Kalinella apyrenoidosa var. japonica Darienko & Pröschold, 2019
publication ID |
https://doi.org/ 10.11646/phytotaxa.388.1.2 |
persistent identifier |
https://treatment.plazi.org/id/03BBD820-7435-9831-FF2D-FBB1FC10F930 |
treatment provided by |
Felipe |
scientific name |
Kalinella apyrenoidosa var. japonica Darienko & Pröschold |
status |
var. nov. |
Kalinella apyrenoidosa var. japonica Darienko & Pröschold var. nov. ( Fig. 7K–R View FIGURE 7 )
Description: Young cells are spherical or sometimes slightly irregular, 4.6–5.5 μm in size, with relatively thick cell wall. Chloroplast of young cells deep cup-shaped, without incisions covering 2/3 of the cell. Chloroplasts contain a thylakoid-free zone, which could be interpreted as pyrenoid, located in the middle of chloroplast, small, indistinct, without visible starch grains.
Mature vegetative cells are mostly spherical, only sometimes ovoid or irregular, 6.4–7.3 μm in diameter, cell wall with age becomes thicker and can produce small drop-shaped, apical thickness. Chloroplast is thick, dark-green, covering most of the cell, sometimes removed in the bottom part of the cell wall. Old cells are spherical, 8.2-9.1 μm in diameter.
Reproduction by unequal sized autospores, in even and odd numbers - 2 (3) - 4 (8). Autosporangia mostly spherical, sometimes irregular, 8.2–10.0 μm in size. Liberation of autospores by rupture of the mother cell wall. Remains of sporangial cell wall are usually bag-shaped and stick on the cell wall of the daughter cells. SSU and ITS rDNA sequences (GenBank: MH780948) and ITS-2 Barcode BC- 8 in Fig. 3 View FIGURE 3 .
Type locality: Epiphytic algal growth on bark tree, Japan.
Holotype (designated here): The strain SAG 2203 View Materials is cryopreserved in a metabolic inactive state at the Culture Collection of Algae ( SAG), University of Göttingen, Germany.
Iconotype (designated here to support the holotype): Fig. 7P View FIGURE 7 in this study.
Etymology: The epithet of this variety indicates its origin ( Japan).
SAG |
Sammlung von Algenkulturen at Universitat Gottingen |
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