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Home/Government plan, linked to long-term research and development.

R&D / PUBLIC PROGRAMS & ACADEMIC COLLABORATION

Public R&D programs.
Building long-term research capabilities.

From central R&D resources, local SBIR to research legal person cooperation, eGreen promotes Sanghuang cultivation, ingredient research, process development and corporate capability upgrading with specific plans.

Stainless-steel process vessels, pipework and an operating platform from eGreen's original company image archive
Process equipment

CAPABILITIES THAT CONTINUE

What remains after a research program?

Beyond dates and program names, partners need to understand the technical question, resulting information and next validation. These are potential follow-on activities, not claims that applications or advisory work are completed programs.

eGreen's indoor Sanghuang cultivation area with growing bags and golden fruiting bodies on illuminated multi-tier racks
eGreen indoor cultivation
01

Cultivation knowledge → process records

Connect lighting, cultivation and harvest records to describe repeatable conditions for batch comparison.

02

Analytical data → research specifications

Organize composition signals, sample preparation and method versions to support reproduction by research institutes and partner laboratories.

03

Program management → data governance

Connect milestones, versions, responsibilities and deliverables; digital and AI advisory directions begin with data organization and workflow efficiency.

2011–14Cultivation and Materials2014–17Process & composition2019–23Local innovation and processing2026Digital capabilities

FROM CULTIVATION TO APPLICATION

Each research topic,
They are all a step forward in technology.

Previous plans cover light cultivation, chemical manufacturing control, complex polysaccharides, phenolic components, powder processing and bioprocessing. These tasks connect materials, analysis and manufacturing capabilities, and also provide a technical context for subsequent research and international cooperation.

Microscopes, analytical instruments, sample vials and computer workstations seen through a glass observation window and pale green laboratory doors
Research and analytical workspace

RESEARCH PROGRAM ARCHIVE

From the foundation of cultivation,
Extended to materials and processes.

Our research programs connect cultivation, analysis and process development. Each project identifies its research focus, dates, participation status and supporting references so you can follow how our capabilities have developed.

2011–2012Cultivation technology

National Science Council

LED lighting × Sanghuang solid state fermentation

Introduce LED lighting into Sanghuang solid-state fermentation and energy-saving culture research, and explore the relationship between light environment and bacterial growth and cultivation conditions. This is the early research and development context for subsequent indoor environmental control and Sanghuang cultivation technology.

Research program history[G1]
Project name and data basis

Original project name

LED lights are used in Sanghuang solid-state fermentation energy-saving cultivation and biotechnology product development

Annual and data description

We date this research period to ROC years 100–101, following the project history in the ROC year 111 SBIR presentation. A 2026 retrospective version instead lists 2010; the difference is retained for traceability.

2014Early stage of drug development

Ministry of Education · Industry-university cooperation between technical colleges and industrial parks

CMC research before development of new botanical drugs

Using solid-state fermentation Sanghuang as the material, study the chemical manufacturing control (CMC) before the development of new plant drugs. The significance of research and development is to connect raw materials, manufacturing processes and quality analysis to establish the basis of materials and methods for subsequent drug research.

Research program history[G1][G2]
Project name and data basis

Original project name

Solid-state fermentation Sanghuang as a chemical manufacturing control before the development of new plant drugs

Annual and data description

ROC year 103 (2014) project. The 2022 historical project list also describes preliminary Chemistry, Manufacturing and Controls (CMC) and pharmacology/toxicology studies. This is an early research record, not evidence of completed drug registration or demonstrated human efficacy.

2014Active ingredients

Bureau of Industry, Ministry of Economic Affairs · Intellectual Property Value Creation Plan

Research on compound polysaccharides from edible and medicinal fungi

Starting from the complex polysaccharides of edible and medicinal fungi, explore raw material combinations and immune-related activity evaluation, and extend the research focus from single cultivation technology to material composition and functional analysis.

Research program history[G1][G2]
Project name and data basis

Original project name

Using edible and medicinal fungal complex polysaccharides as a new health-care raw material to improve immune activity

Annual and data description

We use ROC year 103, consistent with the 2020 and 2022 project histories; the 2026 retrospective version lists 2015. The research objectives require appropriate validation and do not establish human efficacy.

2014–2015Process optimization

Industrial Bureau of the Ministry of Economic Affairs · Assistance in traditional industrial technology development projects

Sanghuang machining process optimization

We extend materials research from Sanghuang cultivation into downstream processing, exploring process improvement, material utilization and production technology while assessing the feasibility of processing methods.

Government’s public subsidy records[G1][G2][G4]
Project name and data basis

Original project name

High-value Sanghuang beverage and production and processing process optimization development plan

Annual and data description

This project was approved on November 6, 2014, with the research period shown as ROC years 103–104. The 2026 retrospective version lists 2016; the approval year follows the public government record.

2016Cultivation and mass production

Industrial Bureau of the Ministry of Economic Affairs · Subsidies related to industrial upgrading and transformation

LED fruiting body cultivation and mass production technology

Continuing LED cultivation technology and promoting value-added and mass production methods of Sanghuang fruiting bodies. The research theme shifts from exploration of cultivation conditions to scaled-up production, linking raw material research with subsequent large-scale application.

Government’s public subsidy records[G1][G5]
Project name and data basis

Original project name

LED cultivation of Sanghuang fruiting bodies for value-added health care products and mass production technology development

Annual and data description

This project was approved on July 4, 2016, as shown on page 2 of the Ministry of Economic Affairs' third-quarter subsidy report for ROC year 105. The 2026 retrospective version lists 2017; we use the government approval year.

2017Active ingredients

Bureau of Industry, Ministry of Economic Affairs·Food Industry Revitalization and Value Added Promotion Plan

Phenolic derivatives and preparation technology

We explore the activity and preparation of phenolic derivatives from Phellinus robiniae, extending constituent research beyond polysaccharides to small molecules. We retain the species name used in the original project to support traceability and comparison.

Research program history[G2]
Project name and data basis

Original project name

Study on the activity and preparation technology of phenolic derivatives of Phellinus robiniae

Annual and data description

This research project dates to ROC year 106 and appears on page 6 of the ROC year 109 technical-assistance application presentation. Its inclusion does not establish a published paper, granted patent or validated anticancer effects in humans.

2019Local innovative research and development

Hsinchu City Government·Local Industrial Innovation R&D Promotion Plan (SBIR)

Compound powder and mass production method

Taking Sanghuang compound powder and mass production technology as the development topic, connecting research materials, powder processing and application forms, and expanding the work scope of Sanghuang raw materials from experimental research to process development.

Research program history[G2]
Project name and data basis

Original project name

Development of Sanghuang compound powder brewing products and mass production technology

Annual and data description

This local SBIR research project dates to ROC year 108 and appears on page 6 of the ROC year 109 technical-assistance application presentation. We provide the project overview; formal documents are still needed to confirm approval and completion status.

2020–2021Powder Process

Ministry of Economic Affairs · Instant guidance for small and medium-sized manufacturing industries

Compound mushroom instant powder technology

We explored processing applications for blended mushroom materials through formulation conversion, instant-powder processing and quality analysis. Cell experiments and constituent analyses in 2021 added to the research foundation at that stage.

Application briefing and test materials[G2][G6]
Project name and data basis

Original project name

Development of compound mushroom anti-epidemic instant carry-on bag

Annual and data description

This work covers application planning in 2020 and experiments in 2021; project titles vary slightly between versions. The historical term “epidemic prevention” does not establish prevention or treatment of infection, and experiment records do not establish government acceptance of project completion.

2022–2023Local innovative research and development

Hsinchu City Government · Local SBIR/Management Unit: Industrial Research Institute

Research on solid-state cultivation and compound oral application

Using solid-state cultivation of edible and medicinal mushrooms as a starting point, plan the extraction conditions, compound formulation and in vitro activity evaluation of Sanghuang and Chaga, and incorporate flavor, stability and quality standardization work to connect the research and development issues on the cultivation side and the application side.

Initial review information[G1]
Project name and data basis

Original project name

Development of a compound oral health care spray based on solid-state cultivation of edible and medicinal mushrooms

Annual and data description

Hsinchu City Local Industrial Innovation R&D Program, ROC year 111 (2022). The initial presentation gives the project period as 2022-08-01 to 2023-05-31. This page describes the planned work, without presenting expected benefits as completed results.

2023Bioprocessing

Industrial Bureau of the Ministry of Economic Affairs·Food industry chain smart value-added promotion plan/Food Institute technical guidance

Prebiotics, postbiotics and bioprocessed materials

Plan to carry out multi-stage bioprocessing using grain, Sanghuang and lactic acid bacteria systems, and study process conditions, β-glucan and other component analysis and material utilization. Extending fungi research to microbial processing and utilization of whole materials is another path to expand the raw material platform.

Application and committee review materials[G3]
Project name and data basis

Original project name

Development of multi-purpose bio-processed cereal flour materials containing prebiotics and postbiotics

Annual and data description

We submitted the technical-assistance application in ROC year 112, with a review presentation dated March 31, 2023. Shorter processing time, constituent improvement and output value are project targets; actual outcomes require implementation and measurement.

The name of the competent authority shall be retained according to the documents at the time of the project. Project participation or subsidy does not equal drug approval; research objectives, trial records, and final results are interpreted separately.

2026 / DIGITAL CAPABILITY

From R&D data,
Towards digital management.

Digital transformation support

Industrial Competitiveness Guidance Group·AI Tool Introduction

In 2026, we secured support from the Ministry of Economic Affairs' Industrial Development Administration to advance batch, inventory, cost and customer-data organization, with plans for monthly closing information and AI training to strengthen digital management.

This job focuses on enterprise management and data capabilities, connecting the needs of R&D records, supply management and management information.

Support was secured in 2026; implementation outcomes will be updated as the work progresses.

[C2]

CONTINUITY OF RESEARCH

Will plan experience,
Connect with the next stage of cooperation.

Using material definitions, analysis methods and process conditions as a common language, research issues over the years can continue to be extended to technical exchanges, joint research and international cooperation.

01 / TECHNOLOGY

Understanding Sanghuang Technology Platform →

02 / EVIDENCE

Read active ingredient research →

03 / SOURCES

Check project information sources →

Stainless-steel process vessels, pipework and an operating platform from eGreen's original company image archive

THE NEXT QUESTION STARTS HERE

Accumulate research,
Bring into the next process.

Historical images of the company’s process equipment

EGREEN / CULTIVATION & RESEARCH

From Sanghuang to the cultivation floor.

From the golden fruiting bodies of eGreen LED-cultivated Sanghuang to cultivation and R&D, explore the connections between materials, technology and research.

eGreen Sanghuang growing bags arranged on indoor mesh shelves, with golden fruiting bodies growing from the sides
Sanghuang cultivation record
Close-up of a golden Sanghuang fruiting body growing from an eGreen cultivation bag, with the bag and mesh shelf visible
Fruiting body on a growing bag
Stainless-steel process vessels, pipework and an operating platform from eGreen's original company image archive
Process equipment

SCIENCE CONNECTS US

The next question is worth exploring together.

Discuss materials, methods and the next stage of validation with research teams, pharmaceutical companies and strategic partners.

Start a conversation