are more prone to dermatophyte infections due to constant playing with soil which is the  
reservoir for the dermatophytes. The occurrence of Tinea capitis in adults is a chance occurrence, It may be as  
result of contact with an infected child or obtained from the saloon equipment's while modeling their hairs.  
Bonigumin et al (2017) estimated that Nigeria ranked highest in the world with 76.1% of Tinea capitis  
occurrence. Thus it is not surprising that both children, adolescents and adult were affected by Tinea capitis. The  
implication of this is that such affected individuals may have scaling of the scalp, subcutaneous and cutaneous  
spread of these agents may occur.  
The most occurring dermatophytes were Microsporum audounii, Trichophyton Mentagrophytes, Trichophyton  
rubrum, T. tonsarans and T. sondanencesces, all these fungal have the capacity to induce scalp scaling and  
inflammatory lesions that can lead to subcutaneous and cutaneous infections. Thus the occurrence of  
onchomycosis among the adults is of natural infection, not influenced by any co-infections. For instance, Idris  
et al (2024) reported a prevalence rate of 63.3% Tinea unguim (onchomycosis) among daibetic patients. Thus,  
Tinea unguim in adults especially in rural areas may result from non- proper washing of hands after farming  
activities.  
Dermatophyte infection of the body, tinea corporis was obtained at a frequency of 10.6%, 7.4% and 5.8% among  
the pupil’s, adolescents and adults respectively. Personal hygiene like cleanliness of clothes plays an important  
role in dermatophyte infection of the body. The dermatophytes implicated in this Tinea corporis were  
Microsporum audounii, Tnchophyton rubrum, Trichophyton soudanenceses and T. Verrucosum. The implication  
of this was the scaling of skin and itchings, and body odour. Akabas et al (2016) reported 26% of Tinea corporis  
in adolescents. this indicated that tinea corporis affects all ages and presents as body nuisance.  
Tinea pedis and athletes foot are vital dermatophyte infections that can lead to the removal of the toe nails and  
ulceration of in between the toe nails. In both pupil’s adolescents and adults, dermatophytes infections were  
obtained at prevalence rate of 2.1%, 5.3% and 3.7% respectively. The 5.3% Tinea pedis en-counted among the  
adolescents, was an indication that the group are more affected with ringworm of the toe webs. In a similar study,  
it was established that tinea pedis occurs in adolescents more than any other group. In Turkey the range of Tinea  
pedis between adolescents was 2.6% and 4.6% (Dura et al., 2011; Kava et al, 2011).  
Duro, N.W (2003) reported 16.5% of ringworm of toe web infections in Jos Nigeria. The infection of the toe  
web and the nails is of importance because it can spread at home through desquamatoed scales adhering to moist  
surfaces such as bathrooms or changing room floor. It can be spread through sharing of shoes and foot wears.  
The opportunistic fungal infections are non- dermatophytes that can colonize any part of the body system without  
being detected or from dermatological hospital units, this fungus included the Aspergillus spieces, mold and  
yeasts. There can co-infect with dermatophytes on the inflammatory lesion created by the invading dermaphytes  
fungi.  
There are differences among the Aspergillus infections for instance, Aspergillus flavus was obtained from the  
scalp and body region of the pupils while it was only obtained from the stomach region of the adolescents along  
with Aspergillus fumigatus, only Aspergillus fumigatus was obtained from the finger nails of the adults. Of  
importance was Candida albicans spp that was obtained from body/chest region of adolescents and adults. This  
indicated that Aspergillus spp and Candida albicans may induce scaling of the body system along with the  
dermatophytes. In a study in lran it was observed that Candida albicans is implicated as opportunistic fungal  
infection, followed by Trichophyton interdigitals and Aspergillus flavus. The authors suggested that a regional  
factor can affect the prevalence of this type of infection (Havlickova, et al, 2014).  
The mold Auerobasidium pullulan and fursarium spp are known for their cutaneous infections with advantages  
of causing invivo- infections such as pneumonia, meningitis and scleras infections Fleche et al ,2000, Gupta et  
al.,2017). It can lead to allergic reactions including sneezling itching and watery eyes. Untreated tinea corporis,  
caused by Auerobasidum spp and fusarum spp infections may lead to advanced systemic infection by passing  
through the dermis. The fungi isolated differ greatly among the pupils, adolescents and adults, it was observed  
that these fungal agents were more among the pupils and gradually decreasing from adolescents to adults. It has  
been extrapolated that the keratin in children is more susceptible to fungal infection than adults as the age  
Page 24  
advances, the proteinase contents of the keratin reduces, thereby giving rise to low colonization of dermatophytes  
and opportunistic fungal infections. As the age increases the skin keratin becomes more brittle and delay the  
structural protein. Earler study Ogbonna et al (1982) showed that children usually playing with flood water could  
contract fungal infections easily and serves as source of fungal spread. The highest dermatophyte isolated was  
T. Soudenenseces in both the pupils, adolescents and adults. These was followed by Trichophyton rubrum and  
Microsporum audounii. The occurance of these dermatophytes was associated with the presences of oil in the  
scalp and hair root. George and Altraide (2008) reported a high prevalence of 83.7% dermatophytes in children  
below 10years. In this study there is gradually decrease of dermatophyte infections as the age increases hence  
the high prevalence of dermatophyty infection among the pupils more than the adolescents and adults. Of  
important is the occurrence of Malassezia furfur, Trichophyton verrucosum in adolescents and adults and also  
the Fusarium species occurred in only adults, these agents found in only adults indicated specificity of certain  
fungal agents infecting humans. For instance, Malassisia furfur is an agent of eczema and body color change  
which can disfigure the skin of the affected individuals and may induce subcutenaous and cutaneouos infections.  
Fungal infection in humans are linked with several behavioural characteristic that exposes them to skin  
infections, this behavioral changes differs among the different age groups. In this study the risk factor for  
acquisition of fungal skin infections indicated that only pupils that played in the soil with remainat of sands on  
their head where statistical significant for tinea capitis among the pupils. There is high contact with domestic  
animals which yielded 17.0% of fungal agents while personal hygiene like frequent bathing in the morning and  
returning back from school did not make any difference in fungal infections. This aspect are synonymous with  
high fungal infections because this children may have been exposed with animals with skin infections coupled  
with lack of consistent bathing that allows the accumulation of this agents on their body. The high occurrence  
of fungal agents among the household with 4-6 persons per home is of concern, this group accounted for 24.6%  
of fungal skin infection among the pupils. The indication of this, is that this fungal agent due spread among the  
family’s hence the high number. Ndako et al., (2012) in their report agrees that overcrowding and poor nature  
of the school infrastructures and amenities are sources of fungal acquisition by pupils. For instance, in this study  
the crack on the floor of class room where observed from the school and majority of pupil’s due sit on the floor  
of the cracked floors to study. This cracked floors helps in disseminating of these fungi.  
Among the adolescents and adults, the major risk factor was previous history of ringworm. It was observed that  
individuals that had suffered from ringworm for the pass due have frequency rate of 27.0% and 16.0% of current  
ringworm infection respectively, this outcome was not statistically significant but very important in the  
monitoring of previous ringworm infections, it may be that this infection was not properly treated that results in  
reinfection of poor personal hygiene practices may have allowed to persistent of ringworm infection or  
dermatophyte colonization of the body. Also the source of water in the families of adolescents and adults  
indicated that majority get their water from well water sources and thus individuals had fungal infections of  
frequency rate of 18.9% and 71% respectively. Also among the adults the use of stream either for washing of  
cloth or bathing affect the outcome of fungal infection this adults accounts for 8.5% of fungal agent isolated.  
The use of both of water form the well and stream for bathing and washing of cloths may be the source of this  
fungal infection for instance during the raining season. The flood that carried the rain water along with decayed  
plants, feathers and hairs that may contain most of this fungal agent like fusarium and clodosporum to the body  
of water and the soil, this streams acts as a conveyor of fungal agents. This was supported by early study of  
Ogbonna and Pugh (1982) that isolated dermatophytes including Microsproum canis, and Trichophyton agents  
from the soil, since this fungal is common in the soil and children adolescents and adults uses the water to bath.  
This could be one source of fungal infection since all groups uses stream and well water.  
In this study the risk factor for acquiring fungal infection were diverse ranging from overcrowding in homes,  
being in constant touch with the pet animals due to lack of persistent personal hygiene, thus most of this factors  
were not statistically significant but they are still important in the person to person transmission and may be very  
common within the study population. Secondly the lack of monitoring of fungal skin infections within the public  
health domain makes this infection to be ignored as an important skin disfiguring disease in human.  
Page 25  
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