Gema Ekologi: Meneroka Interaksi Antara Persekitaran Hutan dan Vektor Malaria Pendahuluan Malaria kekal sebagai salah satu cabaran kesihatan awam yang penting di seluruh dunia, dengan kemajuan telah terbantut dalam kebelakangan ini. Memandangkan peningkatan kes malaria terutamanya di beberapa kawasan tropika, pemahaman yang lebih baik tentang hubungan ekologi yang mendasari penularan vektor malaria perlu diberikan fokus. Pendekatan pelbagai disiplin yang melibatkan ekologi, entomologi dan kesihatan awam adalah diperlukanuntuk memahami kaitan antara malaria dan habitat persekitaran. Ulasan ini bertujuan untuk mensintesis penyelidikan sedia ada tentang bagaimana ekosistem hutan mempengaruhi dinamik penularan malaria.MetodologiMenggunakan pangkalandata PubMed, Google Scholar dan Scopus, kajian literatur komprehensif telah dijalankan menggunakan kata kunci tertentu. Artikel yang berkaitan telah dinilai untuk aliran tematik. Secara keseluruhan, 42 artikel telah dipilih untuk naratif ini.Hasil Iklim mikro hutan mempengaruhi kecergasan, tingkah laku, corak aktiviti dan fisiologi organisma. Relung biologiberbeza yang disebabkanoleh suhu, kelembapan, pendedahan cahaya dan kerpasan boleh memberi kesan kepada populasi nyamuk. Ciri-ciri fiziko-biokimia badan air, termasuk suhu, pH, jumlah pepejal terlarut (TDS), kandungan nitrat, dan paras oksigen terlarut, mempunyai kesan yang ketara ke atas banyaknya larva nyamuk anopheline. Kelimpahan vektor mungkin dipengaruhi oleh kehadiran perumah dan pemangsa semulajadi. Interaksi rumit geografi, tumbuh-tumbuhan hutan, kepadatan vektor malaria, dan tingkah laku mempunyai pengaruh besar ke atas dinamik penularan malaria. Penebangan hutan mengubah landskap dan ekosistem serpihan, yang mempunyai kesan besar ke atas habitat larva vektor Plasmodium. Perubahan iklim menimbulkan ancaman besar kepada kelimpahan vektor malaria dan dinamik penghantaran.KesimpulanTerdapat banyak aspek kepada interaksi kompleks antara persekitaran hutan dan penyebaran malaria,memerlukan pengetahuan yang mendalam dan lebih banyak penyiasatan. Kerjasama antara ahli ekologi, entomologi dan pakar kesihatan awam adalah penting dalam menghasilkan model komprehensif yang meramalkan risiko malaria dengan tepat dalam persekitaran yang berubah-ubah

Maternal self-efficacy in breastfeeding is one of the potential modifiable factors which is consistently linked with positive breastfeeding outcomes. This study aimed to develop a Malay translation of the original English BSES-SF and to conduct a validity and reliability assessment on both antenatal and postnatal questionnaires among 101 pregnant women in their third trimester and 104 women on their first week postpartum. The Malay translation of the English BSES-SF was conducted by using back-to-back translation processes, followed by validity and reliability evaluation. The validated Malay version of the questionnaire BSES-SF was then administered on the respondents. The questionnaire comprised of socio-demographic, antenatal, and breastfeeding information. Furthermore, data on infant feeding method were collected via telephone call made to the respondents at four weeks postpartum. The Cronbach’s Alpha value for antenatal BSES-SF questionnaire was0.94, while the value for postnatal BSES-SF questionnaire was 0.95. The factor analysis identified a one-dimensional structure which able to explain 59.02% of the variance for antenatal questionnaire and 60.43% of the variance for postnatal questionnaire. In addition, high antenatal and postnatal breastfeeding self-efficacy scores were significantly associated with the practice of exclusive breastfeeding at four weeks postpartum. As a conclusion, Both Malay versions of the antenatal and postnatal BSES-SF questionnaires are valid and reliable tools to assess breastfeeding self-efficacy among Malaysian mothers.
Malay Version ; breastfeeding ; breastfeeding self-efficacy

Theincidence of envenoming from king cobra, Ophiophagus hannah in human is relatively rare. Its venom acts on the postsynaptic region of the neuromuscular junction causing descending flaccid paralysis. Locked-in syndrome is a clinical state of inability to provide motor response in a conscious patient. Many reported cases of locked-in syndrome following neurotoxic snake-bite mimics brain death. We report a case of a middle aged man who presented with progressive neurological deficit following a king cobra bite over his right arm. He had local and systemic neurotoxic envenoming. His condition deteriorated, and was intubated and ventilated in the emergency department. He received a total of 33 vials of the Ophiophagus hannah monospecific antivenom and subsequently recovered well with no neurological deficit. Retrospectively, he was able to recall the events and while he was lying paralysed and intubated under minimal sedation in the intensive care unit. He described it as a terrifying and painful experience. This case highlights the rare presentation of locked-in syndrome following a systemic envenoming from a king cobra bite. It is important to differentiate neurotoxic snake envenoming lock-in syndrome from brain dead. Patients are unable to respond to physical pain and require adequate analgesia. A patient suffering this highly distressing experience may require psychological support.

Cardiac Catheterization ; standards ; Humans ; Quality Assurance, Health Care

Cardiac Catheterization ; standards ; Humans ; Quality Assurance, Health Care

Cardiac Catheterization ; standards ; Humans ; Myocardial Revascularization ; standards ; Risk Factors

Cardiac Catheterization ; Coronary Angiography ; Humans