2.Theory of Planned Behavior Constructs for Covid-19 Booster Dose Vaccination Among Malaysian Adults’ Population: An Exploratory Analysis
Norsuhana Emilinadiah Husin1,2 ; Rabiatul Adawiyah Abdul Rohim1 ; Rosliza Yahaya1,2 ; Harmy Mohamed Yusoff1 ; Azizul Fadzli Wan Jusoh1,3 ; Nik Ahmad Shaiffudin Nik Him1,3 ; Aniza Abd Aziz1
Malaysian Journal of Medicine and Health Sciences 2025;21(No. 1):126-133
Introduction: The Theory of Planned Behavior (TPB) construct is recommended by the World Health Organization to
assess intention for vaccination; however, there is yet a validated instrument in the context of booster dose Covid-19
vaccination in Malaysia. The purpose of the present study is to translate and investigate the factorial validity and
internal reliability of the TPB construct for booster dose Covid-19 vaccination (TPB-BDV) questionnaire in Malaysia.
Materials and methods: In the pre-testing of the study, five experts and 40 Malaysian adults respectively rated the
content and validity index of all 11 items of the translated questionnaire in Malay version. Next, 160 Malaysian
adults completed the Malay version of Theory of Planned Behavior- Booster Dose Vaccination (TPB-BDV) questionnaire via online. Results: In the pre-testing phase, Content Validity and Face Validity Index for 10 items in Malay
version of TPB-BDV achieved cutoff mean score >3.0 for relevancy, clarity, ambiguity, and simplicity. Meanwhile,
Item 8 scored low on relevancy. In the main study, exploratory factor analysis suggested three factors consisting of
a final 10 items (without Item 8) which accounted for 74.0% of the total variance. The three factors were Attitude (5
items), Subjective Norms (3 items), and Perceived Behavioral Control (2 items). The internal reliability ranged from a
= 0.83 to a = 0.93, with an overall value of a = 0.90. Conclusion: The findings suggest that the 10-items Malay version of TPB-BDV is valid and reliable to measure the individual decision in taking the Covid-19 booster-dose vaccine
among Malaysian adult population.
8.CASE REPORT OF A RARE PRESENTATION OF MULTIPLE GIANT BLADDER STONE
Muhammad Fairuz Shah Abd Karim ; Muhammad Fairuz Shah Abd Karim ; Ahmad Nazran Fadzli ; Ahmad Nazran Fadzli ; Guhaan Balasubramian ; Huey Yee Choong
Journal of University of Malaya Medical Centre 2024;27(1):57-59
CASE REPORT OF A RARE PRESENTATION OF MULTIPLE GIANT BLADDER STONE
Bladder stone can be classified as primary, secondary or migratory and the etiology can be multifactorial. Unlike kidney or ureter, bladder stone only constituted around 5% of all urinary tract stone. Generally bladder stones occur in conditions such as bladder outlet obstruction, neurogenic bladder, chronic infection and foreign body. The prevalence is higher in male with a reported ratio of male to female of 4:1.
Giant bladder stone is a rare condition moreover of a case of multiple huge stones. There is a numerous case report about a single giant bladder stone but not so in case of multiple calculi. We reported a case of a lady presented with a sudden onset of acute renal impairment with multiple huge bladder stones detected from imaging. Open cystolithotomy was done and a few huge bladder stones were extracted. This case report is to illustrate a rare presentation of multiple giant bladder stones.
9. ATP gatekeeper of Plasmodium protein kinase may provide the opportunity to develop selective antimalarial drugs with multiple targets
Fauze MAHMUD ; Khairul Fadzli MUSTAFFA ; Chiuan LEOW ; Ngit Shin LAI ; Fauze MAHMUD ; Ping LEE ; Habibah WAHAB ; Azhar RASUL
Asian Pacific Journal of Tropical Medicine 2020;13(8):350-357
Malaria is one of the most devastating infectious diseases that caused millions of clinical cases annually despite decades of prevention efforts. Recent cases of Plasmodium falciparum resistance against the only remaining class of effective antimalarial (artemisinin) in South East Asia may soon pose a significant threat. Hence, the identification of new antimalarial compounds with a novel mode of action is necessary to curb this problem. Protein kinase has been implicated as a valid target for drug development in diseases such as cancer and diabetes in humans. A similar approach is now recognized for the treatment of protozoan-related disease including malaria. Few Plasmodium protein kinases that are not only crucial for their survival but also have unique structural features have been identified as a potential target for drug development. In this review, studies on antimalarial drug development exploiting the size of Plasmodium protein kinase ATP gatekeeper over the past 15 years are mainly discussed. The ATP-binding site of Plasmodium protein kinases such as Pf CDPK1, Pf CDPK4, Pf PKG, Pf PK7, and Pf PI4K showed great potential for selective and multi-target inhibitions owing to their smaller or unique ATP-gatekeeper amino acid subunits compared to that of human protein kinase. Hence it is a feasible solution to identify a new class of active antimalarial agents with a novel mode of action and longer clinical life-span.
10.Quality of life of diabetes amputees following major and minor lower limb amputations
Nazri Mohd Yusof ; Aminudin Che Ahmad ; Ahmad Fadzli Sulong ; Mohd Jazlan Mohd Adnan ; Jamalludin Abdul Rahman ; Ramli Musa
The Medical Journal of Malaysia 2019;74(1):25-29
Minor amputation was performed as a salvage
procedure because most of the patients were not able to
ambulate and become dependent following major
amputation. Minor amputation is defined as amputation at
the level of ankle joint and below while major amputation is
defines by amputation above the ankle joint. The aim of this
study was to compare the quality of life among diabetes
patients following major and minor amputations.


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