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MITE PATHOGENS IN IPM<br />

257<br />

Table 1 Continued<br />

Tetranychus<br />

neocaledonicus<br />

Tetranychidae Breeuwer <strong>and</strong> Jacobs (1996)<br />

Tetranychus turkestani Tetranychidae Breeuwer <strong>and</strong> Jacobs (1996)<br />

Tetranychus quercivorus Tetranychidae Gotoh, Abe, Kurihara, <strong>and</strong><br />

Suzuki (1995)<br />

Tetranychus urticae Tetranychidae Breeuwer <strong>and</strong> Jacobs (1996)<br />

Tsagkarakou, Guillemaud,<br />

Rousset, <strong>and</strong> Navajas (1996)<br />

Metaseiulus occidentalis Phytoseiidae Johanowicz <strong>and</strong> Hoy (1966)<br />

Breeuwer <strong>and</strong> Jacobs (1996)<br />

Neoseiulus barkeri Phytoseiidae Breeuwer <strong>and</strong> Jacobs (1996)<br />

Neoseiulus bibens Phytoseiidae Breeuwer <strong>and</strong> Jacobs (1996)<br />

Phytoseiulus persimilis Phytoseiidae Steiner (1993) <strong>and</strong> Breeuwer<br />

<strong>and</strong> Jacobs (1996)<br />

Cardinium sp.<br />

Brevipalpus phoenici<br />

Brevipalpus californicus<br />

Euseius finl<strong>and</strong>icus<br />

Neoseiulus californicus<br />

Metaseiulus occidentalis<br />

Tenuipalpidae<br />

Tenuipalpidae<br />

Phytoseiidae<br />

Groot <strong>and</strong> Breeuwer (2006)<br />

Chigira <strong>and</strong> Miura (2005)<br />

Enigi <strong>and</strong> Schausberger<br />

(2007) Hoy <strong>and</strong> Jeyaprakash<br />

(2008)<br />

Spiroplasma<br />

Tetranychus urticae<br />

Dermanyssus gallinae<br />

Tetranychidae<br />

Dermanyssidae<br />

Enigi <strong>and</strong> Schausberger (2007),<br />

De Luna, Valente Moro, Guy,<br />

Zenner, <strong>and</strong> Sparagano (2009)<br />

Serratia<br />

marcescens<br />

Metaseiulus occidentalis Phytoseiidae Lighthart, Sewall, <strong>and</strong><br />

Thomas (1988)<br />

Mite <strong>and</strong> also tick species are frequently infected with intra-cellular<br />

micro<strong>org</strong>anisms (Šut’áková, 1988, 1994; Steiner, 1993; Munderloh & Kurtti, 1995;<br />

Bjørnson et al., 1997) These micro<strong>org</strong>anisms have been placed into the family<br />

Rickettsiaceae within the class α-Proteobacteria. The family Rickettsiaceae (or<br />

Rickettsia-like <strong>org</strong>anisms) consists of three tribes: Rickettsieae, Ehrlichieae <strong>and</strong><br />

Wolbachieae (Weiss & Moulder, 1984). Representatives of these tribes have a number<br />

of features in common: they are obligate intracellular gram-negative bacteria naturally<br />

found in arthropod hosts, they multiply inside eukaryotic cells <strong>and</strong> are often<br />

surrounded <strong>by</strong> multiple membranes. Some are also capable of infecting humans <strong>and</strong><br />

other vertebrates <strong>and</strong> are frequently pathogenic in these secondary hosts They often<br />

cause severe diseases such as spotted fever, typhus <strong>and</strong> scrub typhus (Hayes &<br />

Burgdorfer, 1989). A good classification of these <strong>org</strong>anisms has been hampered <strong>by</strong> the<br />

fact that classical microbiological identification tools cannot be used because of their

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