Descriptor English: | Plant Systemic Acquired Resistance | ||||||
Descriptor Spanish: |
Resistencia Sistémica Adquirida de la Planta
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Descriptor Portuguese: | Resistência Sistêmica Adquirida da Planta | ||||||
Descriptor French: | Résistance systémique induite des plantes | ||||||
Entry term(s): |
Induced Systemic Resistance Induced Systemic Resistances Resistance, Induced Systemic Resistances, Induced Systemic Systemic Acquired Resistance, Plant Systemic Resistance, Induced Systemic Resistances, Induced |
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Tree number(s): |
G12.450.800.625 G15.630.625 |
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RDF Unique Identifier: | https://id.nlm.nih.gov/mesh/D000094142 | ||||||
Scope note: | A plant defense mechanism in which a plant pathogen-associated molecular pattern effector is detected through various receptors, e.g., PATTERN RECOGNITION RECEPTORS, which in turn induces fortified, primed defense in plant immune reaction. It confers long lasting and long distance plant immune defense against a broad spectrum of pathogens using various plant defense hormones or metabolites, e.g., SALICYLIC ACID and N-HYDROXYPIPECOLIC ACID, as signals to distant leaves for heightened immune state to counteract and limit subsequent infection. |
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Allowable Qualifiers: |
DE drug effects GE genetics IM immunology PH physiology RE radiation effects |
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Previous Indexing: |
Gene Expression Regulation, Plant (1996-2022) |
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Public MeSH Note: | 2023 |
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History Note: | 2023 |
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DeCS ID: | 60213 | ||||||
Unique ID: | D000094142 | ||||||
Documents indexed in the Virtual Health Library (VHL): | Click here to access the VHL documents | ||||||
Date Established: | 2023/01/01 | ||||||
Date of Entry: | 2022/07/08 | ||||||
Revision Date: | 2022/04/13 |
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PHENOMENA AND PROCESSES
Immune System Phenomena [G12]Immune System Phenomena -
PHENOMENA AND PROCESSES
Plant Physiological Phenomena [G15]Plant Physiological Phenomena
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Plant Systemic Acquired Resistance
- Preferred
Induced Systemic Resistance
- Related but not broader or narrower
Concept UI |
M000755642 |
Scope note | A plant defense mechanism in which a plant pathogen-associated molecular pattern effector is detected through various receptors, e.g., PATTERN RECOGNITION RECEPTORS, which in turn induces fortified, primed defense in plant immune reaction. It confers long lasting and long distance plant immune defense against a broad spectrum of pathogens using various plant defense hormones or metabolites, e.g., SALICYLIC ACID and N-HYDROXYPIPECOLIC ACID, as signals to distant leaves for heightened immune state to counteract and limit subsequent infection. |
Preferred term | Plant Systemic Acquired Resistance |
Entry term(s) |
Systemic Acquired Resistance, Plant |
Concept UI |
M000755735 |
Preferred term | Induced Systemic Resistance |
Entry term(s) |
Induced Systemic Resistances Resistance, Induced Systemic Resistances, Induced Systemic Systemic Resistance, Induced Systemic Resistances, Induced |
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