Cultureware
Reactive Oxygen Species and Nitric Oxide Mediate Actin Reorganization and Programmed Cell Death in the Self-Incompatibility Response of Papaver1[W][OA]
- TR Number: 3393
- Keywords: plant, botany, plant physiology, reactive oxygen species
Reference Application
- Skin irritation
- Toxicity
- Cytokine analysis
- Immulogical research
- Nanoparticle toxicology/penetration
- Respiratory toxicology
- MMPs
- Intestinal Permeation
- Bacterial colonization
- Translational toxicology
- Dry skin
- drug skin compatibility
- bacterial adherence
- Allergenicity
- Antioxidants
- Drug absorption
- Immunologicaal research
- Toxicology
- Skin cancer
- Photoaging
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- XtraMild skin mildness testing
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- Protein Expression
- PBPK Modeling
- Immunological Research
- Apoptosis
- Intestinal toxicity
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- Nanotoxicology
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- Skin Sensitization
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- Oral Pathology
- bacterial vaginosis
- ADME
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- anti-wrinkling
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- Hyperpigmentation
- Barrier Function
- intranasal drug delivery
- Microbial infection
- COPD
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- Respiratory toxicity
- Oral irritation
- Skin
- Oral Disease Research
- Skin Damage
- Ocular toxicology
- Drug Screening
- Skin de-pigmentation
- Gastrointestinal Toxicity
- permeation enhancement
- Wound healing
- Smoke
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- Inhalation Toxicology
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- Oral mucosa
- microbiome
- Skin disease
- SARS-CoV-2
- Skin Toxicity
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- reproducibility
- Skin hydration
- UV
- Genetic toxicology
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- Radiation
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- Reproducibility - eye (ocular) tissue model
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- Irritation>Eye Irritation OECD TG 492
- Skin differentiation
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- transporters
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- DNA Damage
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- scalp health
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- Mucous
- Respiratory infection
- Viral Infection
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- artificial saliva
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