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  1. NurKhairlida Muhamad Khai, Khai EL, Mazlin Mokhta, Choo TG, Marlia Mohd Hanafiah, Chan PW, et al.
    Chemical industry is one of the important industries in the world. However, incidents happened due to the release of hazardous materials, toxic and poisonous chemicals in the chemical industries can cause fatal to human and destruction of the environment. Learning from the Bhopal disaster's experience, chemical industries have developed a program - Responsible Care, aiming to regain public trust through improving the environment, health and safety performances. Malaysia has adopted Responsible Care program since 1994 under the stewardship of the Chemical Industries Council of Malaysia (CICM). Six codes of management practices have been developed by the CICM, covering distribution, community awareness and emergency response, pollution prevention, process safety, employee health & safety and product stewardship. It has been more than 20 years since its inception. However, to date, there are only 125 companies have signed the pledge to adopt Responsible Care program. The CICM has also conducted several initiatives to encourage participation of chemical companies to adopt Responsible Care program in Malaysia. Therefore, it is the aim of this paper to review the current status of Responsible Care program in Malaysia and also deliberate the way forward of this program.
  2. Harminder Singh SK, Husain S, Wan Hamizan AK, Zahedi FD, Othman SN, Zainol Rashid Z
    PMID: 37473733 DOI: 10.1159/000531222
    INTRODUCTION: The aims of the study were to perform an olfactory assessment on patients active and post-COVID-19 using the culturally adapted Malaysian version Sniffin' Sticks identification smell test (mSS-SIT), to evaluate the patient olfactory outcome using a Malay short version of the Questionnaire of Olfactory Disorders-Negative Statements (msQOD-NS), as well as to evaluate seropositive titre (IgG) response using automated serology method.

    METHODS: Score for mSS-SIT was performed during the hospitalization, when patients had tested positive for SARS-CoV-2 (during COVID-19), and repeated after they had tested negative (after COVID-19). Also, each patient completed msQOD-NS and serology SARS-CoV-2 antibodies blood test was evaluated.

    RESULTS: During COVID-19, 2 of our patients were anosmia (6.5%), 22 (70.9%) were hyposmia, and 7 (22.6%) were normosmia. We repeated mSS-SIT on these same patients after COVID-19, and none of these subjects were hyposmia or anosmia, as they achieved a score >12. All our patients had scored 21 using msQOD-NS, meaning no impact on quality of life as they had regained their normal olfactory function. In this study also, we obtained no correlation between smell test and seropositivity titre COVID-19, and antibody levels gradually decreased over time till 6 months and remained stable up to 12 months.

    CONCLUSION: From this study, we know full recovery of the sense of smell can be expected post-COVID-19 infection and COVID-19 antibody persists in the body up to 12 months of infection.

  3. Seng TY, Mohamed Saad SH, Chin CW, Ting NC, Harminder Singh RS, Qamaruz Zaman F, et al.
    PLoS One, 2011;6(11):e26593.
    PMID: 22069457 DOI: 10.1371/journal.pone.0026593
    Enroute to mapping QTLs for yield components in oil palm, we constructed the linkage map of a FELDA high yielding oil palm (Elaeis guineensis), hybrid cross. The parents of the mapping population are a Deli dura and a pisifera of Yangambi origin. The cross out-yielded the average by 8-21% in four trials all of which yielded comparably to the best current commercial planting materials. The higher yield derived from a higher fruit oil content. SSR markers in the public domain - from CIRAD and MPOB, as well as some developed in FELDA - were used for the mapping, augmented by locally-designed AFLP markers. The female parent linkage map comprised 317 marker loci and the male parent map 331 loci, both in 16 linkage groups each. The number of markers per group ranged from 8-47 in the former and 12-40 in the latter. The integrated map was 2,247.5 cM long and included 479 markers and 168 anchor points. The number of markers per linkage group was 15-57, the average being 29, and the average map density 4.7 cM. The linkage groups ranged in length from 77.5 cM to 223.7 cM, with an average of 137 cM. The map is currently being validated against a closely related population and also being expanded to include yield related QTLs.
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