Project Background


• Active screening of plant ingredients is a source of new drug discovery.
• Plants have been screened for high abundance components-resource depletion, low probability of new drug discovery, high cost.
• Components of low abundance in plants missed screening (false negatives) in the past because they were below the detection line.
• By enriching the low-abundance components, new drugs can be developed from screened plants where no new drugs have been found.

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Industry pain points


The difficulties in extracting trace natural compounds

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Laboratory-scale separation techniques for trace components cannot yield the quantity required for new drug development.

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The dead adsorption phenomenon of trace components of natural compounds on chromatographic separation media turns the separation process into an abundance-reducing one, resulting in the loss of trace components.

Technical comparison


At present, the important equipment in the world is the laboratory level automation integration.

Tuopu Company is a systematic innovation at the level of industrialization.

1, Industrialized separation technology of natural compound components

2. Enrichment technology of low abundance natural compounds
Technology 1 Application:The complex mixture is separated from the natural extract into fractions containing 5-7 components.
Technology and equipment:Component separation technology, industrial equipment.
Features:Kg separation, no dead adsorption in the process of component separation.
Technology 2 Application:Fractions obtained from Technique 1 are enriched in low-abundance components.
Technology and equipment:Enrichment technology, industrialization equipment.
Features:Kilogram enrichment, no dead adsorption in the enrichment process.

International and Domestic Large-scale Separation Technology of Natural Ingredients Sepbox
Sepbox is made in Germany. It is an HPLC two-dimensional chromatography technology. It is connected by a solid phase extraction small column between the first and second-dimensional chromatographic columns. It can separate 2 grams of extract per day and obtain hundreds of fractions.
Features:

1, the fraction still needs to prepare high-efficiency liquid phase separation monomer components.
2, can not achieve trace component enrichment.
3, is still a laboratory technology, can not solve

Problems with the separation of low abundance components.

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Business Model


Toppu Biology

Cooperation Unit

enrichment of low-abundance components

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enrichment of low-abundance components

SEPARATION FROM LOW-ABUNDANCE HIGH-ACTIVE COMPONENTS Multiple single band components

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Screening of low abundance and high activity monomer components

Separation of sufficient low-abundance high-activity components

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Chemical structure analysis of new monomer components

Determine the low abundance and high active components, determine the unknown components, and determine the new chemical structure.

Cooperative units: medical institutions of colleges and universities pharmaceutical enterprises experiment

Income point: cooperative development of lead compounds

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Cooperation funds

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project appropriation

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Cooperative bidding ranking

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New Drug Development Grant

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New Drug Marketing Share