20 Nov 2014 (Jil.58, No.24, TMA No.59)
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Micare Panel Gp List (Aso) for (October 2020) No
MICARE PANEL GP LIST (ASO) FOR (OCTOBER 2020) NO. STATE TOWN CLINIC ID CLINIC NAME ADDRESS TEL OPERATING HOURS REGION : CENTRAL 1 KUALA LUMPUR JALAN SULTAN EWIKCDK KLINIK CHIN (DATARAN KEWANGAN DARUL GROUND FLOOR, DATARAN KEWANGAN DARUL TAKAFUL, NO. 4, 03-22736349 (MON-FRI): 7.45AM-4.30PM (SAT-SUN & PH): CLOSED SULAIMAN TAKAFUL) JALAN SULTAN SULAIMAN, 50000 KUALA LUMPUR 2 KUALA LUMPUR JALAN TUN TAN EWGKIMED KLINIK INTER-MED (JALAN TUN TAN SIEW SIN, KL) NO. 43, JALAN TUN TAN SIEW SIN, 50050 KUALA LUMPUR 03-20722087 (MON-FRI): 8.00AM-8.30PM (SAT): 8.30AM-7.00PM (SUN/PH): 9.00AM-1.00PM SIEW SIN 3 KUALA LUMPUR WISMA MARAN EWGKPMP KLINIK PEMBANGUNAN (WISMA MARAN) 4TH FLOOR, WISMA MARAN, NO. 28, MEDAN PASAR, 50050 KUALA 03-20222988 (MON-FRI): 9.00AM-5.00PM (SAT-SUN & PH): CLOSED LUMPUR 4 KUALA LUMPUR MEDAN PASAR EWGCDWM DRS. TONG, LEOW, CHIAM & PARTNERS (CHONG SUITE 7.02, 7TH FLOOR WISMA MARAN, NO. 28, MEDAN PASAR, 03-20721408 (MON-FRI): 8.30AM-1.00PM / 2.00PM-4.45PM (SAT): 8.30PM-12.45PM (SUN & PH): DISPENSARY)(WISMA MARAN) 50050 KUALA LUMPUR CLOSED 5 KUALA LUMPUR MEDAN PASAR EWGMAAPG KLINIK MEDICAL ASSOCIATES (LEBUH AMPANG) NO. 22, 3RD FLOOR, MEDAN PASAR, 50050 KUALA LUMPUR 03-20703585 (MON-FRI): 8.30AM-5.00PM (SAT-SUN & PH): CLOSED 6 KUALA LUMPUR MEDAN PASAR EWGKYONGA KLINIK YONG (MEDAN PASAR) 2ND FLOOR, WISMA MARAN, NO. 28, MEDAN PASAR, 50050 KUALA 03-20720808 (MON-FRI): 9.00AM-1.00PM / 2.00PM-5.00PM (SAT): 9.00AM-1.00PM (SUN & PH): LUMPUR CLOSED 7 KUALA LUMPUR JALAN TUN PERAK EWPISRP POLIKLINIK SRI PRIMA (JALAN TUN PERAK) NO. -
CBD Sixth National Report
SIXTH NATIONAL REPORT OF MALAYSIA to the Convention on Biological Diversity (CBD) December 2019 i Contents List of Figures ............................................................................................................................................... iv List of Tables ................................................................................................................................................ vi List of Acronyms ........................................................................................................................................... vi Foreword ..................................................................................................................................................... vii Preamble ....................................................................................................................................................... 1 EXECUTIVE SUMMARY .................................................................................................................................. 3 CHAPTER 1: UPDATED COUNTRY BIODIVERSITY PROFILE AND COUNTRY CONTEXT ................................... 1 1.1 Malaysia as a Megadiverse Country .................................................................................................... 2 1.2 Major pressures and factors to biodiversity loss ................................................................................. 3 1.3 Implementation of the National Policy on Biological Diversity 2016-2025 ........................................ -
Coconut Water Vinegar Ameliorates Recovery of Acetaminophen Induced
Mohamad et al. BMC Complementary and Alternative Medicine (2018) 18:195 https://doi.org/10.1186/s12906-018-2199-4 RESEARCH ARTICLE Open Access Coconut water vinegar ameliorates recovery of acetaminophen induced liver damage in mice Nurul Elyani Mohamad1, Swee Keong Yeap2, Boon-Kee Beh3,4, Huynh Ky5, Kian Lam Lim6, Wan Yong Ho7, Shaiful Adzni Sharifuddin4, Kamariah Long4* and Noorjahan Banu Alitheen1,3* Abstract Background: Coconut water has been commonly consumed as a beverage for its multiple health benefits while vinegar has been used as common seasoning and a traditional Chinese medicine. The present study investigates the potential of coconut water vinegar in promoting recovery on acetaminophen induced liver damage. Methods: Mice were injected with 250 mg/kg body weight acetaminophen for 7 days and were treated with distilled water (untreated), Silybin (positive control) and coconut water vinegar (0.08 mL/kg and 2 mL/kg body weight). Level of oxidation stress and inflammation among treated and untreated mice were compared. Results: Untreated mice oral administrated with acetaminophen were observed with elevation of serum liver profiles, liver histological changes, high level of cytochrome P450 2E1, reduced level of liver antioxidant and increased level of inflammatory related markers indicating liver damage. On the other hand, acetaminophen challenged mice treated with 14 days of coconut water vinegar were recorded with reduction of serum liver profiles, improved liver histology, restored liver antioxidant, reduction of liver inflammation and decreased level of liver cytochrome P450 2E1 in dosage dependent level. Conclusion: Coconut water vinegar has helped to attenuate acetaminophen-induced liver damage by restoring antioxidant activity and suppression of inflammation. -
Supplemental Material
Supplementary 1 Table S1. Distinctive characteristics of studied area within its district in the Klang Valley region Area Average Average of vehicles Average LOU Population Districts (km2) number of composition (%) a of LOS a (%) (million) vehicles b Cars & taxis: 60.9 Vans & utilities: 6.8 4 out of 5 Medium lorries: 6.2 census Kuala Lumpur 243 Heavy lorries: 3.3 12, 039 100 1.79 stations in F Buses: 0.3 LOS Motorcycles: 22.5 Putrajaya 49 - - 100 0.07 State of 91.4 Selangor: Cars & taxis: 61.6 Vans & utilities: 8.7 13 out of 15 Medium lorries: 5.6 census Petaling 484.32 Heavy lorries: 2.4 10, 113 1.81 stations in F Buses: 0.3 LOS Motorcycles:20.5 1) Petaling Jaya 97.2 2) Subang Jaya 70.41 3) Shah Alam 290.3 4) Serdang Cars & taxis: 67.8 Vans & utilities: 11.0 5 out of 6 Medium lorries: 4.6 census Sepang 555.51 Heavy lorries: 3.2 3997 0.211 stations in F Buses: 0.6 LOS Motorcycles: 12.8 Cars & taxis: 64.7 Vans & utilities: 9.7 Medium lorries: 5.5 All 5 census Gombak 650.08 Heavy lorries: 2.2 stations in F 8362 0.682 Buses: 0.3 LOS Motorcycles: 7.62 Cars & taxis: 56.9 Vans & utilities: 11.7 5 out of 9 Medium lorries: 5.4 census Hulu Langat Heavy lorries: 2.8 2330 1.16 stations in F Buses: 0.5 LOS Motorcycles: 22.6 1)Ampang* 849.48 Cars & taxis: 65.2 Vans & utilities: 5.4 7 out of 11 Medium lorries: 6.7 census Klang 626.78 5762 0.861 Heavy lorries: 4.1 stations in F Buses: 0.6 LOS Motorcycles: 17.8 1 1) Klang Utara, Kapar 2) Klang Selatan a Report in the year 2017 from the census stations b During peak hour traffic (per hour) LOS: Level of Service (consists of A-F category, F category defined as heavily congested with traffic flow demands exceeding highway capacity) LOU: Level of urbanization *Information this area covered within district of Hulu Langat and part of Gombak Sources: Road Traffic Volume Malaysia, 2017; Department of Statistics, 2010; Selangor Town and Country Planning Department, 2010 2 Supplementary 2 Table S2. -
IJPHCS International Journal of Public Health and Clinical Sciences Open Access: E-Journal E-ISSN : 2289-7577
IJPHCS International Journal of Public Health and Clinical Sciences Open Access: e-Journal e-ISSN : 2289-7577. Vol. 4:No. 2 March/April 2017 KNOWLEDGE, ATTITUDE AND PRACTICE OF DENGUE PREVENTION AMONG SUB URBAN COMMUNITY IN SEPANG, SELANGOR Nur Ain M1, Azfar M1, Omarulharis S1, Azfar H1, Maryam A1, Hafizah S1, 1 1 Adibah B A H , Akmal N 1Department of Community Medicine, Faculty of Medicine, Cyberjaya University College of Medical Sciences (CUCMS), Jalan Teknokrat 3, Cyber 4, 63000, Cyberjaya, Selangor. *Corresponding author: Nur Ain Mahat, Department of Community Medicine, Faculty of Medicine, Cyberjaya University College of Medical Sciences (CUCMS), Jalan Teknokrat 3, Cyber 4, 63000, Cyberjaya, Selangor, [email protected] ABSTRACT Background: Globally, dengue cases has increased 30-fold in the last 50 years. The increase of dengue incidence is also experienced by Malaysia. With regards to the magnitude of prevalence of dengue in Malaysia, the control of mosquito-borne viral infection is very challenging, whereby only interventions targeted on the environmental cleanliness, vector control and changing human behavior proving effective. This study aims to determine the knowledge, attitude and practice for dengue prevention, also to identify the association between knowledge and practice. Materials and Methods: A cross-sectional study with simple random sampling was done in the semi-urban community of Sepang, Selangor (N=305) using a guided questionnaire consisting of questions on dengue knowledge, attitude, practice of prevention, barriers and sources of information. Data was analyzed using T test and ANOVA to determine the knowledge difference among sociodemographic characteristics and the association between knowledge and practice. -
Water Quality Assessment of the Semenyih River, Selangor, Malaysia
Hindawi Publishing Corporation Journal of Chemistry Volume 2013, Article ID 871056, 10 pages http://dx.doi.org/10.1155/2013/871056 Research Article Water Quality Assessment of the Semenyih River, Selangor, Malaysia Fawaz Al-Badaii, Mohammad Shuhaimi-Othman, and Muhd Barzani Gasim School of Environmental and Natural Resource Sciences, Faculty of Science and Technology, Universiti Kebangsaan Malaysia (UKM), 43600Bangi,Selangor,Malaysia Correspondence should be addressed to Fawaz Al-Badaii; [email protected] Received 3 May 2013; Accepted 21 July 2013 Academic Editor: Dimosthenis L. Giokas Copyright © 2013 Fawaz Al-Badaii et al. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. This study was carried out to determine the Semenyih River water quality based on the physicochemical and biological parameters. The sampling was conducted in dry and rainy seasons during 2012. Water samples were collected from 8 stations along the river and analyzed using standard methods. The results showed that temperature, pH, conductivity, TDS, SO4, and TH were classified as class I, while DO, turbidity, and BOD were categorized under class II, and NH3-N, TSS, COD, and OG were categorized as class III based on NWQS, Malaysia. Moreover, NO3 wasclassifiedunderclassIV,whilePO4 and FC were categorized as class V and exceeded the allowable threshold levels. Therefore, the river was slightly polluted with NH3-N, TSS, COD, and NO3, whereas it is extremely contaminated with PO4 and FC. Furthermore, cluster analysis classified 8 sampling stations into three clusters based on similarities of water quality features. -
(Emco) Sop in the State of Selangor Effective Date : 3 July 2021
ENHANCED MOVEMENT CONTROL ORDER (EMCO) SOP IN THE STATE OF SELANGOR EFFECTIVE DATE : 3 JULY 2021 Permitted Activities Effective Period 24 hours Permitted Hours As prescribed in the brief Movement of Allowed with for Activities description Residents conditions • One (1) representative from each home to buy necessities. ACTIVITY AND PROTOCOL • Essential services. Measure Brief Description Prohibited Activities AWALSELIA K – KAWALA Effective Period 3 July 2021 (12:01 am) to 16 July 2021 (11:59 pm) • Leaving the home for activities Areas Involved a) Petaling District: Petaling, Damansara, Sg. Buloh and Bukit Raja sub-districts other than those permitted without PDRM permission. b) Hulu Langat District: Hulu Langat, Ampang, Cheras Kajang, Semenyih and Beranang sub- • Exiting the area by residents. districts • Entry of others into an EMCO area. c) Sepang District: Dengkil, Labu and Sepang sub-districts Standing Orders d) Gombak District: Batu, Rawang, Setapak, Hulu Kelang and Kuang sub-districts • Subsection 11(3) of Act 342. • Subject to conditions issued by the e) Kuala Langat District: Tanjung 12 (1), Tanjung 12 (2), Teluk Panglima, Garang, Morib, Bandar, NSC and MOH. Jugra and Batu sub-districts • Other orders issued from time to time by the Authorized Officer f) Klang District: Kapar and Klang sub-districts under Act 342. g) Kuala Selangor District: Ijok, Bestari Jaya and Jeram sub-districts h) Hulu Selangor District: Serendah, Rasa, Ulu Yam and Batang Kali sub-districts For EMCOs in CLQ LRT 3 Sunway Constructions (Klang), Westlite SS 8 (Petaling Jaya), Mentari Court PJS 8 (Petaling Jaya), Taman Murni (Sepang) and CLQ Gardens Kundang Jaya (Rawang) please refer to the currently effective EMCO SOP. -
Determine Neighboring Region Spatial Effect on Dengue Cases Using Ensemble ARIMA Models
www.nature.com/scientificreports OPEN Determine neighboring region spatial efect on dengue cases using ensemble ARIMA models Loshini Thiruchelvam1, Sarat Chandra Dass2, Vijanth Sagayan Asirvadam3*, Hanita Daud4 & Balvinder Singh Gill5 The state of Selangor, in Malaysia consist of urban and peri-urban centres with good transportation system, and suitable temperature levels with high precipitations and humidity which make the state ideal for high number of dengue cases, annually. This study investigates if districts within the Selangor state do infuence each other in determining pattern of dengue cases. Study compares two diferent models; the Autoregressive Integrated Moving Average (ARIMA) and Ensemble ARIMA models, using the Akaike Information Criterion (AIC) and Bayesian Information Criterion (BIC) measurement to gauge their performance tools. ARIMA model is developed using the epidemiological data of dengue cases, whereas ensemble ARIMA incorporates the neighbouring regions’ dengue models as the exogenous variable (X), into traditional ARIMA model. Ensemble ARIMA models have better model ft compared to the basic ARIMA models by incorporating neighbuoring efects of seven districts which made of state of Selangor. The AIC and BIC values of ensemble ARIMA models to be smaller compared to traditional ARIMA counterpart models. Thus, study concludes that pattern of dengue cases for a district is subject to spatial efects of its neighbouring districts and number of dengue cases in the surrounding areas. Dengue is a vector-borne disease, transmitted by two types of mosquito vectors; the Aedes Aegypti and Aedes Albopictus, where the life-cycle of the vector and transmission of the disease are closely related to climate variables1. Dengue is endemic in tropical and subtropical regions worldwide, and this includes Malaysia, spe- cifcally the state of Selangor2. -
Statement of Need and Project Options
EIA for the Proposed Mixed Development on Lots 36603 - 36649, Lot 36602, Part of Lot 17465, Lot 47233 Lot 32427, Lot 32428, Lot 32429, Lot 32290, Lot 32291 and Lot 17474, Mukim Dengkil, Daerah Sepang, Selangor Darul Ehsan for Pilihan Teraju Sdn. Bhd. CHAPTER STATEMENT OF NEED AND PROJECT 2 OPTIONS 2.1 Introduction This chapter highlights the need to establish the Project’s need and the available project options in the Project area. The first part would discuss the Project description, its effect on the local environment, social and economic factors that support the proposed Project. It is essential to look into these factors in order to predict the success of the Project while giving enough consideration to attain long–term sustainable environment in Mukim Dengkil, District of Sepang, Selangor Darul Ehsan. The following subsection of this chapter will discuss two (2) opposing scenarios. The “No-Project” option will focus on the adverse effect of the Project that may affect local population and the environment, which eventually will lead to Project cancellation. The other option similar to the first subsection of the chapter that lists out all the possible benefits of the Project those are likely to be considered. In both cases, any benefits or opportunities lost with each selection are made known in order to achieve the most feasible development option. 2.2 Statement of Need The proposed residential and commercial development will be carried out on an area of 206.70 acres (83.65 ha) on Lots 36603 – 36649, Lot 36602, Part of Lot 17465, Lot 47233, Lot 32427, Lot 32428, Lot 32429, Lot 32290, Lot 32291 and Lot 17474, Mukim Dengkil, Daerah Sepang, Selangor Darul Ehsan and to be developed by Pilihan Teraju Sdn. -
Fish Diversity in Sepang Besar Estuary – a Preliminary Analysis
Int'l Journal of Advances in Agricultural & Environmental Engg. (IJAAEE) Vol. 1, Issue 2(2014) ISSN 2349-1523 EISSN 2349-1531 Fish diversity in Sepang Besar estuary – a preliminary analysis Nurul Asyikin Binti Ya1, Harinder Rai Singh2, Nur Hasyimah Ramli3, Nurulizzati Makhtar3, Hasratul Nadiah Mohd Rashid3, Norliza Dzakaria3 and Abdullah Samat4 in salinity, many species of fishes found estuaries was their Abstract— A study conducted was a preliminary analysis to ideal place for spawning [4]. determine the distribution of fish in Sepang Besar estuary. Most countries were suffered from insufficient knowledge Surveys on the distribution of fish fauna in the study was of estuarine ecology and management activities. The best tool conducted from April to June 2014. Collection was made at to understand the fish populations in particular area is we need stations divided into 3 different zones. The fishes were to do fisheries assessment. Besides that, this study will provide collected using variety sizes of gill nets and long lines. many benefits such as to maintain, improve or create the Shannon-Weiner Index, Richness Index, and Evenness Index habitat to species that lived in the estuary and protect the were used in the analysis. A total of 29 fish species belonging undisturbed habitat [5] [6]. to 23 families were identified. Analyses based on the number Although there is much information about fish diversity, but of individuals caught showed that 20% of total catch was there is limited information about fish distribution in estuary represented by Toxotidae. The most dominant species area specifically in Sepang. Therefore, this study was done as recorded were Toxotes chatareus and Thryssa dussumieri. -
Panel GP Clinic Listing 15032021.Xlsx
(Updated as at 15/03/2021) GP Clinic Details AAN Panel Note: 1. The clinic details and operating hours are correct at the time of update but you are advised to call the clinic prior to your visit to avoid unnecessary inconveniences. 2. Amendment and alteration to any of the information given may be made without any prior notification. 3. The listing is sorted by state with blue highlights as segregation. No. Clinic Name Address 1 Address 2 Address 3 Postcode Town State Phone Operating Hour 1 Klinik APM Desaru No. A12-01 Tingkat Bawah Jalan Cengal 1 Taman Desaru Utama 81930 Bandar Penawar Johor 07-822 2522 24 Hours 2 Klinik APM Bandar Tenggara No. 99-7, Jalan Anggerik 4/1 Taman Anggerik 81440 Bandar Tenggara Johor 07-896 2433 Mon-Sun & PH: 9.00am-10.00pm Sun-Fri: 8.30am-12.00pm | 2.45pm-5.00pm | 7.45pm-9.00pm 3 Klinik Min No. 27, Jalan Maju Taman Maju 83000 Batu Pahat Johor 07-432 2044 || Sat: 8.30am-12.00pm || PH: Closed Mon-Sun: 8.00am-1.00pm | 2.00pm-7.00pm | 8.00pm- 4 Klinik Nur 214, Jalan Rugayah 83000 Batu Pahat Johor 07-433 0233 10.00pm || Selected PH: Closed Mon-Sun: 8.30am-12.30pm | 2.00pm-5.00pm | 7.00pm- 5 Klinik Zainab No. 1, Bangunan SBKK Jalan Pegawai 83000 Batu Pahat Johor 07-431 4313 9.30pm || PH: By Appointment Only 6 Poliklinik Hidayah Wisma Hidayah 118, Jalan Peng Kai 83000 Batu Pahat Johor 07-431 6333 24 Hours 43-4, Wisma Persatuan Guru-Guru Sat-Thu: 8.30am-12.30pm | 2.00pm-5.00pm | 7.30pm-9.30pm 7 Klinik Bakti Jalan Sultanah 83000 Batu Pahat Johor 07-434 9233 Melayu Johor || Fri & Selected PH: Closed 8 Klinik Putra 6, Jalan 2, Taman Bintang Emas Tongkang Pechah 83010 Batu Pahat Johor 07-415 2122 Sat-Thu: 9.00am-10.00pm || Fri & PH: Closed Sun-Wed & Fri: 8.30am-12.30pm | 2.00pm-5.00pm | 7.45pm- 9 Klinik Tawakal No. -
GH 9 1 Ordinato Layout 1
Geospatial Health 9(1), 2014, pp. 131-140 Spatio-temporal patterns of dengue in Malaysia: combining address and sub-district level Cheong Y. Ling1,2, Oliver Gruebner3, Alexander Krämer4, Tobia Lakes1 1Geoinformation Science Lab, Geography Department, Humboldt-Universität zu Berlin, Berlin, Germany; 2Medical Research Resource Centre, Institute for Medical Research, Jalan Pahang, Kuala Lumpur, Malaysia; 3Department of Epidemiology, Mailman School of Public Health, Columbia University, New York, USA; 4Department of Public Health Medicine, University of Bielefeld, Bielefeld, Germany Abstract. Spatio-temporal patterns of dengue risk in Malaysia were studied both at the address and the sub-district level in the province of Selangor and the Federal Territory of Kuala Lumpur. We geocoded laboratory-confirmed dengue cases from the years 2008 to 2010 at the address level and further aggregated the cases in proportion to the population at risk at the sub-district level. Kulldorff’s spatial scan statistic was applied for the investigation that identified changing spatial patterns of dengue cases at both levels. At the address level, spatio-temporal clusters of dengue cases were concentrated at the central and south-eastern part of the study area in the early part of the years studied. Analyses at the sub-district level revealed a consistent spatial clustering of a high number of cases proportional to the population at risk. Linking both levels assisted in the identification of differences and confirmed the presence of areas at high risk for dengue infection. Our results suggest that the observed dengue cases had both a spatial and a temporal epidemiological component, which needs to be acknowl- edged and addressed to develop efficient control measures, including spatially explicit vector control.