The Experts below are selected from a list of 300 Experts worldwide ranked by ideXlab platform
A Nagai - One of the best experts on this subject based on the ideXlab platform.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Summary Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identifed as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment. Zusammenfassung Bei einem Aspergillom-Patienten wurden Fadenpilze aus Antemortem-Sputum und einem Postmortem-Fungusball der Lunge isoliert. Beide Isolate wurden auf art- und stammspezifische Sequenzen der nuklearen ribosomalen DNA (partiell 28S und ITS-1-Regionen) analysiert und als Aspergillus fumigatus identifiziert. Die molekularbiologische Technik war zeitsparend und wird als uberlegene Technik in der Diagnose der pulmonalen Pilzinfektion beurteilt mit dem Ziel einer effektiven Therapie.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identified as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment.
Chise Sugita - One of the best experts on this subject based on the ideXlab platform.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Summary Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identifed as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment. Zusammenfassung Bei einem Aspergillom-Patienten wurden Fadenpilze aus Antemortem-Sputum und einem Postmortem-Fungusball der Lunge isoliert. Beide Isolate wurden auf art- und stammspezifische Sequenzen der nuklearen ribosomalen DNA (partiell 28S und ITS-1-Regionen) analysiert und als Aspergillus fumigatus identifiziert. Die molekularbiologische Technik war zeitsparend und wird als uberlegene Technik in der Diagnose der pulmonalen Pilzinfektion beurteilt mit dem Ziel einer effektiven Therapie.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identified as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment.
Y Murai - One of the best experts on this subject based on the ideXlab platform.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Summary Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identifed as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment. Zusammenfassung Bei einem Aspergillom-Patienten wurden Fadenpilze aus Antemortem-Sputum und einem Postmortem-Fungusball der Lunge isoliert. Beide Isolate wurden auf art- und stammspezifische Sequenzen der nuklearen ribosomalen DNA (partiell 28S und ITS-1-Regionen) analysiert und als Aspergillus fumigatus identifiziert. Die molekularbiologische Technik war zeitsparend und wird als uberlegene Technik in der Diagnose der pulmonalen Pilzinfektion beurteilt mit dem Ziel einer effektiven Therapie.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identified as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment.
A Murakami - One of the best experts on this subject based on the ideXlab platform.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Summary Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identifed as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment. Zusammenfassung Bei einem Aspergillom-Patienten wurden Fadenpilze aus Antemortem-Sputum und einem Postmortem-Fungusball der Lunge isoliert. Beide Isolate wurden auf art- und stammspezifische Sequenzen der nuklearen ribosomalen DNA (partiell 28S und ITS-1-Regionen) analysiert und als Aspergillus fumigatus identifiziert. Die molekularbiologische Technik war zeitsparend und wird als uberlegene Technik in der Diagnose der pulmonalen Pilzinfektion beurteilt mit dem Ziel einer effektiven Therapie.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identified as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment.
Koichi Makimura - One of the best experts on this subject based on the ideXlab platform.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Summary Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identifed as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment. Zusammenfassung Bei einem Aspergillom-Patienten wurden Fadenpilze aus Antemortem-Sputum und einem Postmortem-Fungusball der Lunge isoliert. Beide Isolate wurden auf art- und stammspezifische Sequenzen der nuklearen ribosomalen DNA (partiell 28S und ITS-1-Regionen) analysiert und als Aspergillus fumigatus identifiziert. Die molekularbiologische Technik war zeitsparend und wird als uberlegene Technik in der Diagnose der pulmonalen Pilzinfektion beurteilt mit dem Ziel einer effektiven Therapie.
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a case of Pulmonary aspergilloma molecular biological identification and typing of the isolates from antemortem sputa and autopsy fungus ball
Mycoses, 2003Co-Authors: Chise Sugita, Koichi Makimura, A Murakami, Y Murai, Hideyo Yamaguchi, A NagaiAbstract:Filamentous fungi were isolated from antemortem sputum and an autopsy fungus ball of the lung in a case of aspergilloma. Both of the isolates were analyzed for the sequences of species or strain-specific nuclear ribosomal DNA (partial 28S and ITS1 regions), and were identified as Aspergillus fumigatus. The molecular biological technique saved time and is thought to be a powerful tool in the accurate diagnosis of Pulmonary Fungal Infection to assure effective treatment.
