From Nanomaterials to Predictive Medicine: Dr Sergey Suchkov’s Challenge to the Materials Community at MNano 2025

 

Imagine this scenario

A biosensor the size of a dust mote flags an inflammatory spike days before it becomes disease. A single nano‑enabled capsule diagnoses, delivers therapy, and confirms success—all while sending real‑time data to your physician. That isn’t science‑fiction; it’s the hi‑tech culture Dr Sergey Suchkov believes materials scientists must start building now.

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Meet the Visionary

Name	Dr Sergey Suchkov, MD PhD
Role	Vice‑Director, N.D. Zelinskii Institute for Organic Chemistry, Russian Academy of Sciences
Track record	40+ years in clinical immunology • Fellow of NYAS, ACS, AHA, EPMA • Global advocate for Predictive, Preventive & Personalized Medicine (PPM)

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Keynote Snapshot

Topic: “Personalized and Precision Medicine (PPM) as a unique healthcare model through biodesign-inspired & biotech-driven translational applications and upgraded business marketing to secure the human healthcare and biosafety”

Fast‑Five Takeaways

1. Systems‑biology fingerprints will replace one‑size disease labels.

2. Companion diagnostic + therapeutic nano tandems (theranostics) are the next blockbuster platform.

3. Agile clinical trials driven by digital twins will slash R&D timelines.

4. Smart/intelligent materials can move healthcare from reactive to predictive.

5. Cross‑sector collaboration—scientists, policymakers, patient advocates—is mandatory.

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Why This Matters

“The grand challenge isn’t a new drug; it’s a design mindset that fuses nanotech with AI to keep people healthy in the first place.”
— Dr Sergey Suchkov

Your innovations in 2D materials, smart polymers, and nano‑electronics could be the missing pieces in this predictive‑medicine puzzle.

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Event Details

Congress	International Congress on Materials Science & Nanotechnology (MNano 2025)
Dates	20 – 22 November 2025
Format	Hybrid—Village Hotel Changi, Singapore + fully virtual platform

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Lock in Your Seat

On‑site immersion or virtual convenience—choose your pass and earn CPD credits while you’re at it: https://materials.miconferences.com/register 

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Need Help?

📧 materials@mathewsconference.com | ☎ +1 312 462 4448 | 💬 WhatsApp https://wa.me/14243770967

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Join us at #MNano2025 to co‑create the hi‑tech culture that will redefine health and wellness.

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#PredictiveMedicine #Theranostics #Nanotechnology #SmartMaterials #SystemsBiology #HealthcareInnovation #MNano2025 #NanotechnologyConferences #NanomedicineConferences #SingaporeNanotechnologyEvents

AI Meets Nanomedicine: Dr. Mitra Mosharraf’s Vision for Rapid-Fire Nano Drug Delivery Design at M-Nano 2025

Speaker Spotlight

Dr. Mitra Mosharraf, PhD (Molecular Pharmaceutics, Uppsala University) & MBA (MIT Sloan), is Chief Scientific Officer at HTD Biosystems and co-founder of Engimata Inc. A veteran of Pharmacia, Pfizer, and Santen, she invents at the intersection of nanotechnology and advanced analytics, holding six patents on liposomal vaccines and nanocrystals. In 2024–25 she chairs the American Association of Pharmaceutical Scientists (AAPS) Nanotechnology Community and has authored 20+ peer-reviewed papers.

Keynote Preview

Artificial Intelligence in Nano Drug Delivery: From Formulation Design to Clinical Translation

Dr. Mosharraf will outline how AI and machine learning turbo-charge every phase of nano-therapeutic development:

Development Stage	How AI/ML Adds Value
Material selection	Pattern-mining large property libraries to choose lipids, polymers, inorganics
Formulation optimisation	Predicting particle size, stability, and release kinetics—weeks faster than lab iteration
Pre-clinical modelling	Forecasting bioavailability & toxicity from molecular descriptors
Manufacturing scale-up	Real-time process control, fault detection, yield maximisation
Clinical translation	Adaptive trial design, patient-level dosage algorithms, personalised nanomedicine

Case studies will showcase AI-guided vaccines and oncology nanocarriers that progressed from concept to viable clinical candidates in record time while meeting evolving regulatory expectations.

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Why Attend This Session?

• Cut failure rates by swapping trial-and-error for data-driven formulation blueprints.

• Speed time-to-clinic with predictive bio-distribution and toxicity screens.

• Bridge silos—see how materials science, computational modelling, and regulatory strategy unite to deliver next-gen nanotherapeutics.

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Event Snapshot

• Conference: International Congress on Materials Science & Nanotechnology (M-Nano 2025)

• Dates: 20 – 22 November 2025

• Format: Hybrid — Village Hotel Changi, Singapore, and full virtual platform

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Register Today
Secure your onsite seat or interactive virtual pass: https://materials.miconferences.com/register

Contact & Queries
✉ materials@mathewsconference.com | ☎ +1 (312) 462-4448 | 💬 WhatsApp https://wa.me/14243770967

Join Dr. Mitra Mosharraf at MNano 2025 and discover how AI is rewriting the rule-book for nano drug delivery.

MNano2025 #Nanomedicine #AIDrugDelivery #MachineLearning #MaterialsScience #MaterialsConferences #MaterialsScienceConferences #NanotechnologyConferences #Nanotechnology

Cellulose Nanocrystals Meet Next-Gen Hydrogels: Prof. Shenmin Zhu’s Breakthrough Talk at MNano 2025

 

About the Speaker
Prof. Shenmin Zhu, a tenured professor at Shanghai Jiao Tong University and former JSPS Fellow in Japan, has authored over 190 journal papers on polymer composites and biomedical gels. Her latest work pushes cellulose nanocrystals (CNCs) far beyond their traditional uses.

What She’ll Unveil
Functionalization of Cellulose Nanocrystals and Their Biomedical Applications will showcase:

• Magnetically responsive CNC hydrogels built with Fe₃O₄ nanoparticles—perfect for smart sensors, optical devices and nano-templating.

• Stretchable, near-infrared–triggered hydrogels produced via in-situ polymerisation, delivering ultra-high drug loads on demand.

• Injectable “all-in-one” hydrogel that combines photothermal, photodynamic and chemodynamic therapy under a single 660 nm light source—opening new horizons for minimally invasive cancer treatment.

These advances demonstrate how abundant, sustainable cellulose can be transformed into high-performance biomaterials with multi-functional punch.

Why It Matters
CNCs are renewable, biocompatible and naturally abundant. Prof. Zhu’s functionalised versions add magnetic, optical and therapeutic abilities—creating low-cost platforms for drug delivery, tissue engineering and responsive medical devices.

Attend MNano 2025

• Conference: International Congress on Materials Science & Nanotechnology (M-Nano 2025)

• Dates: 20 – 22 November 2025

• Format: Hybrid—onsite at Village Hotel Changi, Singapore, plus full virtual access

Register Now – lock in your seat or virtual pass: About the Speaker

Prof. Shenmin Zhu, a tenured professor at Shanghai Jiao Tong University and former JSPS Fellow in Japan, has authored over 190 journal papers on polymer composites and biomedical gels. Her latest work pushes cellulose nanocrystals (CNCs) far beyond their traditional uses.

What She’ll Unveil
Functionalization of Cellulose Nanocrystals and Their Biomedical Applications will showcase:

• Magnetically responsive CNC hydrogels built with Fe₃O₄ nanoparticles—perfect for smart sensors, optical devices and nano-templating.

• Stretchable, near-infrared–triggered hydrogels produced via in-situ polymerisation, delivering ultra-high drug loads on demand.

• Injectable “all-in-one” hydrogel that combines photothermal, photodynamic and chemodynamic therapy under a single 660 nm light source—opening new horizons for minimally invasive cancer treatment.

These advances demonstrate how abundant, sustainable cellulose can be transformed into high-performance biomaterials with multi-functional punch.

Why It Matters
CNCs are renewable, biocompatible and naturally abundant. Prof. Zhu’s functionalised versions add magnetic, optical and therapeutic abilities—creating low-cost platforms for drug delivery, tissue engineering and responsive medical devices.

Attend MNano 2025

• Conference: International Congress on Materials Science & Nanotechnology (MNano 2025)

• Dates: 20 – 22 November 2025

• Format: Hybrid—onsite at Village Hotel Changi, Singapore, plus full virtual access

• Early-bird deadline: 30 June 2025

Register Now – lock in your seat or virtual pass: https://materials.miconferences.com/register

Contact & Questions
materials@mathewsconference.com | +1 (312) 462-4448 | WhatsApp https://wa.me/14243770967

Join us to explore how functionalised cellulose nanocrystals are reshaping the biomaterials landscape—and see what other breakthroughs await at MNano 2025.

#MNano2025 #CelluloseNanocrystals #Biomaterials #Hydrogels #DrugDelivery #CancerTherapy #MaterialsScience #Nanotechnology #PolymerGels #SingaporeEvents #NanotechnologyConferences #NanotechCongress2025 #NanotechnologyCongress #ShenminZhu #ShanghaiJiaoTongUniversity

Atomic-Precision Frameworks: Dr Meiyan Gao’s Virtual Spotlight at MNano 2025

Who’s speaking

Dr Meiyan Gao—postdoctoral researcher at UC Berkeley with a PhD from the University of Limerick and visiting scholarship at Manchester—has built a career around metal-organic and covalent-organic frameworks that work exactly the way chemists envision at the atomic level. Forty peer-reviewed papers (including Nat. Commun., JACS and Angew. Chem.), two patents, a book chapter and editorial board roles testify to her impact.

Session you shouldn’t miss
“Structurally Precise Coordination Compounds: Applications in the Separation and Conversion of C-Compounds” (live virtual talk + Q&A)

What she’ll cover
• Single-crystal-verified MOFs & COFs that separate hydrocarbon isomers with far less energy than cryogenic distillation
• Catalytic conversion of light hydrocarbons inside designer pores to boost yield and cut carbon footprint
• How DFT modelling plus lab data pin down the exact mechanisms behind adsorption and catalysis
• Practical lessons for scaling atomic-precision materials into sustainable industrial processes

Why it matters
– Petrochemical plants spend ~15 % of their total energy on separations; Gao’s frameworks promise deep cuts.
– Tunable, crystal-clear pore environments open doors to cleaner fuels and greener chemical feedstocks.
– The talk bridges synthesis, characterisation, modelling and real-world deployment—ideal for researchers and engineers alike.

Conference snapshot
• Event: International Congress on Materials Science & Nanotechnology (M-Nano 2025)
• Dates: 20–22 November 2025
• Format: Hybrid—onsite at Village Hotel Changi, Singapore + fully interactive virtual stage

Join us
Early-bird seats and virtual passes are available now: https://materials.miconferences.com/register

Questions?
materials@mathewsconference.com | +1 (312) 462-4448 | WhatsApp: +1 (424) 377 0967(https://wa.me/14243770967)

Catch Dr Gao’s atomic-level insights and meet a global community shaping tomorrow’s sustainable materials.

#MNano2025 #MaterialsScience #MOFs #COFs #Catalysis #SeparationScience #Nanotechnology #SustainableTech #MeiyanGao #MaterialsScienceEvents #MaterialsConferences #NanomaterialsEvents2025

Turning Fly Ash into Clean-Water Gold: Prof. Maria Visa’s Sustainable Breakthrough at MNano 2025

Meet the Innovator

Prof. Dr Maria Visa (Transilvania University of Brașov) has spent two decades upgrading industrial “waste” into game-changing materials. With 45 ISI-indexed papers, an h-index of 20 and a shelf of national awards, she now leads EU-funded teams redefining how we purify water, capture energy and close the loop on resources.

Keynote You Can’t Miss

TiO₂ & WO₃ Semiconductor Particles Anchored on Fly Ash for One-Step Removal of Heavy Metals, Dyes & Surfactants

What happens when class-F fly ash—normally destined for landfill—meets hydrothermally grafted TiO₂ and WO₃? According to Prof. Visa:

• Cadmium ions vanish.
• Methylene blue and SDS break down under UV light.
• Band-gap fine-tuning turns waste into a photocatalytic powerhouse.

Expect fresh SEM, AFM, XRD and UV-Vis data, plus kinetic and thermodynamic modelling that proves the process is scalable, affordable and circular-economy ready.

Why It Matters
– Powers UN SDG 6 (Clean Water) and SDG 12 (Responsible Consumption & Production).
– Cuts raw-material costs by transforming power-plant residue into high-value nanocomposites.
– Marries adsorption and photocatalysis, eliminating the need for multiple treatment stages.

Event Snapshot
• International Congress on Materials Science & Nanotechnology (M-Nano 2025)
• 20-22 November 2025 • Village Hotel Changi, Singapore • Hybrid format

Take Part
– Register: https://materials.miconferences.com/register
– Submit your abstract for oral, poster; inperson and virtual slots
– Network live with Prof. Visa during the keynote Q&A—in the room or in the virtual auditorium

Need More Info?
Email: materials@mathewsconference.com
Phone: +1 (312) 462-4448
WhatsApp: +1 (424) 377 0967

Turn waste into water-treatment gold—see you at M-Nano 2025!

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#MNano2025 #MaterialsScience #Nanotechnology #FlyAsh #Photocatalysis #TiO2 #WO3 #CircularEconomy #WaterTreatment #SustainableTech #HybridConference #SingaporeEvents #MaterialsScienceCongress #UpcomingMaterialsConferences #TopNanotechnologyConferences

Discover Tomorrow’s Breakthroughs at the International Congress on Materials Science & Nanotechnology — Singapore • 20-22 Nov 2025

Welcome to the Future of Materials Innovation

Mark your calendar for 20 – 22 November 2025 as Singapore hosts the International Congress on Materials Science and Nanotechnology—a hybrid event that seamlessly connects on-site delegates with a global virtual audience. From cutting-edge 2D materials to sustainable nanocomposites, this congress unites researchers, engineers, and industry pioneers ready to shape the next generation of smart, sustainable technologies.

What Sets This Congress Apart

• Hybrid Flexibility — Choose the immersive in-person experience or join virtually from anywhere in the world with real-time streaming, on-demand recordings, and interactive breakout rooms.
• Multi-Track Program — Explore parallel sessions on nanofabrication, biomaterials, quantum dots, energy storage, photonics, and advanced characterization techniques.
• Live Demonstrations & Poster Sessions — See novel instrumentation and prototype materials in action, then discuss findings directly with the innovators.
• Industry–Academia Synergy — Hear success stories from start-ups, multinational corporations, and university labs collaborating to move discoveries from bench to market.
• Career & Funding Workshops — Gain practical insight into grant writing, venture capital, and translational research pathways.

Preliminary Topic Highlights

• Smart nanomaterials for next-gen electronics
• Green synthesis routes and circular-economy composites
• Nano-enabled energy harvesting & storage solutions
• Biomedical nanotechnology for targeted drug delivery
• AI-driven materials discovery and predictive modeling
• Quantum materials and photonic crystals

Conference Snapshot

• Event: International Congress on Materials Science and Nanotechnology (Hybrid)
• Dates: 20 – 22 November 2025
• Venue: Singapore + Global Online Platform
• Format: Keynotes • Symposia • Workshops • Virtual Networking Lounges

Why Attend?

• Expand Your Network: Engage with leading materials scientists, nanotechnologists, and industry decision-makers from 40+ countries.
• Publish & Present: Selected papers will be fast-tracked to partner journals and indexed proceedings.
• Stay Ahead: Gain actionable insights into disruptive technologies and future market demands.
• Experience Singapore: Combine learning with world-class culture, cuisine, and innovation hubs in Asia’s vibrant R&D hub.

Secure Your Spot Today
Early-bird rates are limited. Register now to lock in the best price and guarantee your place in the agenda:➡️ https://materials.miconferences.com/register

Have questions? Email us at materials@mathewsconference.com or call +1 (312) 462-4448 or Whatsapp: +1 (424) 377 0967

Spread the Word
Help us amplify materials innovation worldwide—share this announcement with colleagues and tag us on social media!

#MaterialsScience #Nanotechnology #MaterialsCongress2025 #NanoInnovation #SmartMaterials #HybridConference #SingaporeEvents #Composites #EnergyStorage #Biomaterials #AdvancedManufacturing #ResearchAndDevelopment