The ultrastructure of Bonamia from Ostrea angasi from Australia, Crassostrea ariakensis from the USA, O. puelchana from Argentina and O. edulis from Spain was compared with described Bonamia spp. All appear conspecific with B. exitiosa. The Bonamia sp. from Chile had similarities to the type B. exitiosa from New Zealand (NZ), but less so than the other forms recognized as B. exitiosa. Two groups of ultrastructural features were identified; those associated with metabolism (mitochondrial profiles, lipid droplets and endoplasmic reticulum), and those associated with haplosporogenesis (Golgi, indentations in the nuclear surface, the putative trans-Golgi network, perinuclear granular material and haplosporosome-like bodies). Metabolic features ...
In Argentina, especially in San Matias Gulf, oyster culture is a recent activity. Culture of native ...
Bonamia exitiosa and Bonamia ostreae are parasites that reproduce within the haemocytes of several o...
Our understanding of the microcell oyster parasites of the genera Bonamia and Mikrocytos has expand...
The ultrastructure of Bonamia from Ostrea angasi from Australia, Crassostrea ariakensis from the USA...
The ultrastructure of Bonamia from Ostrea angasi from Australia, Crassostrea ariakensis from the USA...
Bonamia sp. is a pathogenic parasite that occurs in the haemocytes of dredge oysters Ostrea chilensi...
Examination of the oyster Ostreola equestris as a potential reservoir host for a species of Bonamia ...
The flat oyster Ostrea edulis L. is widespread along the Italian coasts. In particular, the Manfredo...
The genus Bonamia (Haplosporidia) includes economically significant oyster parasites. Described spec...
Microcell-type parasites of oysters are associated with a complex of diseases in different oyster sp...
An ultrastructural study was carried out on the tissues of an oyster (Ostrea edulis), heavily infect...
The flat oyster Ostrea chilensis is susceptible to infection with two microcells, Bonamia exitiosa a...
We reviewed papers reporting haplosporidian ultrastructure to compare inter-relationships based on u...
Bonamiasis, first detected in the New Zealand dredge oyster Tjostrea lutaria (Hutton) during the sou...
Abstract – Our understanding of the microcell oyster parasites of the genera Bonamia and Mikrocytos ...
In Argentina, especially in San Matias Gulf, oyster culture is a recent activity. Culture of native ...
Bonamia exitiosa and Bonamia ostreae are parasites that reproduce within the haemocytes of several o...
Our understanding of the microcell oyster parasites of the genera Bonamia and Mikrocytos has expand...
The ultrastructure of Bonamia from Ostrea angasi from Australia, Crassostrea ariakensis from the USA...
The ultrastructure of Bonamia from Ostrea angasi from Australia, Crassostrea ariakensis from the USA...
Bonamia sp. is a pathogenic parasite that occurs in the haemocytes of dredge oysters Ostrea chilensi...
Examination of the oyster Ostreola equestris as a potential reservoir host for a species of Bonamia ...
The flat oyster Ostrea edulis L. is widespread along the Italian coasts. In particular, the Manfredo...
The genus Bonamia (Haplosporidia) includes economically significant oyster parasites. Described spec...
Microcell-type parasites of oysters are associated with a complex of diseases in different oyster sp...
An ultrastructural study was carried out on the tissues of an oyster (Ostrea edulis), heavily infect...
The flat oyster Ostrea chilensis is susceptible to infection with two microcells, Bonamia exitiosa a...
We reviewed papers reporting haplosporidian ultrastructure to compare inter-relationships based on u...
Bonamiasis, first detected in the New Zealand dredge oyster Tjostrea lutaria (Hutton) during the sou...
Abstract – Our understanding of the microcell oyster parasites of the genera Bonamia and Mikrocytos ...
In Argentina, especially in San Matias Gulf, oyster culture is a recent activity. Culture of native ...
Bonamia exitiosa and Bonamia ostreae are parasites that reproduce within the haemocytes of several o...
Our understanding of the microcell oyster parasites of the genera Bonamia and Mikrocytos has expand...