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Endosymbiotic Chlorella variabilis reduces mitochondrial number in the ciliate Paramecium bursaria

Scientific reports, 2022-05, Vol.12 (1), p.8216-8216, Article 8216

2022

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Autolysis of Chlorella variabilis in Starving Paramecium bursaria Help the Host Cell Survive Against Starvation Stress

Current microbiology, 2021-02, Vol.78 (2), p.558-565

2021

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The ciliate Paramecium bursaria allows budding of symbiotic Chlorella variabilis cells singly from the digestive vacuole membrane into the cytoplasm during algal reinfection

Protoplasma, 2022-01, Vol.259 (1), p.117-125

2022

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Simplified virtual reality training system for radiation shielding and measurement in nuclear engineering

Progress in nuclear energy (New series), 2020-01, Vol.118, p.103127, Article 103127

2020

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Cell division and density of symbiotic Chlorella variabilis of the ciliate Paramecium bursaria is controlled by the host's nutritional conditions during early infection process

Environmental microbiology, 2012-10, Vol.14 (10), p.2800-2811

2012

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Localization of attachment area of the symbiotic Chlorella variabilis of the ciliate Paramecium bursaria during the algal removal and reinfection

Symbiosis (Philadelphia, Pa.), 2013-05, Vol.60 (1), p.25-36

Kodama, Yuuki

2013

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Secondary Symbiosis Between Paramecium and Chlorella Cells

International Review of Cell and Molecular Biology, 2010, Vol.279, p.33-77

2010

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Role of host ciliate Paramecium bursaria mitochondria and trichocysts for symbiotic Chlorella variabilis attachment beneath the host cell cortex

FEMS microbiology letters, 2023-01, Vol.370

2023

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Characteristics of the Digestive Vacuole Membrane of the Alga-Bearing Ciliate Paramecium bursaria

Protist, 2012-07, Vol.163 (4), p.658-670

2012

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Synchronous Induction of Detachment and Reattachment of Symbiotic Chlorella spp. from the Cell Cortex of the Host Paramecium bursaria

Protist, 2013-09, Vol.164 (5), p.660-672

2013

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Comparative Analyses of the Symbiotic Associations of the Host Paramecium bursaria with Free-Living and Native Symbiotic Species of Chlorella

Current microbiology, 2024-02, Vol.81 (2), p.66-66, Article 66

2024

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Dynamics of digestive vacuole differentiation clarified by the observation of living Paramecium bursaria

Protoplasma, 2024-10

2024

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Mechanisms for establishing primary and secondary endosymbiosis in Paramecium

The Journal of eukaryotic microbiology, 2022-09, Vol.69 (5), p.e12901-n/a

2022

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Endosymbiosis of Chlorella species to the ciliate Paramecium bursaria alters the distribution of the host’s trichocysts beneath the host cell cortex

Protoplasma, 2011-04, Vol.248 (2), p.325-337

2011

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Quantitative analysis of trichocysts in Paramecium bursaria following artificial removal and infection with the symbiotic Chlorella variabilis

European journal of protistology, 2024-08, Vol.95, p.126115, Article 126115

2024

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Symbiotic Chlorella variabilis strain, 1 N, can influence the digestive process in the host Paramecium bursaria during early infection

Symbiosis (Philadelphia, Pa.), 2017-01, Vol.71 (1), p.47-55

2017

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Generation of induced pluripotent stem cells by efficient reprogramming of adult bone marrow cells

Stem cells and development, 2010-02, Vol.19 (2), p.229-238

2010

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Symbiotic Chlorella vulgaris of the Ciliate Paramecium bursaria Plays an Important Role in Maintaining Perialgal Vacuole Membrane Functions

Protist, 2011-04, Vol.162 (2), p.288-303

2011

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Timing of Perialgal Vacuole Membrane Differentiation from Digestive Vacuole Membrane in Infection of Symbiotic Algae Chlorella vulgaris of the Ciliate Paramecium bursaria

Protist, 2009-02, Vol.160 (1), p.65-74

2009

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Infectivity of Chlorella species for the ciliate Paramecium bursaria is not based on sugar residues of their cell wall components, but on their ability to localize beneath the host cell membrane after escaping from the host digestive vacuole in the early infection process

Protoplasma, 2007-07, Vol.231 (1-2), p.55-63

2007

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Symbiotic Chlorella variabilis incubated under constant dark conditions for 24 hours loses the ability to avoid digestion by host lysosomal enzymes in digestive vacuoles of host ciliate Paramecium bursaria

FEMS microbiology ecology, 2014-12, Vol.90 (3), p.946-955

2014

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Characterization of Crystals in Ciliate Paramecium bursaria Harboring Endosymbiotic Chlorella variabilis

Current microbiology, 2024-09, Vol.81 (9), p.265, Article 265

2024

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Symbiotic alga Chlorella vulgaris of the ciliate Paramecium bursaria shows temporary resistance to host lysosomal enzymes during the early infection process

Protoplasma, 2007-03, Vol.230 (1-2), p.61-67

2007

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Endosymbionts in Paramecium

European journal of protistology, 2012-05, Vol.48 (2), p.124-137

2012

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No mutual symbiosis following infection of algae-free Paramecium bursaria with symbiotic algae from Mayorella viridis

Symbiosis (Philadelphia, Pa.), 2018-05, Vol.75 (1), p.51-59

2018

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Endosymbiotic Chlorella variabilis reduces mitochondrial number in the ciliate Paramecium bursaria

Autolysis of Chlorella variabilis in Starving Paramecium bursaria Help the Host Cell Survive Against Starvation Stress

The ciliate Paramecium bursaria allows budding of symbiotic Chlorella variabilis cells singly from the digestive vacuole membrane into the cytoplasm during algal reinfection

Simplified virtual reality training system for radiation shielding and measurement in nuclear engineering

Cell division and density of symbiotic Chlorella variabilis of the ciliate Paramecium bursaria is controlled by the host's nutritional conditions during early infection process

Localization of attachment area of the symbiotic Chlorella variabilis of the ciliate Paramecium bursaria during the algal removal and reinfection

Secondary Symbiosis Between Paramecium and Chlorella Cells

Role of host ciliate Paramecium bursaria mitochondria and trichocysts for symbiotic Chlorella variabilis attachment beneath the host cell cortex

Characteristics of the Digestive Vacuole Membrane of the Alga-Bearing Ciliate Paramecium bursaria

Synchronous Induction of Detachment and Reattachment of Symbiotic Chlorella spp. from the Cell Cortex of the Host Paramecium bursaria

Comparative Analyses of the Symbiotic Associations of the Host Paramecium bursaria with Free-Living and Native Symbiotic Species of Chlorella

Dynamics of digestive vacuole differentiation clarified by the observation of living Paramecium bursaria

Mechanisms for establishing primary and secondary endosymbiosis in Paramecium

Endosymbiosis of Chlorella species to the ciliate Paramecium bursaria alters the distribution of the host’s trichocysts beneath the host cell cortex

Quantitative analysis of trichocysts in Paramecium bursaria following artificial removal and infection with the symbiotic Chlorella variabilis

Symbiotic Chlorella variabilis strain, 1 N, can influence the digestive process in the host Paramecium bursaria during early infection

Generation of induced pluripotent stem cells by efficient reprogramming of adult bone marrow cells

Symbiotic Chlorella vulgaris of the Ciliate Paramecium bursaria Plays an Important Role in Maintaining Perialgal Vacuole Membrane Functions

Timing of Perialgal Vacuole Membrane Differentiation from Digestive Vacuole Membrane in Infection of Symbiotic Algae Chlorella vulgaris of the Ciliate Paramecium bursaria

Infectivity of Chlorella species for the ciliate Paramecium bursaria is not based on sugar residues of their cell wall components, but on their ability to localize beneath the host cell membrane after escaping from the host digestive vacuole in the early infection process

Symbiotic Chlorella variabilis incubated under constant dark conditions for 24 hours loses the ability to avoid digestion by host lysosomal enzymes in digestive vacuoles of host ciliate Paramecium bursaria

Characterization of Crystals in Ciliate Paramecium bursaria Harboring Endosymbiotic Chlorella variabilis

Symbiotic alga Chlorella vulgaris of the ciliate Paramecium bursaria shows temporary resistance to host lysosomal enzymes during the early infection process

Endosymbionts in Paramecium

No mutual symbiosis following infection of algae-free Paramecium bursaria with symbiotic algae from Mayorella viridis

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