NSTL国家科技图书文献中心

1. Salt-tolerant plant growth-promoting bacteria enhanced the growth and alleviated salt toxicity to maize by increasing K + /Na + homeostasis NSTL国家科技图书文献中心

Tang, J. | Jiang, L.... - 《International Journal of Environmental Science and Technology》 - 2025,22(8) - 6637～6650 - 共14页

摘要：, and some of them promoted growth, decreased Na | + accumulation and increased K+/Na+ ratios of maize seedlings | seedlings were significantly correlated to K+/Na+ ratios | growth, Na+ and K+ accumulation were affected by indole | , respectively, increased maize seedling growth and K+/Na

关键词： Salinity stress | Beneficial bacteria | Zea mays | Growth promotion | K+/Na+ ratios

2. Overexpression of BvNHX1 , a novel tonoplast Na + /H + antiporter gene from sugar beet ( Beta vulgaris ), confers enhanced salt tolerance in transgenic tobacco NSTL国家科技图书文献中心

Zhang, Xin-Miao | Wu, Guo-Qiang ... - 《Journal of Plant Biochemistry and Biotechnology》 - 2025,34(1) - 211～223 - 共13页

摘要： productivity worldwide. Tonoplast Na+/H+ transporters (NHXs | ) play crucial roles in regulating the intracellular Na | present study, a novel gene BvNHX1 encoding tonoplast Na | under salt stresses. Na+ and K+ contents both in | plants maintained a balanced K+/Na+ ratio under saline

关键词： Tonoplast Na+/H+ antiporter | Salt tolerance | Sugar beet | Ion homeostasis | Transgenic tobacco

3. AMF-mediated salinity adaptation in Pistachio plants: photosynthetic efficiency and ionic balance NSTL国家科技图书文献中心

Hamzehzadeh, Hanieh | Abbaspour, Hossein ... - 《Biologia》 - 2025,80(1) - 1～17 - 共17页

摘要：/Na, and Ca/Na, while concurrently diminishing Na | preserves physiological homeostasis* akin to control* | efficiency under saline stress, optimizing K/Na ratios and | , and ion homeostasis* of pistachio plants, thereby* | Salinity stress represents a significant

关键词： Arbuscular mycorrhiza fungi | Homeostasis | Photosynthesis | Pistachio | Salinity | Water status

4. SlNAC12, a novel NAC-type transcription factor, confers salt stress tolerance in tomato NSTL国家科技图书文献中心

Chen, Siqi | Zhang, Wenxin ... - 《Plant Cell Reports》 - 2025,44(1) - 共14页

摘要： tomato affected Na+ and K+ homeostasis, leading to | homeostasis, antioxidant activity and flavonoids | reduced Na+/K+ ratio, enhanced activity of antioxidant | correlated with ion homeostasis, antioxidant enzyme systems | Key messageSlNAC12 enhances salt stress

关键词： SlNAC12 transcription factor | ROS | Flavonoids | Salt tolerance | Tomato

5. Physiological and Molecular Responses to Salinity in Two Tobacco ( Nicotiana tabacum L.) Varieties NSTL国家科技图书文献中心

Wang, Yuelin | Zhou, Hanjun ... - 《Journal of Agronomy and Crop Science/Zeitschrift fur acker-und pflanzenbau》 - 2025,211(1) - 共17页

摘要： ion homeostasis* by upregulating NtSOS1, reducing Na* | , regulating ion homeostasis* and maintaining IAA balance* | This study compared the salt tolerance of two | tobacco varieties with different salt tolerances during | the germination period-Basma (Oriental tobacco) and

关键词： IAA | salt tolerance | SOS1 | tobacco | variety

6. Evaluation of Salinity Tolerance Threshold of Two Wheat Cultivars Via Photosynthetic Efficiency and Ion Homeostasis NSTL国家科技图书文献中心

Gheisary, Elahe | Kazemeini, Seyed Abd...... - 《Journal of Crop Health》 - 2025,77(1) - 共15页

摘要： photochemical efficiency and ion homeostasis* under eight* | + concentration, and K+/Na+ ratio in the cultivar Barzegar were | maintained a higher Na+ concentration under salinity stress | homeostasis were observed to be linked with salinity | + concentration, and the K+/Na+ ratio to maintain a higher

关键词： Antioxidant enzyme activities | Chlorophyll fluorescence parameters Redox and ionic homeostasis | Photosynthetic pigments | Salt tolerance threshold

7. Fatiguing high-intensity intermittent exercise depresses maximal Na + -K + -ATPase activity in human skeletal muscle assessed using a novel NADH-coupled assay NSTL国家科技图书文献中心

Vigh-Larsen, Jeppe F... | Frangos, Sara M.... - 《Pfluegers Archiv》 - 2025,477(2) - 303～316 - 共14页

摘要：The Na+-K+-ATPase is a critical regulator of | ion homeostasis* during contraction, buffering* | exercise-induced alterations in maximal Na+-K+-ATPase | determination of maximal in vitro Na+-K+-ATPase activity | . A similar to 12% reduction in maximal Na+-K

关键词： Excitability | Excitation-contraction coupling | Potassium | Fatigue | Glycogen | Carbohydrate

8. Salt stress alleviation in peanut through calcium supplementation NSTL国家科技图书文献中心

Singh, Anchal | Singh, Sushmita ... - 《Acta Physiologiae Plantarum》 - 2025,47(4) - 共17页

摘要：+) concentrations due to greater accumulation of sodium (Na+). The | exhibited by a significant increase in shoot K+/ Na+ ratio | in restricting Na+ accumulation in roots and shoots | ionic homeostasis* was accompanied with a significant* | Peanut, being moderately salt sensitive

关键词： Salinity | Calcium chloride | Arachis hypogaea | Photosynthesis | Proline | Shoot K+/Na+

9. Integration of seed priming with nano-sized chitosan-proline and biochar application improves salt tolerance in differentially responding genotypes of alfalfa ( Medicago sativa ) NSTL国家科技图书文献中心

Al-Farsi, Safaa Moha... | Al-Sadi, Abdullah M.... - 《Crop & Pasture Science》 - 2025,76(2) - 共13页

摘要： homeostasis (higher K+ and lower Na+ concentration), and | individual treatments. Biochar amendment increased the Na | environments by promoting ionic homeostasis, osmotic | Context Salinity is one of the major abiotic | stresses challenging alfalfa (Medicago sativa

关键词： antioxidant enzymes | alpha-tocopherol | carbon assimilation | flavonoids | ionic homeostasis | nanotechnology | osmotic adjustment | salt tolerance

10. MicroRNA signatures of CD 4+ T cell subsets in healthy and multiple sclerosis subjects determined by small RNA-sequencing NSTL国家科技图书文献中心

Culina, Slobodan | Commere, Pierre-Henr...... - 《Journal of Neuroimmunology》 - 2025,401 - 578531～578531 - 共11页

摘要： characterized na & iuml;ve, central memory (CM), effector | signatures were determined for na & iuml;ve and memory | cells at homeostasis, while miR-146a-5p was strongly | -miRNA core was identified for na & iuml;ve cells (miR | found that the miRNA core signatures of na & iuml;ve

摘要：, and some of them promoted growth, decreased Na | + accumulation and increased K+/Na+ ratios of maize seedlings | seedlings were significantly correlated to K+/Na+ ratios | growth, Na+ and K+ accumulation were affected by indole | , respectively, increased maize seedling growth and K+/Na

关键词： Salinity stress | Beneficial bacteria | Zea mays | Growth promotion | K+/Na+ ratios

摘要： productivity worldwide. Tonoplast Na+/H+ transporters (NHXs | ) play crucial roles in regulating the intracellular Na | present study, a novel gene BvNHX1 encoding tonoplast Na | under salt stresses. Na+ and K+ contents both in | plants maintained a balanced K+/Na+ ratio under saline

关键词： Tonoplast Na+/H+ antiporter | Salt tolerance | Sugar beet | Ion homeostasis | Transgenic tobacco

摘要：/Na, and Ca/Na, while concurrently diminishing Na | preserves physiological homeostasis* akin to control* | efficiency under saline stress, optimizing K/Na ratios and | , and ion homeostasis* of pistachio plants, thereby* | Salinity stress represents a significant

关键词： Arbuscular mycorrhiza fungi | Homeostasis | Photosynthesis | Pistachio | Salinity | Water status

摘要： tomato affected Na+ and K+ homeostasis, leading to | homeostasis, antioxidant activity and flavonoids | reduced Na+/K+ ratio, enhanced activity of antioxidant | correlated with ion homeostasis, antioxidant enzyme systems | Key messageSlNAC12 enhances salt stress

关键词： SlNAC12 transcription factor | ROS | Flavonoids | Salt tolerance | Tomato

摘要： ion homeostasis* by upregulating NtSOS1, reducing Na* | , regulating ion homeostasis* and maintaining IAA balance* | This study compared the salt tolerance of two | tobacco varieties with different salt tolerances during | the germination period-Basma (Oriental tobacco) and

关键词： IAA | salt tolerance | SOS1 | tobacco | variety

关键词： Antioxidant enzyme activities | Chlorophyll fluorescence parameters Redox and ionic homeostasis | Photosynthetic pigments | Salt tolerance threshold

摘要：The Na+-K+-ATPase is a critical regulator of | ion homeostasis* during contraction, buffering* | exercise-induced alterations in maximal Na+-K+-ATPase | determination of maximal in vitro Na+-K+-ATPase activity | . A similar to 12% reduction in maximal Na+-K

关键词： Excitability | Excitation-contraction coupling | Potassium | Fatigue | Glycogen | Carbohydrate

摘要：+) concentrations due to greater accumulation of sodium (Na+). The | exhibited by a significant increase in shoot K+/ Na+ ratio | in restricting Na+ accumulation in roots and shoots | ionic homeostasis* was accompanied with a significant* | Peanut, being moderately salt sensitive

关键词： Salinity | Calcium chloride | Arachis hypogaea | Photosynthesis | Proline | Shoot K+/Na+

摘要： homeostasis (higher K+ and lower Na+ concentration), and | individual treatments. Biochar amendment increased the Na | environments by promoting ionic homeostasis, osmotic | Context Salinity is one of the major abiotic | stresses challenging alfalfa (Medicago sativa

关键词： antioxidant enzymes | alpha-tocopherol | carbon assimilation | flavonoids | ionic homeostasis | nanotechnology | osmotic adjustment | salt tolerance

摘要： characterized na & iuml;ve, central memory (CM), effector | signatures were determined for na & iuml;ve and memory | cells at homeostasis, while miR-146a-5p was strongly | -miRNA core was identified for na & iuml;ve cells (miR | found that the miRNA core signatures of na & iuml;ve

关键词： CD4+T cell | T cell differentiation | T cell function | microRNA (miRNA) | Multiple sclerosis | Biomarker

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：, and some of them promoted growth, decreased Na | + accumulation and increased K+/Na+ ratios of maize seedlings | seedlings were significantly correlated to K+/Na+ ratios | growth, Na+ and K+ accumulation were affected by indole | , respectively, increased maize seedling growth and K+/Na

关键词： Salinity stress | Beneficial bacteria | Zea mays | Growth promotion | K+/Na+ ratios

摘要： productivity worldwide. Tonoplast Na+/H+ transporters (NHXs | ) play crucial roles in regulating the intracellular Na | present study, a novel gene BvNHX1 encoding tonoplast Na | under salt stresses. Na+ and K+ contents both in | plants maintained a balanced K+/Na+ ratio under saline

关键词： Tonoplast Na+/H+ antiporter | Salt tolerance | Sugar beet | Ion homeostasis | Transgenic tobacco

摘要：/Na, and Ca/Na, while concurrently diminishing Na | preserves physiological homeostasis akin to control | efficiency under saline stress, optimizing K/Na ratios and | , and ion homeostasis of pistachio plants, thereby | Salinity stress represents a significant

关键词： Arbuscular mycorrhiza fungi | Homeostasis | Photosynthesis | Pistachio | Salinity | Water status

摘要： tomato affected Na+ and K+ homeostasis, leading to | homeostasis, antioxidant activity and flavonoids | reduced Na+/K+ ratio, enhanced activity of antioxidant | correlated with ion homeostasis, antioxidant enzyme systems | Key messageSlNAC12 enhances salt stress

关键词： SlNAC12 transcription factor | ROS | Flavonoids | Salt tolerance | Tomato

摘要： ion homeostasis by upregulating NtSOS1, reducing Na | , regulating ion homeostasis and maintaining IAA balance | This study compared the salt tolerance of two | tobacco varieties with different salt tolerances during | the germination period-Basma (Oriental tobacco) and

关键词： IAA | salt tolerance | SOS1 | tobacco | variety

关键词： Antioxidant enzyme activities | Chlorophyll fluorescence parameters Redox and ionic homeostasis | Photosynthetic pigments | Salt tolerance threshold

摘要：The Na+-K+-ATPase is a critical regulator of | ion homeostasis during contraction, buffering | exercise-induced alterations in maximal Na+-K+-ATPase | determination of maximal in vitro Na+-K+-ATPase activity | . A similar to 12% reduction in maximal Na+-K

关键词： Excitability | Excitation-contraction coupling | Potassium | Fatigue | Glycogen | Carbohydrate

摘要：+) concentrations due to greater accumulation of sodium (Na+). The | exhibited by a significant increase in shoot K+/ Na+ ratio | in restricting Na+ accumulation in roots and shoots | ionic homeostasis was accompanied with a significant | Peanut, being moderately salt sensitive

关键词： Salinity | Calcium chloride | Arachis hypogaea | Photosynthesis | Proline | Shoot K+/Na+

摘要： homeostasis (higher K+ and lower Na+ concentration), and | individual treatments. Biochar amendment increased the Na | environments by promoting ionic homeostasis, osmotic | Context Salinity is one of the major abiotic | stresses challenging alfalfa (Medicago sativa

关键词： antioxidant enzymes | alpha-tocopherol | carbon assimilation | flavonoids | ionic homeostasis | nanotechnology | osmotic adjustment | salt tolerance

摘要： characterized na & iuml;ve, central memory (CM), effector | signatures were determined for na & iuml;ve and memory | cells at homeostasis, while miR-146a-5p was strongly | -miRNA core was identified for na & iuml;ve cells (miR | found that the miRNA core signatures of na & iuml;ve

关键词： CD4+T cell | T cell differentiation | T cell function | microRNA (miRNA) | Multiple sclerosis | Biomarker

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：/Na, and Ca/Na, while concurrently diminishing Na | preserves physiological homeostasis* akin to control* | efficiency under saline stress, optimizing K/Na ratios and | , and ion homeostasis* of pistachio plants, thereby* | Salinity stress represents a significant

摘要： ion homeostasis* by upregulating NtSOS1, reducing Na* | , regulating ion homeostasis* and maintaining IAA balance* | This study compared the salt tolerance of two | tobacco varieties with different salt tolerances during | the germination period-Basma (Oriental tobacco) and

摘要：The Na+-K+-ATPase is a critical regulator of | ion homeostasis* during contraction, buffering* | exercise-induced alterations in maximal Na+-K+-ATPase | determination of maximal in vitro Na+-K+-ATPase activity | . A similar to 12% reduction in maximal Na+-K

摘要：+) concentrations due to greater accumulation of sodium (Na+). The | exhibited by a significant increase in shoot K+/ Na+ ratio | in restricting Na+ accumulation in roots and shoots | ionic homeostasis* was accompanied with a significant* | Peanut, being moderately salt sensitive