從複雜到清晰 — 釋放組學潛能

From Complexity to Clarity — Omics Unleashed.

｜組學資料處理與品質控管服務

我們提供專業的組學資料處理與品質控管（Omics Data Processing & Quality Control）服務，涵蓋基因體、轉錄體、蛋白體及代謝體等多組學數據。服務內容包括原始數據格式轉換、訊號峰值檢測、背景扣除、噪訊過濾與比對等步驟，並透過統計與品質指標（如峰型、質荷比準確度、重複性分析等）全面評估數據品質。我們嚴格遵循國際標準化流程，確保下游分析（如差異分析、路徑富集、網路構建）所使用的數據具備高準確性與高可靠性，為科研與產業應用奠定堅實基礎。

｜多層指標與統計建模分析服務

我們提供多層指標與統計建模分析（Biomarker Extraction & Multivariate Modeling）服務，將多組學數據與多來源生物指標進行整合，建立跨層級、多維度的數據解析模型。透過描述統計、相關性分析、多變量回歸、機器學習與貝葉斯推斷等方法，我們能精確識別影響系統變化的關鍵變數，並評估其顯著性與預測能力。此服務專注於代謝網絡動態解析及精準化研發決策，為科研與產業提供數據驅動的可靠依據。

｜生物路徑富集與功能註解服務

我們提供生物路徑富集與功能註解（Functional Enrichment & Functional Annotation）服務，結合基因體、轉錄體、蛋白體及代謝體數據，精準鑑定顯著變化分子所屬的生物路徑，並賦予其功能意義。透過整合 KEGG、Reactome、Gene Ontology（GO）、COGs等權威資料庫，以及運用嚴謹的統計分析方法，我們能快速揭示分子作用機制與生物學功能，幫助客戶深入理解數據背後的生物學意涵，促進各類科研與技術開發的創新應用。

｜可發表式圖像與報告設計服務

我們提供可發表式圖像與報告設計（Scientific Visualization & Figure-ready Output）服務，專注於將複雜的生物數據與分析結果轉化為高品質、符合學術發表標準的圖像與報告。服務涵蓋數據視覺化、圖表設計、排版美化與多格式輸出，確保圖像清晰易懂且具備專業美感，助力科研人員在學術論文、專利申請、技術報告及簡報中有效傳達核心資訊，提升溝通效率與學術影響力。

OmixInsight® is a data integration and analysis platform designed for multi-dimensional omics, including proteomics, metabolomics, and transcriptomics. It streamlines the entire process from raw data processing, feature extraction, statistical analysis, to result visualization and publication-ready figure design. The platform empowers research teams to decode biological complexity and elevate the interpretability and impact of their data.

｜Omics Data Processing & Quality Control Service

We provide professional Omics Data Processing & Quality Control services covering genomics, transcriptomics, proteomics, and metabolomics datasets. Our workflow includes raw data format conversion, signal peak detection, background subtraction, noise filtering, alignment, and quantification. Data quality is comprehensively assessed using statistical and quality metrics such as peak shape, mass-to-charge ratio accuracy, and reproducibility analysis. By adhering to internationally recognized standardized procedures, we ensure that downstream analyses—including differential analysis, pathway enrichment, and network construction—are based on highly accurate and reliable data, laying a solid foundation for both research and industrial applications.

｜Biomarker Extraction & Multivariate Modeling

We offer Biomarker Extraction & Multivariate Modeling services to integrate multi-omics data and diverse biological indicators into cross-level, multi-dimensional analytical models. Using approaches such as descriptive statistics, correlation analysis, multivariate regression, machine learning, and Bayesian inference, we accurately identify key variables driving system changes and evaluate their significance and predictive power. This service focuses on metabolic network dynamics and precision-driven R&D decisions, providing reliable, data-driven insights for both research and industrial purposes.

｜Functional Enrichment & Functional Annotation

We provide Functional Enrichment & Functional Annotation services that integrate genomics, transcriptomics, proteomics, and metabolomics data to accurately identify biological pathways associated with significantly altered molecules and assign their functional meanings. By leveraging authoritative databases such as KEGG, Reactome, Gene Ontology (GO), and COGs coupled with rigorous statistical analyses, we rapidly reveal molecular mechanisms and biological functions. This enables clients to gain deep insights into the biological significance behind their data, fostering innovative applications across diverse scientific research and technological development.

｜Scientific Visualization & Figure-ready Output Service

We provide Scientific Visualization & Figure-ready Output services focused on transforming complex biological data and analysis results into high-quality, publication-standard figures and reports. Our services include data visualization, chart design, layout refinement, and multi-format output, ensuring clear, professional, and visually appealing graphics. This supports researchers in effectively communicating key insights in academic papers, patent applications, technical reports, and presentations, enhancing communication efficiency and scholarly impact.