🚀 VII CDNB | 7th CDNB

🇧🇷 Evento online e gratuito. Inscreva-se na página oficial.
🇺🇸 Fully online & free. Register externally.
🇪🇸 Evento online y gratuito. Registro externo.

🔗 even3.com.br/viicdnb-693448/?lang=pt
🔗 linktr.ee/viicdnb

#Nanobiotechnology #Bioengineering

Great afternoon session in #Nanobiotechnology at #ICONN2026. Examples include polysuccinimide-based degradable #biomaterials (Hang Thu Ta, Griffith), nanoscale membrane deformation and oncogenic Ras clustering (Wenting Zhao, NTU), and #biomimetic #nanoparticles for vaccine delivery (Hao Song, UQ).

Great morning session in the #Nanobiotechnology stream at #ICONN2026 International Conference on #Nanoscience and #Nanotechnology in Sydney
From metal–phenolic nanomaterials to glycocalyx-aware drug delivery and electronic skins for health monitoring. Excellent talks by Richardson, Lord & Wang 👏

Call for Proposals: Open Access to JRC Research Infrastructure Nanobiotechnology Laboratory
JRC opens its Nanobiotechnology Laboratory to people working in academia, research organisations, industry, SMEs etc. 

🗓️ Call deadline 9 Feb 2026.   https://urlr.me/cZaPd8

#JRC #nanobiotechnology

#Oral #cancer is still often detected too late. Could #nanobiotechnology change that? 🧬

This article explores cutting-edge nanosensors that promise earlier, less invasive detection and better outcomes by uniting accuracy, speed, and #accessibility!

🔗 shorturl.at/ClTWO

#MedSky #OpenAccess

Learn more about the @fheritale.bsky.social project and hear expert perspectives about the impact of #micro#nanoplastics, as well as information on the access opportunities available to researchers at the #JRC #Nanobiotechnology facility!

Register here 👇
events.teams.microsoft.com/event/2927bb...

Biomining Viruses Deliver Rare Earth Elements Learn how scientists use an engineered virus for biomining rare earth elements, a green alternative to destructive, toxic mining methods. They’re gorgeous, dazzling, passionately pursued, and worth billions. No, not Hollywood starlets and hunks and the stars of K-Pop. Well, OK, yes – they are gorgeous, dazzling, passionately pursued, and worth billions – but they’re nowhere near as useful to the world as rare earth elements (REEs). And thanks to bioengineering professor Seung-Wuk Lee and his team at UC Berkeley, there’s a brand new way to make viruses that can extract REEs without causing horrific, ecosystem-killing pollution and destruction. (No word yet whether the virus can do the same for starlets, hunks, and pop-stars). In a paper recently published in the journal Nano Letters, Lee and his team describe genetically engineering a harmless virus that acts like a microscopic aquatic miner by retrieving REEs from mine drainage water, and following a temperature and pH change, delivers them for harvest. Such a method could mean an eventual replacement of the pervasive and hyper-destructive methods of modern mining. “This is a significant move toward more sustainable mining and resource recovery,” said principal investigator Seung-Wuk Lee, who is also faculty scientist at Lawrence Berkeley National Laboratory. “Our biological solution offers a greener, low-cost, and recyclable way to secure the critical materials we need for a clean energy future while helping to protect the environment.”   Any country with REE reserves deploying such technology domestically would reduce its reliance on international sources of REEs, thus increasing its economic, industrial, and political independence. Currently, no country produces more REEs than does China, mining an estimated 240,000 tons of REEs and refining 189,179 tons in 2023. That’s 70% of the world’s REE mining and 87% of its REE refining. In their various states of oxidation, the shiny, metallic REEs can form a range of colorful compounds. While precious, the REEs aren’t exactly atomic celebrities sipping martinis and eating caviar around a glamorous periodic table. So, forget the attention-getting elements such as gold, iron, and platinum, and fix your eyes instead on this substantial crew of exotic refinement: the two transition metals scandium and yttrium, and the 15 lanthanides including promethium, europium, and gadolinium.   So, how does the virus work? Lee’s team transformed a bacteriophage (a type of virus that attacks bacteria without harming humans or the rest of the biosphere) into a micro-mining machine by adding two specialized proteins. One is a lanthanide-binding peptide on the phage’s surface acting as a claw for collecting REEs, and the other, an elastin motif peptide that, when temperature-activated, exits the solution and delivers its REEs. For an outstanding bonus, the biomining viruses remain effective even after completing their “shift,” meaning they can come back to work whenever they’re needed. They’re easy and inexpensive to grow at industrial scale, too – simply add them to bacteria, and when the bacteria replicate, the virus replicates with them. According to Lee, the new biomining method is “not only eco-friendly, but also incredibly simple, requiring little more than a mixing tank and a heater.” With it, scientists “can use a programmable, biological tool to perform a complex industrial task that currently requires toxic chemicals and a lot of energy.” Because of REEs’ ability to enhance miniaturization, efficiency, durability, and performance, the world craves them. Used in consumer electronics such as mobile phones, computers, televisions and monitors, LEDs, camera lenses, fluorescent lights, REEs are also indispensable for countless industrial applications including glass-colourants, lasers, weaponry, MRIs, catalytic converters, polishing powders used in semiconductor manufacturing, fuel cells, rechargeable batteries, and vehicles for land, air, and space. REEs’ most widespread function in 2023 – about 45%, as the Government of Canada reports – is the manufacture of permanent magnets which make wind turbines and EVs (and the vibrating magnet in your cellphone) possible.

A recent study describes the engineering of genetically modified bacteriophages to recover rare-earth elements (REEs) under aqueous conditions through temperature modulation. #phages #nanobiotechnology

The Advances in Applied Nano-Bio-Technologies (AANBT) journal is now inviting submissions for upcoming issues. We welcome original research articles and review papers in the rapidly evolving field of nano-bio-technology. Learn more >> shorturl.at/NPEKv

#Nanobiotechnology #CallForPapers #AANBT

The NanoBioMed Conference will present the latest advances in #Nanobiotechnology & #Nanomedicine.

📍 Barcelona
📅 2-4 Dec. 2025
🔜 Abstract Submission: 14th Nov.

🤝 Phantoms Foundation, BOKU Vienna, ICN2 Prof. @arbenmerkoci.bsky.social @merkocigroup.bsky.social

ℹ️ https://f.mtr.cool/ckpgxahxwo

Episode 7: Nanotechnology in Medicine and Biology |
Nanotechnology is transforming healthcare through targeted drug delivery and advanced diagnostics.
#NanoMedicine #NanoBioTechnology

youtu.be/s5mRR8AjN1U

📢 Call for Papers: AANBT
We welcome research on nanostructures, nanosciences, nanotech tools and biotechnology applications including drug delivery, tissue engineering and biomaterials.

Submit today >> bit.ly/45xYbkR

#CallForPapers #Nanobiotechnology #Nanotechnology #OpenAccess

🌟 Ever heard of glowing nanoparticles that can help diagnose and treat diseases?
Read the full review here 👉 doi.org/10.63654/icm...
Published in ICMS: insuf.org/journal/icms
#NanoBiotechnology #QuantumDots #FutureOfMedicine #HealthInnovation #Theranostics #ICMS #insuf

Our lab was at the SPM workshop in beautiful city of Lednice this week, sharing some of our work on using AFM for bioapplications. Interesting talks, cool science, and lots of inspiration!
#AFM #Nanobiotechnology #Ceitec #SPM2025 #ScienceLife

🇧🇷 PT:
🔥 1500 INSCRITOS! VI CDNB É SUCESSO! Cadastre-se AGORA (3 MIN!): even3.com.br/vicdnb/?lang=pt
📲 linktr.ee/cdnb
#nanobiotecnologia #bioengenharia

🇬🇧 EN:
🔥 1500 REGISTERED! JOIN THE 6TH CDNB NOW (3 MIN!): even3.com.br/vicdnb/?lang=en
📲 linktr.ee/cdnb
#nanobiotechnology #bioengineering

🌟 MILESTONE: 1,000 REGISTRATIONS! 🌟
The 6th CDNB reached 1,000 registrations in under 30 days! 🚀 A leap for global science!

🔗 Register for free: even3.com.br/vicdnb

📌 Follow us: linktr.ee/cdnb

#cdnb2025 #freeevent #nanotechnology #nanobiotechnology #bioengineering #biotechnology #science

📢 We're thrilled to present Robinson Sabino-Silva as one of our #SDI4thAnnualConference speakers!

As a distinguished #dentist with a Ph.D. in #HumanPhysiology, he leads the Innovation Group in #SalivaryDiagnosis & #Nanobiotechnology (SalivaNano).

Register at sdi25.vfairs.com/en/

#Saliva #AI

Advances in Applied Nano-Bio Technologies is interested in research that merges #nanotechnology & #biomedicine 🧬

Volume 5 issue 4 explores the applications of #nanobiotechnology in #cancer diagnosis and therapy: shorturl.at/F6rR2

2/4

Autophagosomes coated in situ with nanodots act as personalized cancer vaccines - Nature Nanotechnology Cancer vaccine is a powerful cancer immunotherapy strategy. Here autophagosomes coated with nanodots in situ in tumours serve as personalized cancer vaccines, effectively activating anti-cancer immune...

Autophagosomes coated in situ with nanodots act as personalized cancer vaccines.

www.nature.com/articles/s41...

#CancerVaccine #Nanobiotechnology

The Journal covers cutting-edge areas of fundamental and applied nanoscience, including #NanoEnergy ⚡, #Nanoelectronics 💻, #LowDimensionalMaterials 📏, #ComputationalNanomaterials 🧮, #QuantumNanomaterials 🌌, and #Nanobiotechnology 🧬

The final MoBi group we introduce is #NanoBioTechnology that focuses on synthesis & characterization of innovative #nanobiomaterials, providing solutions to various biological & technological challenges. We also explore cell characterization, transfection & vaccination methods.

📢 Register: forms.gle/m5NZAq6e78Qw...

Don’t miss your last chance to register for #SalivaDirect's free #Diagnostics #Webinar!

#Saliva #AI #Webinar #UFU #SpitRules #NanoBiotechnology #Innovation #Microbiology #medicine #health #pathology

Using individual virus measurements, our researchers found that the infectivity of the human #rhinovirus🦠 is directly correlated with the speed of release of its genetic content🧬



@UCCUAM @CSIC @ifimacuam

#Virus #Engineering and #Nanobiotechnology lab:

bit.ly/mateu

Researchers at #UniMainz develop tattoo made of gold #nanoparticles that revolutionizes medical #diagnostics: Color changes under the skin reveal concentration changes of substances in the body www.uni-mainz.de/presse/aktuell/13376_ENG... #nanobiotechnology #sensors...