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RAJIV GANDHI UNIVERSITY OF HEALTH SCIENCESBANGALORE, KARNATAKA
PROFORMA FOR REGISTRATION OF SUBJECT FOR DISSERTATION
1. NAME OF THE CANDIDATE AND ADDRESS
MS. VIJETHAI YEAR M.SC NURSINGGOVERNMENT COLLEGE OF NURSINGBEHIND D.C RESIDENCE, B.M ROADHASSAN – 573201
2. NAME OF THE INSTITUTION
GOVERNMENT COLLEGE OF NURSING, HASSAN
3. COURSE OF THE STUDY ANDSUBJECT
I YEAR M.SC NURSING
CHILD HEALTH NURSING
4. DATE OF ADMISSION 26/07/2012
5. TITLE OF THE TOPIC EFFECTIVENESS OF COMPUTER ASSISTED TEACHING PROGRAMME ON KNOWLEDGE REGARDING EARLY DETECTION AND PREVENTION OF OPTICAL IMPAIREMENTS IN CHILDREN AMONG D.Ed STUDENTS OF SELECTED COLLEGES AT HASSAN
6. BRIEF RESUME OF THE INTENDED WORK
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INTRODUCTION
“A vision without a task is a dream-a task without a vision is drudgery-but a task with
vision can change the world.” ―Black Elk.
Children are the future of our society and special gifts to the world. Their nurture and
solicitude is our responsibility.1 Children are indeed foundation of a nation. Healthy
children grow to become healthy and strong adults who can actively participate in the
developmental activities of the nation.2 Children are not small adults but special
individuals with unique minds, bodies and needs.3 Children are supremely an important
asset and priceless resources consisting of one third of total population of India. In order
to develop a healthy society, it is important that we have healthy children. Children
develop as they interact with their surroundings.
Development, the maturation of function with age, is reflected by the sequential
attainment of various milestones. Appropriate sensory input, e.g. through hearing and
vision, and secure and responsive relationships help build a healthy brain architecture that
provides a strong foundation for lifelong learning, behavior, and health.4 Throughout the
periods of growth and development children need the stimulation of all sense. Vision is
one of our five senses. Being able to see gives us tremendous access to learning about
the world around us—people’s faces and the subtleties of expression, what different
things look like and how big they are, and the physical environments where we live and
move, including approaching hazards.5 Vision brings an enormous amount of information
just at one glance. Learning is mediated through vision. It is a central integrator of input
from other sensory channels. Vision is primary to motor milestones as well as to the other
aspects of developmental tasks.6
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Eyesight is the window to the world for individuals to see, to perceive, to
comprehend, to express and to communicate the wordly things. Any kind of substitute
methods for the blind cannot match a person with a normal vision. Hence care and
preservation of vision should be the foremost concern of every human being. Eighty Five
percent of all information received from the environment is visual (Harley 1975) .7
World sight day falls on the second Thursday of October and global theme of
world sight day 2012 is "The Integrated Eye Care Team – Working Together to
Eliminate Avoidable Blindness. WSD12-International day of awareness for the
international agency for the prevention of blindness (IAPB) and VISION 2020: The right
to sight, Working together to eliminate avoidable blindness.8
6.1 NEED FOR THE STUDY
"Safety and security don't just happen; they are the result of collective consensus
and public investment. We owe our children, the most vulnerable citizens in our society, a
life free of violence and fear." ― Nelson Mandela
Childhood holds a very important place in the life of every human being. Since
they are hope and pride of nation, an unhealthy child today will contribute to unhealthy
future of the country. The primary school children are tenders; their body and mind tend
to be weak and immature and needs support and care from society. Dr. Michael Early an
optometrist has rightly stated that child’s vision may change frequently, regular eye and
vision care is crucial to a student’s classroom success. Next to the parents, the school
teachers are the only ones in a position to play a vital role in taking care of the children.9
The primary role of schools has always been academic education but today schools are
performing more health related functions.1
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According to Dr. A.P.J. Abdul Kalam (2007) the detection of eye problems must
begin early in life. The school is the ideal place. The teachers must be trained to measure
the eyesight so that they could seek help of ophthalmologist’s immediately.10
Children often accept their eye problems as normal because they simply don’t
know better. Since they don’t complain many conditions go unnoticed. This is sad that
parents and teachers tend to ignore children’s complaints of eye discomfort in the
mistaken belief that the child is too young to have vision problems. Any eye problem can
be corrected if detected at an earlier stage. The prevalence of eye problems increases with
age, because growth of the eyeball stops at the age of seven. Early detection and
treatment of the impairment will help to maintain the learning abilities and growth and
development of children and can save years of struggling. Vision problem affect one in
twenty children preschoolers and one in four school age children (Parul M, 2008).
Teachers should be trained to screen the children for eye problems so that any defect can
be detected by the time they reach the age of six to ten years.9
Over 285 million people in the world are visually impaired, of whom 39 million
are blind and 246 million have moderate to severe visual impairment (WHO, 2011). It is
predicted that without extra interventions, these numbers will rise to 75 million blind and
200 million visually impaired by the year 2020 (WHO, 2010). Every minute a child
somewhere in the world goes blind (World Health Organization, 2009).Worldwide,
approximately 1.4 million children ages 0-14 years are blind, defined as a corrected
visual acuity in the better eye of less than 3/60 (Thylefors, Négrel, Pararajasegaram, &
Dadzie, 1995; World Health Organization, 2009).More than 12 million children ages 5 to
15 are visually impaired due to uncorrected refractive errors as a result of near-
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sightedness, far-sightedness, or astigmatism (World Health Organization, 2009).11
In order to set policies and priorities and to evaluate global eye health, it is
essential to have up to date information on prevalence and on causes of visual
impairment. Estimates of visual impairment have been derived at global level and in the
six WHO regions. These estimates provide essential information for the prevention of
visual impairment of eye health globally. Globally the principal causes of optical
impairment are uncorrected refractive errors, cataracts, glaucoma, AMD, diabetic
retinopathy, trachoma and corneal opacities. The estimates for the South-East Asian
Region were derived for India and for the other countries in the region separately. The
prevalence of India was derived from 3 recent surveys. Global estimate of the number of
people visually impaired in 2010 among age group of 0-14years the total population
1,848.50 millions, 1.421millions are Blinds, 17.518 millions are having low vision,
18.939millions are visually impaired. Number of people visually impaired and
corresponding percentage of the global impairment by WHO Region and country in 2010
in India total population is 1181.4(17.5) millions, Blindness is 8.075(20.5) millions, Low
vision is 54.544(22.2) millions, visually impaired is 62.619(21.9) millions.12
According to a study by the State-run Minto Institute of Ophthalmology,
Karnataka, 10.5 per cent of children in the age group of 10 to 15 studying in 20
government and Bruhat Bangalore Mahanagara Palike schools in Bangalore South have
eye problems. Doctors from the hospital screened 2,500 students of these schools during
the past one year. Of these, at least 263 students had vision defects, mainly refractive
errors and squint. The study concluded by emphasizing that teachers should be trained to
screen children for eye problems so that any defect can be detected by the time they reach
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the age of six.13
Refractive errors are the leading cause of visual impairment in school-going and
school- aged children reported in India and other developing countries. Uncorrected
refractive errors are an important cause of visual impairment in many countries. The
proportion of children who are blind or visually impaired due to refractive errors can be
used to assess the level of development of eye care services in a country. Vision testing in
children is the process of detecting vision problems and is undertaken to improve
prognosis and reduce disability. The word ‘screening’ has a very precise meaning in
public health and there are clearly defined criteria which should apply before any
screening programme is established.14
Children with visual impairments often exhibit motor and cognitive delays as
well. With one less sense with which to experience their environment, these children may
lag behind in developmental milestones.1 Good vision is essential to a child’s normal
development. How well a child sees affects his or her learning process, social
development, coordination and safety. The sooner these impairments are corrected, the
better a child’s chances are for normal or near normal development.15
Eye defects affecting people in the world cause severe economic and social
handicap. Two third of these cases are due to infectious diseases and nutritional
deficiencies which can be prevented. Mathur (2008) stated that among 45 million blind
people, 15 million blind people are in South East Asia and half the blind population
belongs to India. Currently every 5th blind person in the world is an Indian and this will
worsen to every 4th blind person being an Indian by 2020. Right to sight goal is to reduce
the prevalence of blindness in India to 0.5% by the year 2012 and no child in India shall
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go needlessly blind after 2020.9
Adequate visual development requires appropriate sensory stimulation to both
eyes over the first few years of life. When one or both eyes are deprived of this
stimulation, visual development does not progress appropriately and visual impairments
or blindness may result. If vision disorders are diagnosed at an early age and treatment is
begun, then vision may progress normally. Common visual disorders in childhood
include refractive errors, astigmatism, strabismus, amblyopia, nystagmus, glaucoma and
cataracts. 1
Prevention is the optimal way to decrease the incidence of many of the vision
impairments of children. Vision impairment cannot always be cured, but early detection
and intervention can correct or arrest the progression of most problems.1 Prevention of
avoidable visual impairment leads to substantial long-term savings in health-care and
social expenditures, in proportion to the number of individuals who no longer need
medical or social assistance. The resulting downward socioeconomic spiral can be
reversed through widely available, appropriate, cost-effective preventive and curative
interventions (WHO 2006). Since the prevention of blindness and visual impairment is a
high priority topic in public health, there is a continuing need for population-based
studies to provide an up-to-date characterization of the magnitude and nature of the
blindness problem. Identification of the prevalence and causes of visual impairment and
blindness are crucial for the establishment of local programs and supra-national,
continental and world prevention strategies.16
With the entrance of the child to the school system, the school environment
becomes the ‘second family’ and the school teachers take the role of ‘second parents’.
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Children spend a significant portion of their days in school. Therefore, teachers are in a
unique position to identify the impairments in the early stage itself. School teachers have
to play a vital role in early detection and prevention of optical impairments in school
children. Teachers trained in initial eye examinations will be an asset to the nation and
would partly overcome the difficulties posed by paucity of medical personnel for doing
this job.
The investigator believes that optical impairment in children need special attention.
Hence investigator felt the need to promote the healthy growth and development of chil-
dren by identifying the optical impairments in children at an early age. It is well con-
vinced that teachers can play a role in the early detection and prevention of optical
impairments in children after reviewing extensive related literature. The present study
aims at improving the knowledge of D.Ed students in early detection and prevention of
optical impairments in children.
6.2 REVIEW OF LITERATURE
Literature review is a critical summary of research on a topic of interest, often
prepared to put a research problem in context. Researcher typically conduct research
within the context of existing knowledge by undertaking a thorough literature review.17
B.T.Prasanna Kamath, B.S.Guru Prasad, R.Deepthi, C.Muninrayana conducted a
cross-sectional study of school children of two schools in rural area of Karnataka state. A
total of 1300 students were screened for eye disorders by visual acuity testing, anterior
segment torch light examination and fundus examination with undilated pupil. The result
showed that the prevalence of ocular morbidity was 44.77%. Vitamin A deficiency was
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the commonest morbidity (33.8%) and uncorrected refractive error was the second
commonest morbid condition (5.6%). Ocular disorders among school going children can
be easily identified by regular eye screening programmes, promptly treated can be
protected from future complications and childhood blindness can be prevented. The eye
health awareness among children and school teachers should be improved.18
Neeti Rustagi, Yogesh Uppal,Devender K.Taneja(2012) conducted an intervention
study on screening for visual impairment in schools of the north- west district of Delhi,
in the rural field practice area of Maulana Azad Medical College. Students studying in
five government schools in the field practice area were chosen as the study subjects. Out
of 1123 students enrolled, 1075 (95.7%) students were screened for refractive errors. Low
vision (visual acuity < 20/60) in the better eye was observed in 31 (2.9%) children and
blindness (visual acuity <20/200) in 10 (0.9%) children. Compliance with referral for
refraction was very low as only 51 (41.5%) out of 123 students could be tested for
refraction. Out of 48 students, 34 (70.8%) procured spectacles from family resources but
its regular use was found among only 10 (29.4%) students. The poor compliance among
students stems out of various myths and perceptions regarding use of spectacles prevalent
in the community.19
Ghosh S, Mukhopadhyay U, Maji D, Bhaduri G.(2012) conducted an institutional
cross sectional study to evaluate pattern of visual impairment in school children from
low-income families in Kolkata India among 2570 children of 10 primary schools.
Ocular examination including refraction was done and pattern of visual impairment and
refractive error was studied. The age range was 6-14 years. Refractive error was seen in
14.7%. Only 4 children were already wearing correction. Myopia and hypermetropia was
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present in 307 (11.9%) and 65 (2.5%) children, respectively. Eighteen children had
amblyopia. Although prevalence of refractive error in this group is less compared to
school children of all income categories reported from other cities of India, it is more
compared to school children of all income categories from the same city. Refractive error
mostly remains uncorrected in this group.20
A cross-sectional study was carried out on 241 primary schoolchildren in Pahang,
Malaysia (2010) to update their vitamin A status and to investigate the association of poor
vitamin A status with their health and socioeconomic factors. Blood samples were
collected and vitamin A status was assessed. Socioeconomic data were collected by using
pre-tested questionnaires. The results showed that 66 (27.4%) children had low serum
retinol levels In conclusion; vitamin A deficiency is still a public health problem in rural
Malaysia. Vitamin A supplementation and treatment of intestinal parasitic infections
should be distributed periodically to these children to improve their health and nutritional
status. 21
Mohammad Khalaj, Mohammadreza Gasemi, Isamohammdi Zeidi conducted a
Cross-sectional study in schools of Qazvin city conducted from October2002 to
September 2008 for 5913 school children. Main aim of this study was to assess the
prevalence of refractive error and related visual impairment in school children between 7-
15 years in the city of Qazvin North-eastern Iran. Refractometry was performed on both
eyes randomly selected students and corrected visual acuity ≥ 0.5 [in either eye] were
included in the study. The examination included visual acuity measurements, ocular
motivity evaluation, retinoscopy and autorefraction under cycloplegy, and examination of
the anterior segment, media and fundus. The distribution of refractive errors was:
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Myopia, Hypermetropia, astigmatism and Amblyopia were 65%, 12.46%, 16.1% and
6.37% respectively. An increased prevalence of refractive error especially myopia was
found in this study. Amblyopia and reduced vision because of uncorrected refractive error
is a major public health problem in Qazvin school-aged children in Iran. Prevalence of
Refractive Errors in Primary School Children [7-15 Years] of Qazvin City.22
Fotouhi A, Hashemi.H, Khabazkhoob.M and Mohammed.K conducted a cross
sectional study on the prevalence of refractive errors among school children in Dezful,
Iran(2007) using random sampling 5544 Dezful children were selected from 39 clusters.
A complete eye examination was done to determine the cause of visual impairment. The
results showed the uncorrected visual acuity was 20/40 or worse in the better eye of 224
(3.8%) school children. According to results 3.4% of the primary and middle school stu-
dents were myopic and 16.6% were hyperopic. For high school students, these rates were
2.1% and 33.0% respectively. The study reveals the considerable prevalence rates of re-
fractive errors among school children in Dezful.23
A.I.Ajaiyeoba,M.A.Isawumi,A.O.Adeoye,T.S.Oluleye(2005) conducted a study
to assess the prevalence and identify the causes of blindness and visual impairment in
school children of Ilesa-East Local Government Area of Osun State, Nigeria. A total of
1144 school children in primary and secondary schools were selected. A total of 17
(1.48%) children were blind or visually impaired. Only 2 (0.15%) school children were
blind. The causes of visual impairment were refractive error 10 (0.87%) and immature
cataract 1 (0.08%), causes of severe visual impairment included corneal opacities 2
(0.2%), amblyopia leading to squint 1 (0.08%) and 1 cataract 1 (0.08%). The causes of
blindness in school children were corneal scars presumed to be due to vitamin A
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deficiency 1 (0.08%) and keratoconus 1 (0.08%). This study concluded that prevention,
early recognition and prompt treatment of these diseases by regular screening of school
children would definitely reduce unnecessary visual handicap in Nigerian school children
so that they can attain their full potential in the course of their education.24
Perumalaswamy and Shanmugam (2003) conducted a study to evaluate the
screening programme to detect ocular morbidity among school going children. The study
was conducted in 8 schools of Theni District, Tamilnadu. Training to measure visual acu-
ity with Snellen’s chart was provided to the teachers by the researcher. Around 920
(10.1%) of the 9125 children examined were referred to ophthalmic assistant further ex-
amined 909 (98.8%) of 920 children referred by teachers and confirmed ocular abnormal-
ities in 734 (80.7%) children. Refractive errors were the most common morbidity identi-
fied. Among all children, 456 (07.5%) were examined by the ophthalmologist and 5% of
all children screened by the teachers were diagnosed as refractive error. The study con-
cluded that refractive error was the major ocular morbidity present in our population.25
A study was done by Kalikivayi V, Naduvilath TJ, Bansal AK, Dandona L to de-
termine the prevalence of visual impairment due to refractive errors and ocular diseases
in lower middle class school children of Hyderabad, India. Among 3,669 children in
whom visual acuity could be recorded, on presentation 115 (3.1%) had visual acuity <
6/18 in the better eye (equivalent to visual impairment), while 41 (1.1%) had visual acu-
ity of 6/60 in the better eye (equivalent to legal blindness) out of which 18 (0.5%) had
visual acuity < 6/60 in the better eye (equivalent to economic blindness). No child was
legally or economically blind after refractive correction. Prevalence of hyperopia was
22.6%, myopia 8.6% and astigmatism 10.3%. These data support the assumption that
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vision screening of school children in developing countries could be useful in detecting
correctable causes of decreased vision, especially refractive errors, and in minimising
long term permanent visual disability.26
A study conducted on visual impairment and use of Eye care services and protect-
ive eyewear among children-United States, 2002. This report summarizes the results of
that analysis, which indicated that the prevalence of visual impairment and the use of
eye-care services were significantly higher among children aged >6 years, compared with
younger children, and varied by race/ethnicity and family income. In 2002, the response
rate for the child sample (i.e., persons aged <18 years) was 81.3%. Information was col-
lected regarding 12,524 children from a parent or other knowledgeable adult in the fam-
ily. In 2002, the prevalence of reported visual impairment and blindness among children
aged <18 years was 2.5%. The prevalence was significantly lower for children aged <6
years (1.0%) than for children aged 6--17 years (3.3%). Among all children aged <18
years, 20.7% had visited an eye-care provider during the preceding year. The findings in
this report indicate that the national health objective for 2010 to reduce the number of
children with visual impairment and blindness to 20 per 1,000 children has not yet been
achieved.27
6.3 STATEMENT OF THE PROBLEM
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“A STUDY TO ASSESS THE EFFECTIVENESS OF COMPUTER
ASSISTED TEACHING PROGRAMME ON KNOWLEDGE REGARDING
EARLY DETECTION AND PREVENTION OF OPTICAL IMPAIREMENTS IN
CHILDREN AMONG D.Ed STUDENTS OF SELECTED COLLEGES AT
HASSAN.”
6.3.1 OBJECTIVES OF THE STUDY
1. To determine the existing knowledge among D.Ed students regarding early detection
and prevention of optical impairments in children.
2. To conduct a computer assisted teaching programme on early detection and preven-
tion of optical impairments in children.
3. To evaluate the effectiveness of computer assisted teaching programme in terms of
gain in knowledge.
4. To find the association between post test knowledge score and selected demographic
variables.
6.3.2 HYPOTHESES
H1 – There will be significant difference between mean pre test and post test knowledge
score of D.Ed students regarding early detection and prevention of optical
impairments
H2 - There will be significant association between post test knowledge score and selected
demographic variables of D.Ed students.
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6.3.3 VARIABLES
a) Independent Variable: Computer assisted teaching programme regarding early
detection and prevention of optical impairments in children.
b) Dependent variable: Knowledge of D.Ed students regarding early detection and
prevention of optical impairments in children.
c) Extraneous variables: Age, Sex, Religion, family history of any optical impair-
ment, parent education, parent occupation, family income, previous source of in-
formation.
6.3.4 OPERATIONAL DEFINITIONS
a) Effectiveness: In this study, effectiveness refers to determining the extent to
which the computer assisted teaching programme achieved the desired effect in
improving the knowledge of D.Ed students regarding early detection and preven-
tion of optical impairments.
b) Computer assisted teaching programme (CATP): It is the planned instructional
module using computer to provide information on knowledge regarding early de-
tection and prevention of optical impairments in school children among D.Ed stu-
dents.
c) Knowledge: It refers to the awareness and understanding of D.Ed students about
early detection and prevention of optical impairments in children as measured by
structured knowledge questionnaire.
d) Early detection: It refers to rapid assessment and effective response as viewed as
one of the cost effective ways of dealing with optical impairments in school chil-
dren.
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e) Prevention: In this study it refers to the selected aspects of teaching regarding the
prevention of optical impairments included in computer assisted teaching pro-
gramme.
f) Optical impairments: In this study optical impairments refer to visual disorders
such as refractive errors, amblyopia, strabismus, vitamin A deficiency and con-
genital cataract among children.
g) Children: In this study children refers to the ones who are studying in primary
schools from 1st to 7thstandards.
h) D.Ed students: The students who are studying diploma in education in selected
D.Ed Colleges at Hassan.
i) Selected colleges at Hassan: It refers to institution which offers D.Ed course to
the students and which is situated at Hassan.
6.3.5 ASSUMPTIONS
a. The D.Ed students may have some basic knowledge on optical impairments in
children.
b. The computer assisted teaching programme on early detection and prevention of
optical impairments in children may improve the knowledge of D.Ed students.
6.3.6 DELIMITATION
The study is delimited to 50 D.Ed students of selected Colleges at Hassan.
7. MATERIALS AND METHODS OF THE STUDY
7.1 Source of Data: D.Ed students of selected Colleges at Hassan.
7.2 Methods of Collection of Data:
7.2.1 Definition of the study subjects: D.Ed students of selected Colleges at Hassan.
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Research approach: Quantitative Evaluative approach
7.2.2 Research design: One group pre-test post test pre experimental design.
Group Pre-test Intervention Post-test
S O1 X O2
Key: S – Single group
O1 - Pre test knowledge assessment
X - Computer assisted teaching programme
[intervention]
O2 - Post test knowledge assessment
7.2.3 Setting:
Population:
The study is planned to conduct in selected D.Ed colleges
at Hassan.
In this study population will be D.Ed students of selected
colleges at Hassan.
7.2.4 Sampling Technique: Purposive sampling, which is a type of non probability
sampling, will be adopted to select the samples.
7.2.5 Sampling Criteria:
a) Inclusion criteria: The students who are,
1. Studying in selected D.Ed Colleges at Hassan.
2. Willing to participate in the study.
3. Who are available at the time of data collection.
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b) Exclusion criteria: The students who are,
1. Not willing to participate in the study.
2. Not present at the time of data collection.
7.2.6 a) sampling size:
b)Duration of study:
50 students
30 days
7.2.7 Tools for research: Structured knowledge questionnaire will be used to collect
data from the samples which consists of two parts,
Part 1.Demographic data
Part 11.The investigator will develop structured knowledge
questionnaire on early detection and prevention of optical
impairments.
Pilot study: Pilot study will be conducted on 10% sample size to find
out feasibility of conducting study, design and plan of
statistical analysis. The samples used in the pilot study will
not be included in the main study.
7.2.8 Collection of data: Informed consent will be obtained from subjects. On first
day structured questionnaire will be administered to de-
termine the knowledge of subjects. Computer assisted
teaching programme will be prepared and will be given to
the subjects on the same day. Post test will be conducted
using the same structured questionnaire after 7 days.
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7.2.9 Method of Data Analysis:
Descriptive statistics:
Frequency and percentage distribution will be used to analyse the demographic
variables of D.Ed students.
Mean median, range and standard deviation will be used to analyse the level of
knowledge.
Inferential statistics:
Paired‘t’ test value will be calculated to determine the effectiveness of computer as-
sisted teaching programme.
Chi-square test will be used to find the association between demographic vari-
ables and knowledge scores.
7.3 Does the study require any investigation or intervention to be conducted on pa-
tients or other humans or animals? If so, please describe briefly.
Yes. The study requires a computer assisted teaching programme to be
conducted among D.Ed students regarding early detection and prevention of optical
impairments in children in selected D.Ed Colleges at Hassan.
7.4 Has ethical clearance been obtained from your institution?
Yes, permission will be obtained from the concerned authorities. Informed
consent will be obtained from the samples. Confidentiality and privacy of data will
be maintained.
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8. LIST OF REFERENCES:
1. Kyle Terri. Essentials of paediatric nursing. New Delhi: Woltzer Kluwer (India)
Pvt.Ltd; 2009.pp6, 7,532,536,866.
2. Singh Meharban. Essential pediatric for nurses. 2nd edition. New Delhi: Sagar
publications; 2008. pp26.
3. Hockenberry J Marilyn, Wilson David. Essentials of paediatric nursing. 8 th edition
Noida: Elsevier publication; 2009.pp15.
4. Ghai O P, Vinod K Paul, Bagga Arvinda. Essential paediatrics. 7th edition. New
Delhi: CBS publishers and distributors Pvt. Ltd; 2012. pp22.
5. U.S. National Dissemination Centre for Children with Disabilities. Visual impair-
ments including blindness: NICHCY Disability Fact Sheet # 13; November 2012.
Available from URL: http://nichcy.org/wp-content/uploads/docs/fs13.pdf
6. Lavanya J Raj. How to assess and plan for the management of visually challenged
children in the context of multiple different abilities. Community eye health
journal. 2007; 2(62):91-92. Available from URL: http://www.cehjournal.org/in-
dian/journal/20/jceh_20_62_s091.html
7. Dorothy R Marlow, Barbara A Redding. Text book of paediatric nursing. 6thedition.
New Delhi: Elsevier publication; 2010. pp859.
8. World Sight Day 10 October 2013. Available from URL: http://www.who.int/me-
diacentre/events/annual/world_sight_day/en/index.html
9. Important that we have healthy children. Available from URL: http://www.ukes-
says.com/essays/young-people/important-that-we-have-healthy-children-young-
people-essay.php.
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10. Abdul Kalam A.P.J. Removal of avoidable blindness, our mission. Indian journal
of ophthalmology 2007; 55(2): 91-93.
11. Arlene R Gordon. Research Institute at light house international. Statistics on vis-
ion impairment. Available from URL: http://www.lighthouse.org/research/statist-
ics-on-vision-impairement/
12. Global data on visual impairments 2010. Available from URL: http://
www.who.int/blindness/GLOBALDATAFINALforweb.pdf
13. Afshan Yasmeen. Keep an eye on children’s vision. The Hindu. 2008. Aug. 21.
14. Murthy GVS. Vision testing for refractive errors in schools, ‘screening’ pro-
grammes in schools. Community eye health journal.2000; 13(33): 3-5. Available
from URL: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1705957/
15. Nancy T Hatfield. Broadribb’s introductory paediatric nursing. 7thedition. New
Delhi: Woltzer Kluwer (India) Pvt. Ltd; 2009. pp473.
16. An. Acad. Bras. Ciênc. vol.81 no.3 Rio de Janeiro Sept. 2009.Available from
URL: http://dx.doi.org/10.1590/S0001-37652009000300017
17. Denise F polit, Beck Totano Cheryl. Nursing research- generating and assessing
evidence for nursing practice. Ninth edition. New Delhi: Wolters Kluwer (India)
Pvt Ltd publication; 2011. pp733.
18. B.T.Prasanna Kamath, B.S.Guru Prasad, R.Deepthi, C.Muninrayana. Prevalence
of ocular morbidity among school going children (6-15years) in rural area of
Karnataka, South India. International Journal of pharmaceutical and biomedical re-
search article.8 October 2012.Available from URL: http://www.pharmscidirect.-
com/Docs/IJPBR-2012-04-123.pdf
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19. Rustagi N, Uppal Y, Taneja DK. Screening for visual impairment: Outcome among
schoolchildren in a rural area of Delhi. Indian J Ophthalmol [serial online] 2012
[cited 2013 Jan 3]; 60:203-6. Available from URL: http://www.ijo.in/text.asp?
2012/60/3/203/95872
20. Ghosh S, Mukhopadhyay U, Maji D, Bhaduri G. Visual impairment in urban
school children of low-income families in Kolkata, India. Indian J Public Health
[serial online] 2012 [cited 2012 Dec 12]; 56:163-7. Available from URL: http://
www.ijph.in/text.asp?2012/56/2/163/99919
21. Hesham M. Al-Mekhlafi, Johari Surin, Atiya A. Sallam, Ariffin W. Abdullah and
Mohammed A. K. Mahdy. Giardiasis and Poor Vitamin A Status among Abori-
ginal School Children in Rural Malaysia; Am J Trop Med Hyg September 2010:
vol. 83 no. 3 523-527. Available from URL: http://www.ncbi.nlm.nih.gov/pmc/art-
icles/PMC2929046/
22. Khalaj Mohammad, Gasemi mohammadreza, Zeidi isamohammdi, prevalence of
refractive errors in primary school children [7-15years] of Qazvin city. 2009;
Available from URL: http://www.eurojournals.com/ejsr_28_2_01.pdf
23. Fotouhi A, Hashemi.H, Khabazkhoob.M and Mohammed.K. The prevalence of re-
fractive errors among schoolchildren in Dezful, Iran. British Journal of Ophthal-
mology.March.2007.91 (3).pp287-292. Available from URL: http://www.ncbi.n-
lm.nih.gov/pmc/articles/PMC1857661/
24. A. I. Ajaiyeoba , M. A. Isawumi, A. O. Adeoye, T. S. Oluleye. Prevalence and
causes of blindness and visual impairment among school children in South-west-
ern Nigeria. International Ophthalmology October 2005, Volume 26, Issue 4-5,
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pp121-125. Available from URL: http://link.springer.com/article/
10.1007%2Fs10792-005-4836-4?LI=true
25. Perumalaswamy, Shanmugam. Identifying children with vision
disabilities. Journal of Learning disabilities 2005; 23(1): 10-15.
26. Kalikivayi V, Naduvilath TJ, Bansal AK, Dandona L. Visual impairment in school
children in Southern India. Indian J Ophthalmol [serial online] 1997 [cited 2012
Dec 12]; 45:129-34. Available from URL: http://www.ijo.in/text.asp?
1997/45/2/129/15002)
27. MF Cotch, R Janiszewski, RJ Klein, KM Brett. Visual Impairment and Use of
Eye-Care Services and Protective Eyewear among Children United States, 2002;
May 6, 2005/54/17; 425-429. Available from URL: http://www.cdc.gov/mmwr/
preview/mmwrhtml/mm5417a2.htm
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9. SIGNATURE OF THE CANDIDATE:10.REMARKS OF THE GUIDE:
Optical impairment in children is one of the
prevalent problem in the society which
affects the academic performance and life
situation in children. So the topic selected by
the candidate is relevant.
11. NAME AND DESIGNATION OF
11.1 GUIDE: MRS. SHOBHA DEVAMANEHODCHILD HEALTH NURSING DEPARTMENTGOVERNMENT COLLEGE OF NURSINGHASSAN
11.2 SIGNATURE:
11.3 CO GUIDE(IF ANY):
11.4 SIGNATURE OF THE CO GUIDE:
11.5 HEAD OF THE DEPARTMENT:
MRS. SHOBHA DEVAMANEHODCHILD HEALTH NURSING DEPARTMENTGOVERNMENT COLLEGE OF NURSINGHASSAN
11.6 SIGNATURE:
12. REMARKS OF THE PRINCIPAL:
This study is a bonafide and genuine research and helpful to the society.S.DAMAYANTHI
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Mobile No: 9886506426Email: [email protected]
12.1. SIGNATURE:
ETHICAL COMMITTEE CLEARANCE
1. TITLE OF THE DISSERTATION EFFECTIVENESS OF COMPUTER ASSISTED TEACHING PROGRAMME ON KNOWLEDGE REGARDING EARLY DETECTION AND PREVENTION OF OPTICAL IMPAIRMENTS IN CHILDREN AMONG D.Ed STUDENTS OF SELECTED COLLEGES AT HASSAN.
2.NAME OF THE CANDIDATE &ADDRESS
MS. VIJETHAI YEAR M.SC NURSINGGOVT. COLLEGE OF NURSING HASSAN
3.SUBJECT CHILD HEALTH NURSING
APPROVED/ NOT APPROVED(If not approved, suggestions)
MRS. S. DAMAYANTHIPrincipal And HODMedical Surgical NursingGovt. College Of Nursing, Hassan
MRS. JAYAMMA A U HODObstetrics And Gynaecological NursingGovt. College Of Nursing, Hassan
MRS. SHOBHA DEVAMANEHODChild Health NursingGovernment College Of Nursing, Hassan
MRS. ANITHA G KHODCommunity Health NursingGovernment College Of Nursing, Hassan
MR. RAVINDRA KUMAR K VHODMental Health NursingGovernment College Of Nursing, Hassan
LAW EXPERTMRS.DAMAYANTHI SPrincipal & HOD
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Medical Surgical NursingGovernment College Of Nursing, Hassan
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