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. 2018 Jun 29;6(2):88–95. doi: 10.14252/foodsafetyfscj.2017029

Table 2. The identification of the identification of Cryptosporidium and Giardia species in Sika deer in Japan.

Date of capture Sampling area Sample no. Sex Identity (>99% homology)
Cryptosporidium
    2015 Jun.13 Chiba C1 F C. ryanae, C. bovis, C. sp. deer genotype
    2016 Jun. 26 C2 M C. ryanae, C. bovis, C. sp. deer genotype
    2012 Oct. 16 Shizuoka S1 M C. ryanae, C. sp. deer genotype
    2012 Oct. 16 S2 F C. ryanae
    2012 Oct. 18 S3 F C. ryanae, C. sp. deer genotype, C. bovis
    2012 Dec. 14 S4 M C. ryanae, C. sp. deer genotype, C. bovis
    2012 Dec. 14 S5 M C. ryanae, C. sp. deer genotype, C. bovis
    2013 May 28 S6 M C. ryanae
    2013 May 28 S7 M C. ryanae
    2015 Jun. 6 Kyoto K1 M C. ryanae, C. sp. deer genotype
    2013 Dec. 11 K2 F C. sp. deer genotype
    2013 Dec. 13 K3 M C. ryanae
    2014 Jan. 9 K4 M C. ryanae
    2014 Jan. 11 Miyazaki M1 Unknown C. sp. deer genotype
    2014 Dec. 18 Nagasaki F ND
    2016 Jan. 21 N1 M C. meleagridis
Giardia
    2014 Jan. 16 Kyoto Kyoto 29 F G. intestinalis
    2015 Nov. 27 Nagasaki Nagasaki 28 M G. intestinalis

The identification of Cryptosporidium and Giardia species and genotypes by the 18S rRNA sequence in wild deer samples

ND: not determined.