Primers and DNA probes designed for use in the specific detection of the paramyxean parasites Marteilia sydneyi and Marteilia refringens were tested for their potential to cross-react with closely related species in Polymerase Chain Reaction (PCR) and in situ hybridization. PCR primers and a DNA probe designed within the ITS1 rRNA of M. sydneyi were specific for M. sydneyi when compared with related species of Marteilia and Marteilioides. PCR primers designed within the 18S rRNA of M. refringens were specific in the detection of this species in PCR while a DNA probe (named Smart 2) designed on the same gene cross-reacted with M. sydneyi in tissue sections of Saccostrea glomerata as well as Marteilioides sp. infecting Striostrea mytiloides. ...
Marteiliosis is a disease of molluscs caused by Marteilia refringens in Europe and M. sydneyi in Aus...
Since the last 30 years, the flat oyster Ostrea edulis has undergoes two severe epidemics due to pro...
Molecular probes were designed to identify Meloidogyne species by hybridizing to unique signature se...
Primers and DNA probes designed for use in the specific detection of the paramyxean parasites Martei...
Abstract. To prepare a diagnostic test, the polymerase chain reaction (PCR) with universal primers w...
Since its first description, the paramyxean parasite Marteilia refringens has been recognized as a s...
A nested polymerase chain reaction (PCR) has been developed for the diagnosis of Marteilia refringen...
The life cycle of Marteilia sydneyi, the aetiological agent of QX disease in the Sydney rock oyster ...
An indirect fluorescent antibody test (IFAT) incorporating a polyclonal antibody to Marteilia sydney...
Aquaculture including shellfish production is an important food resource worldwide which is particul...
Aquaculture including shellfish production is an important food resource worldwide which is particul...
Marteilia sydneyi (Paramyxea) is the causative agent of QX disease in oysters. In spite of the econo...
Haplosporidian parasites infect various invertebrate hosts including some commercially important she...
Marteilia refringens is recognized as one of the most significant pathogens of bivalve molluscs. The...
A microscopy-based diagnosis is the gold standard for the detection and identification of malaria pa...
Marteiliosis is a disease of molluscs caused by Marteilia refringens in Europe and M. sydneyi in Aus...
Since the last 30 years, the flat oyster Ostrea edulis has undergoes two severe epidemics due to pro...
Molecular probes were designed to identify Meloidogyne species by hybridizing to unique signature se...
Primers and DNA probes designed for use in the specific detection of the paramyxean parasites Martei...
Abstract. To prepare a diagnostic test, the polymerase chain reaction (PCR) with universal primers w...
Since its first description, the paramyxean parasite Marteilia refringens has been recognized as a s...
A nested polymerase chain reaction (PCR) has been developed for the diagnosis of Marteilia refringen...
The life cycle of Marteilia sydneyi, the aetiological agent of QX disease in the Sydney rock oyster ...
An indirect fluorescent antibody test (IFAT) incorporating a polyclonal antibody to Marteilia sydney...
Aquaculture including shellfish production is an important food resource worldwide which is particul...
Aquaculture including shellfish production is an important food resource worldwide which is particul...
Marteilia sydneyi (Paramyxea) is the causative agent of QX disease in oysters. In spite of the econo...
Haplosporidian parasites infect various invertebrate hosts including some commercially important she...
Marteilia refringens is recognized as one of the most significant pathogens of bivalve molluscs. The...
A microscopy-based diagnosis is the gold standard for the detection and identification of malaria pa...
Marteiliosis is a disease of molluscs caused by Marteilia refringens in Europe and M. sydneyi in Aus...
Since the last 30 years, the flat oyster Ostrea edulis has undergoes two severe epidemics due to pro...
Molecular probes were designed to identify Meloidogyne species by hybridizing to unique signature se...