Results 141 to 150 of about 560 (163)
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Phycological Research, 2018
SUMMARYRecently, the genus name Brandtia Hoshina was given for a chlorellacean symbiotic alga residing in some ciliate species. However, it was found that Brandtia Hoshina 2017 is an illegitimate later homonym of Brandtia Kunth 1831. Therefore, a replacement name, Carolibrandtia nom. nov., for Brandtia Hoshina is here proposed.
Ryo Hoshina, Takashi Nakada
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SUMMARYRecently, the genus name Brandtia Hoshina was given for a chlorellacean symbiotic alga residing in some ciliate species. However, it was found that Brandtia Hoshina 2017 is an illegitimate later homonym of Brandtia Kunth 1831. Therefore, a replacement name, Carolibrandtia nom. nov., for Brandtia Hoshina is here proposed.
Ryo Hoshina, Takashi Nakada
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Polyphyletic origin of the Dictyosphaerium-morphotype within Chlorellaceae (Trebouxiophyceae).
2010The green algal Dictyosphaerium morphotype is characterized by spherical or oval cells connected by gelatinized strands to microscopic colonies, which are covered by prominent mucilaginous envelopes. Combined SSU and ITS rRNA gene sequence analyses revealed that this morphotype evolved independently both in the Chlorella and Parachlorella clades of the
Krienitz, Lothar +3 more
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Journal of Renewable and Sustainable Energy, 2018
A potential novel genus of microalgae was isolated from swine wastewater. According to a phylogenetic analysis of 18S rRNA and internal transcribed spacer (ITS) sequences, as well as the ITS2 secondary structure, this strain was designated as Chlorellaceae sp. P5.
Yin-Ling Chiang +8 more
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A potential novel genus of microalgae was isolated from swine wastewater. According to a phylogenetic analysis of 18S rRNA and internal transcribed spacer (ITS) sequences, as well as the ITS2 secondary structure, this strain was designated as Chlorellaceae sp. P5.
Yin-Ling Chiang +8 more
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Phycologia, 2018
The Chlorellaceae is a family in the order Chlorellales that includes mostly coccoid algae of minute sizes, and a portion of this family was separated into two sister groups (the Chlorella clade an...
Huiyin Song +6 more
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The Chlorellaceae is a family in the order Chlorellales that includes mostly coccoid algae of minute sizes, and a portion of this family was separated into two sister groups (the Chlorella clade an...
Huiyin Song +6 more
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Potential of Chlorellacea as Energy Sources Under Balanced Nutrient Limitation
SSRN Electronic Journal, 2022Adriana Ramirez Romero +5 more
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Phytohormone effects on cell division inChlorella pyrenoidosa chick (TX-7-11-05) (chlorellaceae)
Journal of Plant Growth Regulation, 1987Phytohormone effects on cell division of synchronous cultures ofChlorella pyrenoidosa (TX-7-11-05) were studied under different photo flux densities. The time required for initiation of incipient cell division was reduced significantly by treatment with kinetin (6-furfurylaminopurine), gibberellic acid, and indole-3-acetic acid.
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Polar Biology, 1987
Previous antarctic records of Pseudococcomyxa simplex are summarized and, together with new records, the alga is shown to have a circumpolar distribution in terrestrial habitats. It has been encountered over a latitudinal range of 54° to 77°S in sub-, maritime and coastal continental Antarctica, from sea-level to an altitude of 3600 m.
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Previous antarctic records of Pseudococcomyxa simplex are summarized and, together with new records, the alga is shown to have a circumpolar distribution in terrestrial habitats. It has been encountered over a latitudinal range of 54° to 77°S in sub-, maritime and coastal continental Antarctica, from sea-level to an altitude of 3600 m.
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Plant Autotoxicity: Review (Part II). Families: Chlorellaceae to Plantaginaceae
Allelopathy Journal, 2020H.M. Liu +3 more
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Comptes rendus des seances de la Societe de biologie et de ses filiales, 1976
Bacteria and Yeasts are able to induce, when inoculated into laboratory rodents, a general stimulation of defences by an immune process. We could estimate that unicellular algae would induce the same phenomenon because the chemical compounds of their walls are related to those of the precedings microorganisms specially to bacteria.
C, Vermeil, O, Morin
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Bacteria and Yeasts are able to induce, when inoculated into laboratory rodents, a general stimulation of defences by an immune process. We could estimate that unicellular algae would induce the same phenomenon because the chemical compounds of their walls are related to those of the precedings microorganisms specially to bacteria.
C, Vermeil, O, Morin
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