Welcome to ODA PHARMACEUTICAL Enzan Development Division

"All for the world." - Everything is for the sake of the world.

At ODA PHARMACEUTICAL,

we are dedicated to harnessing cutting-edge P.P.N technology systems to develop safer and more effective drugs and treatment methods.

Through research in plant genetics and molecular-level studies,

we firmly believe in paving new pathways that bring innovative transformations to modern medicine and the health industry.

ODA‘s P.P.N

The Origin of Oda's P.P.N

The origin of PPN technology can be traced back to the study of plant genetics, and ODA PHARMACEUTICAL has established a system for it.

We have built an extensive database of tens of thousands of different plant formulations based on dozens of pharmaceutical literature, including "Shennong Ben Cao Jing," "Ben Cao Gang Mu," and "Huangdi Neijing."

The key to PPN technology is the use of smart computing and high-throughput sequencing techniques to select effective components related to specific diseases from these formulations.

Furthermore, editing and modification of key genome fragments are carried out using CRISPR-Cas9, along with genetic introduction through Agrobacterium-mediated methods and Particle Gun (Gene Gun) technology to fine-tune these effective components.

As a result, core components can now effectively target the original treatment goals, enabling efficient and wide-ranging treatments.

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The unique features of Oda's P.P.N technology

Accurate Screening: PPN technology not only utilizes bioinformatics tools for analyzing large-scale genomic data but also integrates machine learning and artificial intelligence algorithms to effectively identify genes and signaling pathways related to specific diseases.

High-Efficiency Absorption: By using High-Performance Liquid Chromatography-Mass Spectrometry (HPLC-MS), this technology ensures high purity and biological availability of core components. The purification process also contributes to reducing potential side effects and interactions between drugs, enhancing therapeutic efficacy.

Personalized Treatment: It can provide more comprehensive personalized treatment plans by customizing treatment plans based on the patient's genetics and disease state, integrating microbiome data, and other biomarkers.

Completely Safe: N.C.R.A (Natural Cell Repair Approach) ensures high safety of treatments, but each treatment plan needs to be verified through detailed clinical trials to confirm its harmlessness.

Data-Driven: PPN technology is a data-driven therapeutic system that integrates information from multiple data sources (such as genomics, proteomics, metabolomics, etc.) to achieve higher treatment accuracy.

Sustainability and Scalability: This technology system is broad and not limited to specific plants or human conditions, making it highly sustainable and scalable. This implies the potential for expansion to additional disease types and treatment plans in the future.

In summary, PPN technology holds revolutionary potential in the pharmaceutical and medical fields, considering these features.

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The application areas of Oda P.P.N technology.

PPN technology, developed by Oda Pharmaceutical, is a comprehensive technology that covers three major areas: P.P.F.T (Plant-Based Precision Formulation Technology), P.G.M.T (Plant Genomic Molecular Technique), and N.C.R.A (Natural Cell Repair Approach). This technology aims to provide safer and more effective solutions for disease treatment and health management through highly precise plant gene and molecular editing.

Application Areas of the Technology

Treatment of Chronic Diseases: PPN technology can be widely applied in the treatment of chronic diseases, including but not limited to diabetes, hypertension, and liver diseases. It significantly improves treatment efficacy through individualized treatment plans, reducing the potential side effects associated with long-term drug use.

Immune Regulation: This technology has notable potential in microbiome research and immune system regulation. Specifically, it helps improve gut health, influences the overall immune system, and aids in combating infections and autoimmune diseases.

Cancer Treatment: PPN technology enables the development of more precise cancer treatment methods. It not only targets cancer-specific genes through genetic editing but also utilizes metabolomics and proteomics data to gain a comprehensive understanding of cancer cells, expanding the range of treatment targets in cancer therapy.

Health Insurance: In the field of health insurance, PPN technology assists in customizing nutrition plans. By analyzing individual genes and biomarkers, it can recommend more suitable diets and nutritional supplements.

Drug Research: This technology can be used for rapid screening and development of new drugs. Through high-speed sequencing and bioinformatics tools, PPN technology significantly accelerates the process of drug discovery and research and development.

Mental Health: PPN technology also shows potential in the field of mental health. It can more precisely regulate neurotransmitters and other brain chemicals, making it usable for the treatment of mental health issues such as anxiety and depression.

Dermatological Treatment: PPN technology can be applied in the treatment of various skin conditions, including dermatitis and acne. By applying locally optimized plant ingredients, PPN technology effectively improves skin symptoms.

Through its diverse applications and potential, PPN technology not only brings innovation to the existing healthcare system but also paves the way for future personalized medicine.

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The main technology systems primarily used in the Oda P.P.N system.

The P.P.N technology system primarily utilizes the following technologies, but is not limited to them:

High Throughput Sequencing : Used to analyze plant genomes and gene expression data to identify genes associated with specific diseases.

Bioinformatics Tools : Used to analyze large-scale genomic data and identify genes and signaling pathways associated with diseases.

CRISPR-Cas9 Technology : Used to precisely edit plant genes to enhance or suppress specific genes or metabolic pathways.

Cell Culture Technology : Used to culture and maintain human cell lines for studying drug absorption and efficacy.

HPLC-MS Technology : Used to analyze chemical components in plant extracts and determine bioactive molecules within them.

Omics Research : Used to comprehensively understand the function of plant genes and metabolic pathways, including genomics, proteomics, and metabolomics.

Single Molecule Real-Time Sequencing : Used to resolve issues related to gene duplication and diversity in specific regions, providing more accurate gene annotations than high-throughput sequencing.

These technologies collectively contribute to the effectiveness of the P.P.N technology system.

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Research Results (Partial)