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BioNexus Discovery — AI-Powered Scientific Discovery

Flagship Platform: BIO NEXUS PRECISION INTELLIGENCE PLATFORM™

Transform Biomedical Data Into Precision Intelligence

BPIP™ unifies clinical intelligence, research intelligence, precision medicine, drug discovery and computational safety into one AI-powered biomedical intelligence ecosystem.

Engineered by scientists, built for enterprise — from hospital systems and academic medical centers to pharmaceutical R&D.

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AI Drug DiscoveryComputational ToxicologyBioinformaticsNanoformulationIndustrial MicrobiologyMaterials Science
Our Approach

Where AI Meets Experimental Science

BioNexus Discovery integrates computational methods, artificial intelligence, and rigorous experimental science — from AI-driven drug discovery and computational toxicology to bioinformatics, nanoformulation, industrial microbiology, and materials engineering — supported by laboratory analysis, experimental validation, and translational research partnerships.

01

Computational Intelligence

AI-driven modelling, prediction, and simulation across drug discovery, toxicology, and materials research.

02

Experimental Validation

Laboratory analysis, experimental validation, and translational research partnerships supporting computational findings.

03

Translational Research

Publication-ready outputs that carry discoveries from the bench to real-world scientific and industrial impact.

Platform Architecture

One Intelligence Platform. Specialized AI Engines.

BPIP provides the intelligence layer connecting specialized AI capabilities across clinical research, precision medicine, drug discovery and computational safety.

BPIP Intelligence
Layer
Clinical Research domain icon
Clinical Research
Precision Medicine domain icon
Precision Medicine
Drug Discovery domain icon
Drug Discovery
Bioinformatics domain icon
Bioinformatics
Computational Safety domain icon
Computational Safety

One platform. Multiple specialized engines. Connected intelligence.

Biomedical data integration and AI research

BPIP™ — Enterprise Precision Intelligence Platform

The flagship platform unifying clinical intelligence, precision medicine, research intelligence, and decision support.


Integrated biotechnology and biomedical research

MultiEndpointTox™ — Computational Toxicology

Integrated computational toxicology from molecular structure — seven toxicity endpoints and explainable AI.


Clinical healthcare intelligence

Clinical Intelligence

Patient registry, risk prediction, and decision support in one clinical view.

E
Laboratory and biotechnology research

Research Intelligence

Literature intelligence and research collaboration tools to speed up discovery.


Genomic and bioinformatics analysis

Precision Medicine

Biomarkers, genomics, and pharmacogenomics connected to support more personalized care decisions.


Molecular structure analysis

DiscoveryAI™ — Drug Discovery

Generative molecule design, virtual screening, and docking that compress early-stage drug discovery timelines.


The Intelligence Layer Behind BPIP

BPIP is not a single AI model. It is an intelligence layer that connects specialized AI engines, biomedical data, and scientific workflows within one platform.

Connect Data
01

Connect Data

Biomedical, clinical, molecular, and experimental data enter structured scientific workflows.

Intelligent Routing
02

Intelligent Routing

BPIP directs each task to the specialized AI engine or analytical workflow best suited to the problem.

Specialized Analysis
03

Specialized Analysis

Domain-specific engines perform targeted analysis across clinical research, precision medicine, drug discovery, bioinformatics, and computational safety.

Integrate Insights
04

Integrate Insights

Outputs from multiple engines can be combined to create a broader scientific interpretation.

Decision Intelligence
05

Decision Intelligence

Complex computational results are transformed into interpretable insights that support research and scientific decision-making.

Computational Intelligence

The BioNexus Discovery 

AI Engine

A modular AI-powered platform that transforms biological data into actionable discoveries. Each engine specializes in a critical stage of drug discovery, from understanding disease mechanisms to identifying safe and effective therapeutic candidates.

OmicsEngine — Understand Disease at the Systems Level

Integrates genomic, transcriptomic, proteomic, metabolomic, and clinical datasets to uncover the molecular mechanisms driving disease — identifying biomarkers and therapeutic targets before costly experiments begin.

MolecAI — AI-Driven Molecular Innovation

Designs and optimizes new chemical structures using generative AI, exploring entirely new regions of chemical space to accelerate discovery of promising drug candidates.

DockingOS — Virtual Testing Before Real Experiments

Evaluates how candidate molecules interact with disease-related proteins through molecular docking and virtual screening — thousands of compounds assessed computationally before entering the lab.

ToxShield — Predict Safety Before Failure

Uses explainable AI to identify toxicity risks — hepatotoxicity, cardiotoxicity, mutagenicity, nephrotoxicity, and reproductive toxicity — before experimental testing begins.

QSARNet — Quantitative Prediction Engine

Predicts biological activity, pharmacokinetics, and formulation performance directly from molecular structure, enabling informed decisions before synthesis and biological testing.

TransBio — From Prediction to Validation

Bridges computational discoveries with biological reality through molecular dynamics, network pharmacology, systems biology, and experimental validation planning.

Multi-Endpoint

Toxicity Coverage

Multi-Omics

Integration

AI-Powered

Discovery

Reproducible

Analysis

Explainable

Predictions

Validation

Ready

"Six AI Engines. One Discovery Platform. Endless Scientific Possibilities."

Platform Intelligence in Action

See the Intelligence Layer in Practice

Explore representative interfaces from BioNexus Discovery's computational platforms, showing how scientific data is organized, analyzed, interpreted, and translated into actionable research insights.

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BPIP™ PLATFORM

Enterprise Precision Intelligence Platform

BPIP connects clinical, research, omics and real-world data with specialized AI engines to deliver end-to-end biomedical intelligence — from data integration to decision support.

  • Unified Data Integration
  • AI-Powered Analytics
  • Research & Clinical Workflows
  • Explainable Intelligence
  • Enterprise-Grade Security
Explore BPIP Platform →Learn more about BPIP →

These interfaces illustrate the platform’s intelligence layer, including structured data views, research workflows, analytical summaries, and explainability-oriented outputs.

MULTIENDPOINTTOX™

Computational Toxicology Platform

MultiEndpointTox leverages AI and machine learning to predict multiple toxicity endpoints, metabolite profiles and safety risks early in drug discovery.

  • Multi-Endpoint Toxicity Prediction
  • ADMET & Safety Profiling
  • Metabolite Prediction
  • Mechanistic Insights
  • Regulatory-Ready Outputs
Explore MultiEndpointTox →View platform details →

Representative interfaces include molecular analysis, endpoint risk summaries, toxicity prediction views, metabolite prediction, and structure-level interpretation.

Who We Serve

Research Support for Every Scientific Community​

BioNexus Discovery partners with academic researchers, graduate students, universities, biotechnology companies, pharmaceutical organisations, healthcare innovators, industrial researchers, and government programs.تشارك BioNexus Discovery.

Academic Researchers​

Challenged by limited computational resources and analytical depth? We provide AI-powered bioinformatics, multi-omics analysis, statistical modelling, and scientific writing support to elevate your research and strengthen your publications. ​

Graduate Researchers​

Navigating MSc or PhD research with complex data and tight timelines? We offer hands-on computational support, experimental design guidance, statistical analysis, and publication-ready figure preparation to help you succeed.​

Universities & Research Centers​

Need scalable scientific infrastructure without the overhead? We act as an embedded research partner — delivering AI-driven analyses, laboratory validation services, and cross-disciplinary collaboration to amplify your institution's research output.​

Biotechnology Companies​

Accelerating target identification, lead optimisation, or pipeline validation? We integrate AI-powered computational biology with experimental laboratory services to reduce time-to-discovery and strengthen your R&D decision-making.​

Pharmaceutical Industry​

Facing pressure to compress drug discovery timelines? We deliver ADMET profiling, toxicology prediction, molecular docking, QSAR modelling, and regulatory-grade analytical method development to support every stage of your pipeline.​

Healthcare Organizations​

Seeking to translate clinical insights into research-backed evidence? We support biomarker discovery, multi-omics interpretation, translational study design, and systematic reviews to bridge the gap between clinical observation and scientific publication.​

Industrial Research & Materials Science​

Working on corrosion engineering, materials characterisation, or protective coatings? We provide electrochemical analysis, ICP-MS elemental profiling, industrial microbiology, and fermentation optimisation for applied research and industrial R&D.​

Government & Innovation Programs​

Running funded research programs or innovation initiatives that demand rigorous scientific outputs? We support grant-funded projects with accredited analytical services, research design, data management, and publication-ready scientific reporting.​

Why BioNexus Discovery

What Makes 

BioNexus Discovery Different

We are a scientific research partner combining AI-powered computation, experimental capability, and deep domain expertise to deliver research outcomes that matter.

01

AI Discovery​

Generative AI and deep learning to design novel therapeutic candidates with optimized pharmacokinetics.​

02

Multi-Omics Integration​

Genomics, transcriptomics, proteomics, and metabolomics integrated into unified disease models.​

03

Computational Toxicology​

Seven-endpoint ADMET and safety profiling powered by explainable AI and SHAP analytics.​

04

Nanoformulation Design​

AI-driven design of nanocarrier systems for optimized drug delivery, encapsulation, and bioavailability.​

05

Experimental Validation​

Partner laboratory network providing in vitro, in vivo, and histopathological confirmation of computational findings.​

06

Publication Support​

End-to-end manuscript preparation, statistical analysis, figure design, and peer-review management.​

Services & Pricing

Scientific Services​

Custom-scoped scientific engagements delivered directly by the BioNexus team.​

From computational discovery to translational research.​

AI drug discovery research and molecular modeling

AI Drug Discovery

AI-powered generative design and optimization of novel therapeutic candidates.​

Computational toxicology and molecular safety analysis

Computational Toxicology

Predictive ADMET and safety profiling powered by explainable machine learning. ​

MultiEndpointTox computational toxicity profiling

MultiEndpointToxMultiEndpointTox

Custom multi-endpoint computational toxicology engagement performed by our scientific team — not self-service platform access.   

Bioinformatics and genomic data analysis research

Bioinformatics

Multi-omics data analysis, pipeline development, and biomedical data interpretation.  

QSAR and QSPR computational molecular modeling

QSAR/QSPRQSAR/QSPR

Quantitative structure-activity and structure-property modelling for lead optimization.  

Molecular docking and protein-ligand analysis

Molecular Docking

Virtual screening and structure-based docking to evaluate candidate-target interactions. ​

Nanoparticle drug formulation research

Nano-formulation

AI-driven design of nanocarrier systems for optimized drug delivery and bioavailability ​

Industrial microbiology and fermentation research

Industrial Microbiology

Fermentation optimization, microbial characterization, and applied industrial microbiology.​

Materials science and nanostructure characterization research

Materials Science

Electrochemical analysis, materials characterization, and corrosion/coatings research.     

Laboratory analytical testing

Laboratory Analysis

Accredited analytical testing delivered through BioNexus's partner laboratory network. ​

Scientific publication and research manuscript support

Publication Support

End-to-end manuscript preparation, statistical analysis, and peer-review support.​

Scientific and computational biotechnology training

Training

Hands-on scientific and computational training sessions for individuals or research groups. ​


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From Data to Discovery

Turn Scientific Questions Into Discoverable Solutions

Connect with our scientific team to discuss your project requirements, explore AI-powered research models, or request accredited laboratory analysis.

Our Teamفريقنا

Scientists and Physicians Behind BioNexus Discoveryالعلماء والأطباء وراء BioNexus Discovery

Expert scientists and physicians driving analytical excellence, clinical innovation, and scientific discovery.علماء وأطباء متخصصون يقودون التميز التحليلي والابتكار السريري والاكتشاف العلمي.

Founder & CEOالمؤسس والرئيس التنفيذي

Sharhabil Mohamedaliشرحبيل الطاهر

MSc Biotechnology Candidate, Alexandria University, Egypt · AI Bioinformatics & Drug Discoveryمرشح ماجستير التكنولوجيا الحيوية، جامعة الإسكندرية، مصر · المعلوماتية الحيوية بالذكاء الاصطناعي، برمنغهام، المملكة المتحدة

BioNexus Discovery was founded on the conviction that rigorous computational science, combined with experimental precision and open collaboration, can accelerate scientific discovery for researchers everywhere — regardless of institutional resources or geographic location. Sharhabil's scientific philosophy rests on three principles: reproducibility as the foundation of trustworthy science, interdisciplinarity because the most important discoveries happen at the intersection of fields, and translation — because research that never reaches the real world has not yet fulfilled its purpose.تأسست BioNexus Discovery على قناعة بأن العلوم الحاسوبية الدقيقة، جنبًا إلى جنب مع الدقة التجريبية والتعاون المفتوح، يمكنها تسريع وتيرة الاكتشاف العلمي للباحثين في كل مكان. تستند فلسفته العلمية إلى ثلاثة مبادئ: قابلية التكرار، والتعددية التخصصية، والترجمة إلى الواقع العملي.

BioinformaticsComputational Drug DiscoveryToxicology ModelingNanoformulation DesignMulti-OmicsMolecular Dynamics
Scientific Advisor · Director, AI Microbiology Programsالمستشار العلمي · مدير برامج الذكاء الاصطناعي في علم الأحياء الدقيقة

Prof. Hanan Moawia Ibrahimالأستاذة الدكتورة حنان معاوية إبراهيم

Microbiologist & Biotechnology Researcherعالمة أحياء دقيقة وباحثة في التكنولوجيا الحيوية

A distinguished microbiologist and biotechnology researcher with extensive experience in industrial microbiology, microbial biotechnology, fermentation technology, enzyme production, food microbiology, and academic research leadership. She has supervised numerous postgraduate research projects and contributes strategic scientific leadership to BioNexus Discovery by integrating microbiology, biotechnology, and artificial intelligence into innovative research, laboratory transformation, and international collaboration.عالمة أحياء دقيقة وباحثة متميزة في التكنولوجيا الحيوية، تمتلك خبرة واسعة في علم الأحياء الدقيقة الصناعي والتكنولوجيا الحيوية الميكروبية وتكنولوجيا التخمير وإنتاج الإنزيمات وعلم أحياء الغذاء وقيادة البحث الأكاديمي. تُسهم بقيادة علمية استراتيجية في BioNexus Discovery من خلال دمج علم الأحياء الدقيقة والتكنولوجيا الحيوية والذكاء الاصطناعي في البحث المبتكر.

Industrial MicrobiologyFermentation TechnologyFood MicrobiologyAI in MicrobiologyResearch Supervision
ORCID Profile →ملف ORCID ←
Lead Analytical Laboratory Specialistأخصائي أول المعامل والتحاليل المتقدمة

Dr. Mohamed Abbasد. محمد عباس

Analytical Chemist · Advanced Instrumentationكيميائي تحليلي · الأجهزة التحليلية المتقدمة

Analytical Chemist with practical experience in advanced analytical instrumentation, laboratory operations, and analytical method development — proficient in operating, maintaining, and troubleshooting GC, GC-MS, HPLC, ICP-MS, ICP-OES, UV-Visible Spectrophotometry, and ELISA systems.خبير في أجهزة التحليل المتقدمة والكيمياء التحليلية وتطوير واعتماد الطرق التحليلية وضبط الجودة، مع خبرة عملية واسعة في تشغيل وصيانة وإصلاح طيف واسع من الأجهزة التحليلية.

HPLCGC-MSICP-MS / ICP-OESELISAMethod Validation
Clinical Research & Medical Affairs Leadقائد البحث السريري والشؤون الطبية

Dr. Amro Abdalazeezد. عمرو عبد العزيز

Physician (MBBS) · Clinical Research · Heidelberg, Germanyطبيب (MBBS) · بحث سريري · هايدلبرغ، ألمانيا

A physician (MBBS) with a strong interest in clinical research, translational medicine, and healthcare innovation. At BioNexus Discovery, he supports the integration of clinical expertise into AI-driven drug discovery, toxicity assessment, and biomedical research, fostering collaborations with healthcare professionals across Europe and the Middle East.طبيب (MBBS) ذو اهتمام واسع بالبحث السريري والطب الترجمي والابتكار في الرعاية الصحية، يدعم دمج الخبرة السريرية في اكتشاف الأدوية المدعوم بالذكاء الاصطناعي وتقييم السمية والبحث الطبي الحيوي.

Clinical ResearchMedical AffairsTranslational Medicine
Materials Science Consultantمستشار علم المواد

Dr. Mohamed Reda Alazonyد. محمد رضا الأزوني

Corrosion Engineering · Surface Protection · Industrial Materialsهندسة التآكل · حماية الأسطح · المواد الصناعية

A Materials Science Consultant with extensive practical experience in corrosion engineering, electroplating, industrial coatings, and surface protection technologies. He supports BioNexus Discovery with expertise in materials characterization, corrosion mitigation strategies, and sustainable engineering solutions for industrial and marine environments.مستشار في علم المواد يمتلك خبرة عملية واسعة في هندسة التآكل والطلاء الكهربائي والطلاءات الصناعية وتقنيات حماية الأسطح، يدعم BioNexus Discovery بخبرته في توصيف المواد واستراتيجيات تخفيف التآكل.

ElectroplatingMarine CorrosionProtective CoatingsGreen Corrosion Inhibitors
Evidence, Not Just Claimsأدلة، لا مجرد ادعاءات

The Science Behind BioNexus Discoveryالعلم وراء BioNexus Discovery

Our platforms are built on documented, benchmarked research — applied across real projects, not just claimed.تُبنى منصاتنا على أساس أبحاث موثقة ومُقيَّمة — مُطبَّقة عبر مشاريع حقيقية، وليست مجرد ادعاءات.

Research Publicationsالأبحاث المنشورة

Documented computational and experimental studies across toxicology, genomics, and drug discovery — the foundation our platforms are built on.دراسات حاسوبية وتجريبية موثقة في السمية والجينوميات واكتشاف الأدوية.

See Research →شاهد الأبحاث ←

Platform Validationالتحقق من المنصة

MultiEndpointTox is benchmarked against independent external datasets — not just internal test data.يُقيَّم MultiEndpointTox مقابل بيانات خارجية مستقلة.

See Validation →شاهد التحقق ←

Explainable AIذكاء اصطناعي مفسَّر

Every toxicity prediction ships with SHAP-based explainability, tracing risk scores to specific molecular features — not a black box.كل تنبؤ بالسمية مصحوب بتفسير قائم على SHAP.

See How It Works →شاهد كيف يعمل ←

Benchmarksمقاييس الأداء

SHAP analysis traced 78% of a hepatotoxicity risk score to 4 molecular features in published case work.تتبّع تحليل SHAP 78% من درجة خطر سمية الكبد إلى 4 سمات جزيئية في عمل حالة منشور.

Case Studiesدراسات الحالة

Real, documented project write-ups — including a full multi-endpoint toxicity profile — with methods and results shown in full.كتابات مشاريع موثقة وحقيقية مع عرض المنهجية والنتائج بالكامل.

Read Case Studies →اقرأ دراسات الحالة ←

Platform Roadmapخارطة طريق المنصة

FHIR/HL7 integration, role-based access, audit logging, and upcoming products are tracked openly — not hidden.تكامل FHIR/HL7 والصلاحيات وسجلات التدقيق مُتتبَّعة بشفافية.

See the Roadmap →شاهد خارطة الطريق ←

Independent Scientific Recognitionاعتراف علمي مستقل

Accepted for Publicationمقبول للنشر

Pharmaceuticals (MDPI)

"MultiEndpointTox: A Chemoinformatics Platform for Multidimensional Drug Toxicity Profiling Using Interpretable Machine Learning, Multi-Task Learning, and Integrated Risk Scoring" — peer-reviewed manuscript accepted 6 August 2026."MultiEndpointTox: منصة معلوماتية كيميائية لتوصيف السمية الدوائية متعددة الأبعاد" — مخطوطة محكّمة مقبولة في 6 أغسطس 2026.

View Publication →عرض المنشور ←
Platform Presentation Selectedتم اختيار عرض المنصة

SETAC North America 2026

"Metabolism-Aware and Pharmacogenetics-Informed Toxicity Prediction: A Multi-Endpoint Machine Learning Framework With Systematic Platform Benchmarking" — 47th Annual Meeting, Montreal, 4 November 2026."التنبؤ بالسمية الواعي بالأيض والمستنِد إلى الجينوميات الدوائية" — الاجتماع السنوي الـ47، مونتريال، 4 نوفمبر 2026.

View Abstract →عرض الملخص ←
Frequently Asked Questionsالأسئلة الشائعة

Common Questions About BioNexus Discovery & BPIPأسئلة شائعة حول BioNexus Discovery و BPIP

Who can use BioNexus Discovery services?من يمكنه استخدام خدمات BioNexus Discovery؟

Our services are designed for academic researchers (MSc and PhD students, postdocs, professors), pharmaceutical companies, biotechnology startups, research institutes, food and environmental labs, and independent scientists worldwide.خدماتنا مصممة للباحثين الأكاديميين وشركات الأدوية وشركات التكنولوجيا الحيوية الناشئة ومعاهد البحث والمختبرات البيئية والغذائية والعلماء المستقلين حول العالم.

Do you work with international clients?هل تعملون مع عملاء دوليين؟

Yes. BioNexus Discovery operates internationally. We collaborate with researchers and organizations across Europe, the Middle East, Africa, and beyond. All project communication can be conducted remotely.نعم. تعمل BioNexus Discovery على المستوى الدولي. نتعاون مع الباحثين والمنظمات في أوروبا والشرق الأوسط وأفريقيا وما وراءها. يمكن إجراء جميع اتصالات المشروع عن بُعد.

Can you support MSc and PhD research projects?هل يمكنكم دعم مشاريع بحث الماجستير والدكتوراه؟

Absolutely. We regularly support postgraduate research including experimental design, computational analysis, statistical interpretation, figure preparation, and scientific writing for thesis and publication.بالتأكيد. ندعم بانتظام مشاريع البحث لمرحلة الدراسات العليا بما في ذلك تصميم التجارب والتحليل الحاسوبي والتفسير الإحصائي وإعداد الأشكال والكتابة العلمية للرسائل والنشر.

What laboratory analyses are available?ما هي التحليلات المعملية المتاحة؟

We offer HPLC, GC-MS, ICP-MS, ICP-OES, UV-Visible Spectroscopy, ELISA and immunoassays, sample preparation, method development, and method validation — through accredited partner laboratories.نقدم HPLC وGC-MS وICP-MS وICP-OES ومطيافية UV-Vis وELISA والمناعيات وتحضير العينات وتطوير الطرق التحليلية والتحقق منها — من خلال مختبرات شريكة معتمدة.

Do you provide publication support?هل تقدمون دعماً للنشر العلمي؟

Yes. We offer end-to-end publication support including scientific writing, statistical analysis, figure and table preparation, journal selection, manuscript formatting, and response to peer reviewer comments.نعم. نقدم دعماً شاملاً للنشر يشمل الكتابة العلمية والتحليل الإحصائي وإعداد الأشكال والجداول واختيار المجلة وتنسيق المخطوطات والرد على تعليقات المراجعين.

How do I get started?كيف أبدأ؟

Simply reach out via the contact form, email, or WhatsApp. Describe your research needs and we will respond within 24–48 hours with an initial consultation to discuss how we can best support your project.تواصل معنا عبر نموذج التواصل أو البريد الإلكتروني أو WhatsApp. صف احتياجاتك البحثية وسنرد في غضون 24-48 ساعة بمشاورة أولية لمناقشة كيفية دعم مشروعك.

What is MultiEndpointTox?ما هو MultiEndpointTox؟

MultiEndpointTox is BioNexus Discovery's proprietary AI-powered computational toxicology platform. It predicts 15+ ADMET and safety endpoints simultaneously from molecular structure using ensemble machine learning (XGBoost, Random Forest, Graph Neural Networks), quantum chemistry descriptors, and SHAP-based explainable AI. Endpoints include hepatotoxicity, cardiotoxicity (hERG), carcinogenicity, mutagenicity (Ames), reproductive toxicity, acute oral toxicity (LD50), environmental aquatic toxicity, and regulatory compliance flags for REACH, ICH M7, and FDA guidelines.MultiEndpointTox هي منصة سمية حسابية مدعومة بالذكاء الاصطناعي من BioNexus Discovery. تتنبأ بأكثر من 15 نقطة نهاية ADMET وسلامة في وقت واحد من البنية الجزيئية باستخدام تعلم الآلة التجميعي ووصفات الكيمياء الكمية وذكاء اصطناعي قابل للتفسير.

What is the typical project turnaround time?ما هو الوقت المعتاد لإنجاز المشروع؟

Simple computational analyses — such as molecular docking, toxicology screening, or single-gene bioinformatics — typically complete within 3–7 business days. Comprehensive multi-omics studies, full nanoformulation optimization projects, or complete publication support packages typically run 2–8 weeks depending on scope. We provide a clear timeline during the initial consultation.التحليلات الحسابية البسيطة تكتمل عادةً في غضون 3-7 أيام عمل. الدراسات الشاملة متعددة الأوميكس ومشاريع تحسين النانو الكاملة أو حزم دعم النشر الكاملة تستغرق عادةً من 2 إلى 8 أسابيع.

Do you offer ADMET prediction for drug candidates?هل تقدمون التنبؤ بـ ADMET لمرشحي الأدوية؟

Yes. Our MultiEndpointTox platform provides comprehensive ADMET prediction for drug candidates, including oral bioavailability, blood-brain barrier penetration, Caco-2 permeability, CYP enzyme inhibition (CYP1A2, CYP2C9, CYP2C19, CYP2D6, CYP3A4), P-glycoprotein efflux, plasma protein binding, hepatotoxicity, cardiotoxicity (hERG), and skin sensitization. Results include SHAP mechanistic interpretation and structural modification recommendations.نعم. توفر منصة MultiEndpointTox تنبؤاً شاملاً بـ ADMET لمرشحي الأدوية، بما في ذلك التوافر البيولوجي الفموي واختراق الحاجز الدموي الدماغي وتثبيط إنزيمات CYP وسمية الكبد والقلب.

Can BioNexus Discovery help with RNA-seq analysis?هل يمكن لـ BioNexus Discovery المساعدة في تحليل RNA-seq؟

Yes. We provide complete RNA-seq analysis pipelines including quality control (FastQC, MultiQC), adapter trimming (Trimmomatic, fastp), alignment (STAR, HISAT2), read quantification (featureCounts, RSEM), differential expression analysis (DESeq2, edgeR), gene ontology enrichment (clusterProfiler), KEGG pathway mapping, and publication-ready visualizations including volcano plots, heatmaps, PCA plots, and GSEA plots.نعم. نوفر خطوط تحليل RNA-seq كاملة تشمل ضبط الجودة ومحاذاة القراءات وتحليل التعبير التفاضلي وإثراء مسارات KEGG والأشكال الجاهزة للنشر.

What nanoformulation types do you design computationally?ما أنواع النانو التي تصممونها حسابياً؟

We computationally design and optimize liposomes, PLGA and polymeric nanoparticles, lipid nanoparticles (LNPs), solid lipid nanoparticles (SLNs), dendrimers, chitosan nanoparticles, and inorganic carriers (gold, silica, iron oxide). AI-guided optimization predicts encapsulation efficiency, particle size, zeta potential, drug release kinetics, and in vivo pharmacokinetic behaviour.نصمم ونحسن حسابياً الجسيمات الشحمية وجسيمات PLGA والجسيمات النانوية الدهنية والجسيمات الدهنية الصلبة والدندريمرات وجسيمات الكيتوزان والحاملات غير العضوية.

Do you perform molecular docking and virtual screening?هل تجرون الإرساء الجزيئي والفرز الافتراضي؟

Yes. We offer structure-based virtual screening, molecular docking (AutoDock Vina, Glide, GOLD), pharmacophore modelling, induced-fit docking, covalent docking, and binding free energy calculations (MM-GBSA, MM-PBSA). We screen compound libraries of up to 500,000 molecules against validated protein targets and provide ranked hit lists with binding mode analysis, interaction maps, and 2D/3D visualization.نعم. نقدم الفرز الافتراضي القائم على البنية والإرساء الجزيئي ونمذجة الدوائي الوهمي وحسابات طاقة الارتباط الحرة.

What microbiology services does BioNexus Discovery provide?ما خدمات الميكروبيولوجيا التي تقدمها BioNexus Discovery؟

Our industrial microbiology services include fermentation process optimization, antimicrobial resistance (AMR) profiling, minimum inhibitory concentration (MIC) and minimum bactericidal concentration (MBC) testing, biofilm formation and inhibition studies, microbiome diversity analysis using 16S rRNA amplicon sequencing, plant growth-promoting rhizobacteria (PGPR) screening, biosurfactant research, food and water microbiology safety testing, and soil microbiome analysis.تشمل خدماتنا الميكروبيولوجية الصناعية تحسين التخمير وتحديد مقاومة المضادات الحيوية واختبارات MIC وMBC ودراسات الغشاء الحيوي وتحليل التنوع الميكروبي باستخدام تسلسل 16S rRNA.

What is green corrosion inhibitor research?ما هو بحث مثبطات التآكل الخضراء؟

Green corrosion inhibitor research develops plant-derived, biodegradable molecules that protect metals from corrosion without the environmental and health hazards of traditional chemical inhibitors. BioNexus Discovery combines experimental electrochemical testing — including electrochemical impedance spectroscopy (EIS) and potentiodynamic polarization — with computational DFT calculations and molecular dynamics simulation to identify and optimize inhibitors from plant extracts for industrial and marine applications.تطوير جزيئات قابلة للتحلل الحيوي مستمدة من النباتات تحمي المعادن من التآكل. نجمع بين الاختبار الكهروكيميائي التجريبي وحسابات DFT ومحاكاة الديناميكيات الجزيئية لتحديد المثبطات وتحسينها.

What is your confidentiality and data security policy?ما هي سياسة السرية وأمن البيانات؟

BioNexus Discovery treats all client data with strict confidentiality. We sign non-disclosure agreements (NDAs) upon request before any project begins. Research data, compound structures, sequences, and all findings remain the sole intellectual property of the client and are never disclosed to third parties. Data is shared only through secure, encrypted channels.تعامل BioNexus Discovery جميع بيانات العملاء بسرية تامة. توقع اتفاقيات عدم الإفصاح (NDA) عند الطلب قبل بدء أي مشروع. تظل البيانات الملكية الفكرية الحصرية للعميل ولا تُكشف لأطراف ثالثة.

Do you offer network pharmacology analysis?هل تقدمون تحليل الصيدلة الشبكية؟

Yes. Network pharmacology is a core BioNexus Discovery capability. We construct drug-target-disease interaction networks, identify hub genes and key pathways, perform target fishing using reverse docking and SwissTargetPrediction, integrate protein-protein interaction databases (STRING, BioGRID, IntAct), and combine network topology analysis with transcriptomic data to reveal polypharmacological and multi-target mechanisms of action.نعم. الصيدلة الشبكية هي قدرة أساسية لـ BioNexus Discovery. نبني شبكات تفاعل الدواء-الهدف-المرض ونحدد الجينات المحورية والمسارات الرئيسية ونجمع تحليل توبولوجيا الشبكة مع البيانات المستنسخة.

Can you help with protein structure prediction?هل يمكنكم المساعدة في التنبؤ ببنية البروتين؟

Yes. We use AlphaFold2, RoseTTAFold, and ESMFold for protein structure prediction of novel or poorly characterized targets, followed by model quality assessment (DOPE score, Ramachandran plot analysis, ProSA), active site identification, binding pocket analysis, and homology modelling for protein engineering applications.نعم. نستخدم AlphaFold2 وRoseTTAFold وESMFold للتنبؤ ببنية البروتين، يليه تقييم جودة النموذج وتحديد الموقع النشط وتحليل جيب الارتباط.

Do you support QSAR model development?هل تدعمون تطوير نماذج QSAR؟

Yes. We develop quantitative structure-activity relationship (QSAR) models using classical regression methods and advanced machine learning approaches including Random Forest, XGBoost, Support Vector Machines, and Graph Neural Networks. We follow OECD QSAR validation guidelines including internal cross-validation, external test set validation, Y-scrambling, and applicability domain analysis using Williams plot.نعم. نطور نماذج العلاقة الكمية بين البنية والنشاط (QSAR) باستخدام أساليب الانحدار الكلاسيكية وتعلم الآلة المتقدم وفق إرشادات التحقق من OECD.

Can you support regulatory submission preparation?هل يمكنكم دعم إعداد التقديمات التنظيمية؟

We support regulatory submission preparation by providing computational ADMET and toxicology data packages aligned with FDA, EMA, and ICH guideline requirements. This includes ICH M7 mutagenicity (genotoxic impurity) assessment, REACH chemical safety reports, computational toxicology data for pre-IND and IND applications, and read-across analysis for novel compounds under ECHA and EPA frameworks.ندعم إعداد التقديمات التنظيمية بتوفير حزم بيانات ADMET والسمية الحسابية المتوافقة مع متطلبات إرشادات FDA وEMA وICH، بما في ذلك تقييم طفرية ICH M7 وتقارير سلامة REACH.

Do you offer bioinformatics training or consultation sessions?هل تقدمون جلسات تدريب أو استشارة في المعلوماتية الحيوية؟

Yes. We offer tailored one-on-one bioinformatics consultation sessions for researchers who want to understand and apply computational biology methods to their own data. Topics include RNA-seq analysis workflows, molecular docking step-by-step guidance, QSAR modelling best practices, multi-omics integration strategies, and AI tool selection for biological research. Contact us to arrange a session.نعم. نقدم جلسات استشارة معلوماتية حيوية فردية مخصصة للباحثين الراغبين في تطبيق أساليب علم الأحياء الحسابي. المواضيع تشمل تحليل RNA-seq والإرساء الجزيئي ونمذجة QSAR ودمج متعدد الأوميكس.

What is BPIP?ما هي BPIP؟

BPIP (BioNexus Precision Intelligence Platform) is an enterprise Healthcare AI platform built by BioNexus Discovery, unifying clinical intelligence, precision medicine, research intelligence, population health, and executive intelligence into one system. It's currently available as an interactive demo environment.BPIP (منصة BioNexus للذكاء الدقيق) هي منصة ذكاء اصطناعي صحي للمؤسسات من BioNexus Discovery، توحّد الذكاء السريري والطب الدقيق وذكاء الأبحاث وصحة السكان والذكاء التنفيذي في نظام واحد. متاحة حالياً كبيئة تجريبية تفاعلية.

Who is BPIP for?لمن صُممت BPIP؟

BPIP is designed for hospitals, GP networks, universities, clinical research centres, biotechnology and pharmaceutical companies, and public health bodies across Ireland and Europe.صُممت BPIP للمستشفيات وشبكات الرعاية الأولية والجامعات ومراكز الأبحاث السريرية وشركات التكنولوجيا الحيوية والصناعة الدوائية والجهات الصحية العامة عبر أيرلندا وأوروبا.

Is BPIP production-ready?هل BPIP جاهزة للإنتاج؟

BPIP is currently available as an interactive demo environment with synthetic data. Core security and compliance features — including role-based access, audit logging, and FHIR/HL7 integration — are on our active development roadmap, not yet complete. Every module is labelled by maturity (Available, Preview, Research, or Roadmap) so you always know what's ready today.BPIP متاحة حالياً كبيئة تجريبية تفاعلية ببيانات اصطناعية. ميزات الأمان والامتثال الأساسية — بما في ذلك الصلاحيات وسجلات التدقيق وتكامل FHIR/HL7 — ضمن خارطة طريق التطوير النشطة وليست مكتملة بعد. كل وحدة موسومة بمرحلة نضجها لتعرف دائماً ما هو جاهز اليوم.

How is AI used in BPIP?كيف يُستخدم الذكاء الاصطناعي في BPIP؟

BPIP uses explainable AI for toxicity and safety prediction, AI-assisted decision support in the clinical workspace, and predictive models for research and population health — every recommendation is designed to be traceable and auditable, not a black box.تستخدم BPIP ذكاءً اصطناعياً مفسَّراً للتنبؤ بالسمية والسلامة، ودعم قرار سريري مدعوم بالذكاء الاصطناعي، ونماذج تنبؤية للأبحاث وصحة السكان — كل توصية قابلة للتتبع والتدقيق وليست صندوقاً أسود.

How does BPIP support clinical intelligence?كيف تدعم BPIP الذكاء السريري؟

The Clinical Intelligence product brings patient registry, clinical timeline, and decision-support tools into one connected view. See the Clinical Intelligence section for full detail on what's available today versus on the roadmap.يجمع منتج الذكاء السريري سجل المرضى والجدول الزمني السريري وأدوات دعم القرار في واجهة واحدة متصلة. راجع قسم الذكاء السريري للتفاصيل الكاملة.

What is Research Intelligence?ما هو ذكاء الأبحاث؟

Research Intelligence is a BPIP product for literature search, knowledge graphs, publication analytics, and multi-site research collaboration — designed to reduce the manual overhead of biomedical research.ذكاء الأبحاث هو منتج ضمن BPIP للبحث في الأدبيات والرسوم البيانية المعرفية وتحليلات النشر والتعاون البحثي متعدد المواقع.

How do I request a demo?كيف أطلب عرضاً توضيحياً؟

Click View Live Platform anywhere on the site, enter your name and business email, and you'll be redirected straight to the live BPIP demo in seconds — no long form required.اضغط "شاهد المنصة الحية" في أي مكان على الموقع، وأدخل اسمك وبريدك الإلكتروني، وسيتم تحويلك مباشرة إلى عرض BPIP الحي خلال ثوانٍ — دون نموذج طويل.

Can BPIP integrate with hospital systems?هل يمكن دمج BPIP مع أنظمة المستشفيات؟

Native FHIR and HL7 interoperability are on our roadmap and not yet available. If your organization needs standards-based integration today, contact our enterprise sales team to discuss your timeline and requirements.تكامل FHIR وHL7 الأصلي ضمن خارطة طريقنا وغير متاح بعد. إذا كانت مؤسستك تحتاج تكاملاً قياسياً اليوم، تواصل مع فريق مبيعات المؤسسات لدينا.

Contactتواصل معنا

Start Your Research Collaborationابدأ تعاونك البحثي

What happens when you reach out — in 4 simple steps.ما الذي يحدث عندما تتواصل معنا — في 4 خطوات بسيطة.

1
Share Your Briefشارك موجزك

Send 2–3 sentences about your research challenge — no technical jargon required.أرسل 2-3 جمل عن تحديك البحثي.

2
Response in 24hرد خلال 24 ساعة

We review your needs and reply personally with initial questions or a project scope.نراجع احتياجاتك ونرد شخصياً بأسئلة أولية.

3
Tailored Proposalاقتراح مخصص

Receive a clear scope, timeline, and deliverables — NDA signed before any data is shared.نطاق واضح وجدول زمني — مع توقيع اتفاقية سرية.

4
Research Beginsتبدأ الأبحاث

We start work and update you at every milestone until your deliverable is complete.نبدأ العمل ونطلعك على كل مرحلة.

Get in Touchتواصل معنا

Discuss Your Research Projectناقش مشروعك البحثي

Use our secure enquiry form for the full intake — service selection, project details, and NDA requests.استخدم نموذج الاستفسار الآمن للتفاصيل الكاملة — اختيار الخدمة وتفاصيل المشروع وطلبات اتفاقية السرية.