Stock code: 752501 / TECHNOLOGY PLATFORM
Connect environmental control, process research and ingredient analysis into a traceable R&D path so that differences in raw materials can be understood and measured.
RESEARCH MATERIAL DOSSIER
Turn material descriptions into a research specification. This framework supports collaboration assessment; documents and tests are agreed for each project.
Species and strain, fruiting body or mycelium, source batch and harvest conditions. Results from different materials are not interchangeable.
Extraction solvent, fractionation, concentration conditions and analytical methods; interpret composition using reference standards, method suitability and batch comparisons.
Concentration, exposure time, controls, replicates and statistics; retain raw data, negative findings and study limitations.
Sample codes, storage, analytical versions, deviations and permitted use. The recipient assesses method reproducibility and data adequacy.
CONNECTED RESEARCH PLATFORM
Click on each stage to explore the focus of the Sanghuang R&D platform. The process presents the research structure, and individual projects are designed according to the purpose.
RESEARCH STAGE / 01
Start with the correct identification of research materials. By concatenating strain sources, cultivation batches and sample locations, each analysis has a clear starting point.
RESEARCH STAGE / 02
Use LED and indoor cultivation to manage the growth environment, record light, temperature, humidity and harvesting conditions, and understand how the environment affects research raw materials.
RESEARCH STAGE / 03
Connect analytical data such as HPLC with extraction and separation methods suitable for the research problem. Chemical signals require standards, methods, and other identification evidence to be interpreted together.
RESEARCH STAGE / 04
Design experiments for specific problems, paying attention to research models, concentrations, controls and reproducibility. Interpret the results according to the evidence stage and form the next research question.
CULTIVATION × ANALYTICS
Our platform centers on indoor multi-tier LED cultivation, integrating batch management, extraction, fractionation and analytical testing to provide the material and technical foundation for bioactivity research and international ingredient collaboration.
Use indoor three-dimensional cultivation to manage light, temperature, humidity and growth environment to reduce the interference of seasons and outdoor environment on the cultivation process. The focus of R&D is on linking growing conditions, fruiting body formation and batch quality, rather than just pursuing yield.
Research record focus: strain source, culture medium, environmental parameters, harvest batch and raw material parts.
We explore aqueous and ethanolic extraction and solvent fractionation to study constituent profiles across processes, using clear material identifiers to connect chemical analysis with biological testing. Crude extracts, purified constituents and derivatives have distinct properties and are defined separately in research and collaboration.
Key points of research records: extraction conditions, fractionation methods, sample concentration, solvent control and storage conditions.
In preliminary HPLC analysis, we compared a hispolon reference standard with an ethyl acetate fraction and observed similar signals at retention times of approximately 34–35 minutes. This guides constituent tracking; full identification still requires method validation, calibration curves and additional analytical evidence.
Compound purity, complete structure, or human efficacy cannot be inferred solely based on similar retention times.
We build preliminary evidence through cell models, immune-related indicators and animal observations, combining microbiological and precision analysis with methods such as HPLC, LC-MS/MS and ELISA to examine constituents, quality and bioactivity together.
We define suitable tests, available data and service scope for each collaboration so research needs and deliverables are clearly aligned.
Source: 2026 Company Profile, pp. 5–7, 22–28.[C1]
QUALITY BY UNDERSTANDING
We use GACP cultivation principles and the ISO 22000 and HACCP food-safety frameworks to guide quality development. For drug-development collaborations, we plan appropriate processes, analytical methods and safety validation around the research objectives.
Quality-management systems, agricultural practices and drug registration serve different purposes; a management framework does not establish drug approval or validated efficacy in humans.
Understand the direction of drug research and development cooperationGOVERNMENT-SUPPORTED R&D
From early LED cultivation, preliminary research on new plant drugs, to local SBIR and bioprocessing, government R&D and industry-university resources connect eGreen’s technological development.
Explore government plans and industry-university cooperationLED solid-state fermentation · Preliminary CMC · Complex polysaccharide
2016–2021Fruiting body mass production · Phenolic derivatives · Powder technology
2022–2026Local SBIR · Bioprocessing · AI introduction coaching
Explore each program's research focus, participation dates and contribution to our technical development.
A PLACE FOR SCIENCE
From Sanghuang cultivation and analytical experiments to process research, we connect materials, methods and workspaces to support continuing R&D.
TRANSLATIONAL RESEARCH FRAMEWORK
We connect materials, methods, biological models and safety assessment in our research collaborations, building verifiable evidence step by step. This is a research framework; its topics do not constitute a clinical-stage drug pipeline.
| Work field | Already have data context | The next step for cooperation to focus on | Basis |
|---|---|---|---|
| Materials and cultivation | LED, solid-state cultivation and past R&D plans | Compilation of strains, parts, batches and environmental control data | C1 / G1 |
| Ingredients and methods | eGreen preliminary HPLC analysis; international polysaccharide and metabolite research | Standards, method validation and batch fingerprinting | C1 / R14 |
| Function and model | eGreen preliminary experiments; international cell and animal research | Dose response, independent replicates and material controls | R12 / C1 |
| Translation to clinical research & safety | CMC early planning record; international research background | Evaluate pharmacokinetics, toxicology and applicable research procedures according to cooperation projects | CMC Project |
EGREEN / CULTIVATION & RESEARCH
From the golden fruiting bodies of eGreen LED-cultivated Sanghuang to cultivation and R&D, explore the connections between materials, technology and research.
SCIENCE CONNECTS US
Discuss materials, methods and the next stage of validation with research teams, pharmaceutical companies and strategic partners.
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