Displaying publications 1 - 20 of 11639 in total

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  1. Matched MeSH terms: Animals
  2. Brooke GE
    Matched MeSH terms: Animals
  3. Chiang GL, Cheong WH, Samawickrema WA, Eng KL
    J. Am. Mosq. Control Assoc., 1986 Dec;2(4):545-7.
    PMID: 2906991
    Methods are described for the laboratory colonization of Coquillettidia crassipes. The highest rate of insemination occurred in 60 x 60 x 120 cm cages and better insemination in laboratory adapted F15 generation. Embryonation and hatchability of eggs ranged from 69.6 to 97.9% and 63.3 to 94.3% respectively. Gravid females laid egg rafts on water in 500 ml breakers with small leaves of Salvinia for resting. Newly hatched larvae were set up in a basal medium of guinea pig dung and water or liver powder, yeast powder and water. Larvae attached to aquatic plants or 'Keaykolour' ruffia snow white paper. The cultures with paper gave better yields. At present 21 generations of Cq. crassipes have been reared in the laboratory.
    Matched MeSH terms: Animals
  4. Smith CE, Turner LH, Harrison JL, Broom JC
    Bull. World Health Organ., 1961;24(1):5-21.
    PMID: 20604085
    In recent years leptospirosis has been shown to be an important cause of human febrile illness in Malaya. Studies were therefore undertaken to determine its animal reservoirs and the factors influencing spread of infection from them to man and domestic animals. This paper presents the board picture obtained. A wide range of animal species were trapped in forest localities, ricefield areas, areas of scrub and cultivation and in several towns and villages. The maintenance hosts of leptospirosis in Malaya appear to be mainly or entirely rats, although evidence of infection has been found throughout the animal kingdom. Some rat species have characteristics which suggest that they are better maintenance hosts than others. Evidence was found of practically every serogroup of leptospires infecting animals in Malaya. Altogether 104 strains were isolated and identified, and 155 animals were found to have serological evidence of infection. Of 1763 rodents examined, 194 had evidence of infection, and 41 of 1083 other animals. A serum survey of domestic animals showed the highest incidence of antibodies to be in goats and the lowest in oxen.
    Matched MeSH terms: Animals
  5. Brooke GE
    Malaya Medical Journal, 1912;10:19-32.
    Matched MeSH terms: Animals
  6. Malaya Medical Journal, 1912;10:13-22.
    Matched MeSH terms: Animals
  7. Williamson KB
    Matched MeSH terms: Animals
  8. Matched MeSH terms: Animals
  9. Pampana EJ
    Malayan Medical Journal, 1936;11:214-22.
    Matched MeSH terms: Animals
  10. Kingsbury AN
    Matched MeSH terms: Animals
  11. Gater BAR, Rajamony PD
    Matched MeSH terms: Animals
  12. South SW, Birkinshaw F
    Matched MeSH terms: Animals
  13. Mehta BD
    Malaya Medical Journal, 1912;10:24-5.
    Matched MeSH terms: Animals
  14. Rozaimi Zakaria, Abd Fatah Wahab
    Sains Malaysiana, 2014;43:799-805.
    Di dalam kertas ini, pendekatan dalam mentakrifkan ketakpastian titik data melalui pendekatan konsep nombor kabur yang sedia ada dapat diitlakkan. Pengitlakan ini termasuk pentakrifan ketakpastian data yang akan menjadi titik data kabur (titik kawalan kabur) selepas ditakrifkan oleh konsep nombor kabur. Kemudian, kajian ini juga membincangkan tentang proses pengkaburan (operasi potongan-alfa) terhadap titik data kabur tersebut dalam bentuk segitiga nombor kabur diiringi dengan beberapa teorem dan juga pembuktiannya. Selain itu, kami juga turut memodelkan titik data kabur tersebut melalui fungsi lengkung yang sedia ada iaitu fungsi lengkung Bezier. Selepas itu, turut dicadangkan juga ialah proses penyahkaburan terhadap titik data kabur selepas operasi potongan-alfa diimplementasikan bagi memperoleh penyelesaian titik data kabur rangup sebagai keputusan akhir yang turut dimodelkan melalui fungsi lengkung Bezier dengan disertai beberapa teorem bagi memahami bentuk data tersebut.
    Matched MeSH terms: Animals
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