一體化蛋白質體研究與功能驗證平台，從序列到結構，從定量到功能，

支持您精準探索蛋白質於生命系統中的關鍵角色。

Integrated proteomics research and functional validation platform, from sequence to structure, from quantification to function, supporting your precise exploration of the key roles of proteins in biological systems.

Proteform® 蛋白質工程與酵素演化平台是一個專為蛋白質體學設計的整合式平台，結合了高解析質譜技術與多維蛋白分析模組，能快速進行蛋白質譜圖分析，並精確識別翻譯後修飾（PTMs）。同時，透過生物信息譯碼工具，支援蛋白互作與複合體分析，以及結構建模與功能預測。此外，平台更延伸提供酵素定向進化模組與非定向的突變庫構建服務，讓研究者無論是探索疾病標記、開發生物藥物，或是建構蛋白質功能網絡，都能獲得具深度且可客製化的數據支持。

｜蛋白質譜圖分析服務

我們提供專業的蛋白質譜圖分析服務（Proteomic Spectra Data Processing），涵蓋質譜原始數據的全面處理與分析，支持數據依賴採集（DDA）與數據非依賴採集（DIA）模式。透過嚴謹的數據處理流程，我們協助客戶整理、校正並解析蛋白質質譜數據，為後續的蛋白質鑑定、定量及功能研究奠定堅實基礎。此服務適用於多種蛋白質組學研究，助力深入理解蛋白質表現與動態變化。

｜翻譯後修飾（PTMs）識別服務

我們提供專業的蛋白質翻譯後修飾（Post-Translational Modifications, PTMs）識別服務，基於質譜數據，結合高效的算法與資料庫，精確定位與鑑定多種類型的PTMs。服務涵蓋修飾位點識別、定量分析及功能註解，協助客戶深入理解蛋白質調控機制及其在生物過程中的角色，推動相關研究與應用發展。

｜蛋白互作與複合體分析服務

我們提供蛋白互作與複合體分析（Protein Interaction & Complex Analysis）服務，透過質譜數據與生物信息學方法，識別與解析蛋白質間的相互作用及複合體組成。服務涵蓋互作網絡構建、結構功能解析與動態調控評估，幫助客戶深入理解蛋白質協同機制及其在細胞功能中的角色，支持生物學研究及新技術開發。

｜結構建模與功能預測服務

我們提供結構建模與功能預測（Structural Modeling & Functional Prediction）服務，基於蛋白質序列及實驗數據，構建三維結構模型並預測其功能特性。結合同源建模、分子動力學模擬與人工智慧演算法，我們能深入解析蛋白質結構與活性位點，協助客戶揭示分子機制、設計功能改造及優化生物分子性能。

｜酵素定向進化模組服務

我們提供酵素定向進化模組（Directed Enzyme Evolution Module）服務，結合高通量篩選與基因突變技術，模擬自然選擇過程以優化酵素活性、穩定性與專一性。透過迭代突變與篩選，我們協助客戶快速篩選出具備改良功能的酵素變體，推動生物催化、工業酵素及合成生物學等應用創新。

｜基因合成與突變庫構建服務

我們提供基因合成與突變庫構建（Gene Synthesis & Mutant Library Construction）服務，依據設計序列精確合成基因，並通過定點或隨機突變技術，建立多樣化的突變庫。此服務支持蛋白質工程、功能篩選與定向進化等研究，幫助客戶快速生成豐富的基因變異體資源，加速分子改造與新功能開發。

Proteform® Protein Engineering and Enzyme Evolution Platform is an integrated proteomics solution that combines high-resolution mass spectrometry with multi-dimensional analysis. The platform provides rapid protein spectrum analysis, PTM identification, protein interaction and complex analysis, and structural modeling and functional prediction. It is further enhanced with enzyme directed evolution modules and gene synthesis and mutant library construction services, offering researchers customizable data support for applications like exploring disease biomarkers, developing biopharmaceuticals, and constructing protein functional networks.

｜Core Module Function Overview

The Proteform® platform integrates five core modules: protein quantification, post-translational modification (PTM) profiling, interaction network mapping, structural modeling, and directed enzyme evolution. This modular design supports a comprehensive workflow—from protein characterization to engineering optimization—empowering researchers to systematically decode protein function, regulation, and catalytic enhancement for enzyme development and synthetic biology applications.

｜Workflow & Service Integration

The OmixInsight analysis Platform is designed for flexible deployment across diverse research and development scenarios. From sample collection to data analysis and visualization, it provides end-to-end technical support. It also integrates seamlessly with upstream strategy planning and gene design tools, enabling a comprehensive workflow that enhances data interpretation and research efficiency.

｜Proteomic Spectra Data Processing Service

We provide professional proteomic spectra analysis services, covering comprehensive processing and analysis of raw mass spectrometry data, supporting both data-dependent acquisition (DDA) and data-independent acquisition (DIA) modes. Through rigorous data processing workflows, we assist clients in organizing, calibrating, and interpreting proteomic spectra data, laying a solid foundation for downstream protein identification, quantification, and functional studies. This service is suitable for diverse proteomics research, enabling deeper insights into protein expression and dynamic changes.

｜Post-Translational Modifications (PTMs) Identification Service

We provide professional protein Post-Translational Modifications (PTMs) identification services based on mass spectrometry data, integrating efficient algorithms and databases to accurately locate and identify various types of PTMs. Our services include modification site identification, quantitative analysis, and functional annotation, helping clients gain deeper insights into protein regulatory mechanisms and their roles in biological processes, driving related research and application development.

｜Protein Interaction & Complex Analysis Service

We provide Protein Interaction & Complex Analysis services, leveraging mass spectrometry data and bioinformatics approaches to identify and characterize protein-protein interactions and complex compositions. Our services include interaction network construction, structural-functional analysis, and dynamic regulation assessment, enabling clients to gain deep insights into protein cooperation mechanisms and their roles in cellular functions, supporting biological research and novel technology development.

｜Structural Modeling & Functional Prediction Service

We offer Structural Modeling & Functional Prediction services, constructing 3D models based on protein sequences and experimental data, and predicting functional properties. By integrating homology modeling, molecular dynamics simulations, and AI algorithms, we provide in-depth analysis of protein structures and active sites, assisting clients in elucidating molecular mechanisms, designing functional modifications, and optimizing biomolecular performance.

｜Directed Enzyme Evolution Module Service

We offer Directed Enzyme Evolution Module services that combine high-throughput screening with gene mutagenesis techniques to mimic natural selection processes, optimizing enzyme activity, stability, and specificity. Through iterative mutation and screening cycles, we assist clients in rapidly identifying enzyme variants with enhanced functions, driving innovation in biocatalysis, industrial enzymes, and synthetic biology applications.

｜Gene Synthesis & Mutant Library Construction Service

We provide Gene Synthesis & Mutant Library Construction services, accurately synthesizing genes based on designed sequences and constructing diverse mutant libraries via site-directed or random mutagenesis techniques. This service supports protein engineering, functional screening, and directed evolution research, enabling clients to rapidly generate abundant gene variant resources, accelerating molecular modification and novel function development.

從基礎定量到高階演化，Proteform® 為您的蛋白質研究開啟策略化革新之路

From quantification to evolution, Proteform® empowers a strategic transformation in your protein research.