Effects of Red-Blue Light on Nauclea Officinalis Seedling Growth and Metabolism
by Hanming Zhang·Updated 1mo ago
9.5 KB1files
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Description
Hanming Zhang's experimental data from 2026 measures the impact of different red-blue light ratios on tissue-cultured Nauclea officinalis seedlings. The dataset includes measurements of photosynthetic pigments, total flavonoid and phenolic acid contents, transcriptomic gene expression, and seedling growth parameters like biomass, height, and root length. Results indicate the R1:B2 light ratio was most favorable for coordinating growth, photosynthesis, and secondary metabolite accumulation.
Use Cases
Modeling the relationship between light quality and photosynthetic pigment accumulation based on chlorophyll a, b, and total chlorophyll measurements.
Analyzing gene expression patterns for flavonoid biosynthesis based on transcriptomic data for genes like CHS, CHI, and FLS.
Optimizing controlled cultivation protocols for seedling growth based on biomass, plant height, and root length data under different light treatments.
Investigating temporal dynamics of secondary metabolite production based on total flavonoid and total phenolic acid content measurements at different time points.
Strengths
Includes specific quantitative results, such as blue light increasing chlorophyll a, b, and total chlorophyll by 49.81%, 150.16%, and 80.48% respectively.
Covers multiple data modalities: physiological measurements (pigments, biomass), metabolite content (flavonoids, phenolics), and transcriptomic gene expression.
Data is from a controlled experiment with defined light treatments (White, Blue, Red, and mixed red–blue ratios).
Limitations
Row count is unknown, which may limit suitability assessment.
Column-level documentation is absent; field semantics must be inferred after download.
The dataset is very small at 9.5 KB, indicating limited scope.
Provenance
Source
Hanming Zhang via figshare
Collection Method
Controlled laboratory experiment exposing tissue-cultured seedlings to different light treatments.
Time Range
Experimental data points include measurements at 20 and 30 days.
Freshness
Last updated 2026-04-22 05:46:12; freshness should be verified.
Geography
Laboratory conditions; specific geographic location is unknown.