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Abstract:
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  1. Liu Meng, Ding Gongtao, Roziah Bt. Kambol
    Science Letters, 2016;10(1):8-10.
    MyJurnal
    Cytogenetics studies in domestic animal are
    gaining importance because of their genetics and implication in
    breeding programmes. The present study describes the
    chromosome number and karyotypic characteristics of Ganjia
    sheep and comparison between males and females breeds. We
    adopt the method of cultivating somatic cells, and analyzed the
    chromosome karyotype of the Ganjia sheep. The result
    indicates the diploid chromosome of the Gangia sheep is 2n=54,
    in which 26 pairs of autosomes and a pair of sex chromosome
    were observed. Result indicates all autosomes are tip silk. The X
    chromosome was acrocentric and largest except the first three
    pairs that were metacentric. The Y chromosome was the
    smallest, biarmed and probably metacentric chromosome.
  2. Pan B, Pei FQ, Ruan CW, Lin RX, Cen YZ, Liu MR, et al.
    PMID: 30141606
    Objective: To diagnose and treat the first imported active case of Plasmodium knowlesi infection in China.

    Methods: The clinical information of the patient was collected. Microscopy of blood smear was conducted after Giemsa staining. Genomic DNA was extracted from blood, and PCR was conducted to amplify rDNA. The PCR products were sequenced and analyzed with BLAST

    Results: The patient returned from a one-week tour in a tropical rain forest in Malaysia. The first disease attack occurred in Guangzhou on Oct. 16, 2014, with fever, shivering and sweating. The patient was initially diagnosed as malaria and hospitalized on Oct. 26, 2014. Microscopic observation revealed typical forms of P. knowlesi in blood smear. The red blood cells became enlarged, with big trophozoites appearing as a ring with dual cores and dark brown malaria pigment. The trophozoites were slightly bigger and thicker than P. falciparum. The schizont had 6-8 merozoites, with obvious brown malaria pigment. PCR resulted in a specific band of 1 099 bp. BLAST analysis showed that the sequence of the PCR product was 99% homologous to P. knowlesi (acession No. AM910985.1, L07560.1 and AY580317.1). The patient was diagnosed as P. knowlesi infection, and was then given an 8-day treatment with chloroquine and primaquine, together with dihydroartemisinin piperaquine phosphate tablet. The patient was discharged after recovery on Oct. 28, 2014.

    Conclusion: According to the clinical symptoms, epidemiological history and laboratory test, the patient has been confirmed as P. knowlesi infection. It may also be the first active case of knowlesi malaria reported in China.

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