Populus Ussuriensis in a Sentence

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10.1093/treephys/tpab130

Populus ussuriensis is an important and fast-growing afforestation plant species in north-eastern China.

Characterization of the early gene expression profile in Populus ussuriensis under cold stress using PacBio SMRT sequencing integrated with RNA-seq reads.

10.1111/nph.17799

Here, we identified and functionally characterized a CCCH type transcription factor, PuC3H35, and its targets, anthocyanin reductase (PuANR) and early Arabidopsis aluminum induced1 (PuEARLI1), which are involved in mediating proanthocyanidin (PA) and lignin biosynthesis in response to drought stress in Populus ussuriensis root.

PuC3H35 confers drought tolerance by enhancing lignin and proanthocyanidin biosynthesis in the roots of Populus ussuriensis.

10.13287/j.1001-9332.201905.010

The co-dominated trees in plot I were Populus ussuriensis, Be-tula platyphylla, and Pinus koraiensis, which were different from plot II (Tilia amurensis, Acer mono, and Pinus koraiensis).

[Community structure characteristics and spatial distribution of dominant species of secondary Quercus mongolica forest in Changbai Mountains, China.]

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10.1104/pp.18.01495

PuHSFA4a, which activates the antioxidant program and root development-related genes, directly targets PuGSTU17 and PuPLA2, positively regulating excess Zn tolerance in Populus ussuriensis roots.

PuHSFA4a Enhances Tolerance To Excess Zinc by Regulating Reactive Oxygen Species Production and Root Development in Populus1[OPEN]

10.5376/IJMEB.2019.09.0001

) (populus X, Pop ulusdeltoides × cathayana, Poplus alba ′Berdinensis′ L, Populus euramerican ′N3016′ × Populus ussuriensis) under high CO2 condition.

Effect of Elevated CO2 Concentration On Four Populus by the Fast Fluorescence Rise OJIP

10.3832/ifor2991-012

: In this study the genetic variation of growth traits and wood properties was assessed in 45 clones of Populus ussuriensis Kom.

Preliminary study on genetic variation of growth traits and wood properties and superior clones selection of Populus ussuriensis Kom.

10.1080/15592324.2019.1654353

However, only one of the studies on HSFs that participated in excess zinc (Zn) stress in our previous study in Populus ussuriensis.

PtHSFA4a gene play critical roles in the adaptation of Arabidopsis thaliana plants to high-Zinc stress

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What is/are Populus Ussuriensis?

Populus Ussuriensis - Populus ussuriensis is an important and fast-growing afforestation plant species in north-eastern China. [1] Here, we identified and functionally characterized a CCCH type transcription factor, PuC3H35, and its targets, anthocyanin reductase (PuANR) and early Arabidopsis aluminum induced1 (PuEARLI1), which are involved in mediating proanthocyanidin (PA) and lignin biosynthesis in response to drought stress in Populus ussuriensis root. [2] The co-dominated trees in plot I were Populus ussuriensis, Be-tula platyphylla, and Pinus koraiensis, which were different from plot II (Tilia amurensis, Acer mono, and Pinus koraiensis). [3] PuHSFA4a, which activates the antioxidant program and root development-related genes, directly targets PuGSTU17 and PuPLA2, positively regulating excess Zn tolerance in Populus ussuriensis roots. [4] ) (populus X, Pop ulusdeltoides × cathayana, Poplus alba ′Berdinensis′ L, Populus euramerican ′N3016′ × Populus ussuriensis) under high CO2 condition. [5] : In this study the genetic variation of growth traits and wood properties was assessed in 45 clones of Populus ussuriensis Kom. [6] However, only one of the studies on HSFs that participated in excess zinc (Zn) stress in our previous study in Populus ussuriensis. [7]

populus ussuriensis root

Here, we identified and functionally characterized a CCCH type transcription factor, PuC3H35, and its targets, anthocyanin reductase (PuANR) and early Arabidopsis aluminum induced1 (PuEARLI1), which are involved in mediating proanthocyanidin (PA) and lignin biosynthesis in response to drought stress in Populus ussuriensis root. [1] PuHSFA4a, which activates the antioxidant program and root development-related genes, directly targets PuGSTU17 and PuPLA2, positively regulating excess Zn tolerance in Populus ussuriensis roots. [2]