Biomaterials of the future

Biomaterials of the future
Basic research of biomaterials at Tomas Bata University in Zlín.
Production, material and biological testing.
@UTBZlin

[Philosophy Of Physics @PhilosophyOfPhy]

What learning actually looks like at level of Neurons.

[Biomaterials of the future @BiomaterialsUTB]

@Biomac_ACS @MacroJrnls_ACS

[Biomaterials of the future @BiomaterialsUTB]

Our nanogels trending in ACS Biomacromolecules 🙌
Thermoresponsive hyaluronate-based nanogels boosted phenanthriplatin loading 3× and raised cytotoxicity up to 18× against cisplatin-resistant ovarian cancer cells. Making strides in targeted drug delivery. https://t.co/NmSExbI9VZ

[Biomaterials of the future @BiomaterialsUTB]

🧪 New Research in Int. J. Biol. Macromol.
A one-step method creates chitosan/dialdehyde cellulose/polypyrrole nanofibers with strong antibacterial, antioxidant & immunomodulatory properties - promising for wound healing and tissue engineering.
🔗 https://t.co/mnuaxDqipU

[Biomaterials of the future @BiomaterialsUTB]

We are pleased to present you our new study 👉 Freeze-Dried Pickering Emulsions with Curcumin: The Role of Stabilizers and Cryoprotectants published in ACS OMEGA: https://t.co/Qwtawm3hYr

[Biomaterials of the future @BiomaterialsUTB]

Polyetheretherketone bioactivity induced by farringtonite published by @SciReports 👉 https://t.co/ABBRVyVegn
Just 1 wt% magnesium phosphate in PEEK significantly enhanced osteoblast growth and mineralization, highlighting substantial potential for orthopedic implants.

[Biomaterials of the future @BiomaterialsUTB]

New study out! ✨Stimuli-responsive thin films combining conducting polymers & cellulose nanocrystals show promise for future tissue engineering. Published in Int. J. Biol. Macromol. 👉 https://t.co/aYQmVLNDy9

[Biomaterials of the future @BiomaterialsUTB]

Chitosan/dialdehyde cellulose hydrogels with covalently anchored polypyrrole: Novel conductive, antibacterial, antioxidant, immunomodulatory, and anti-inflammatory materials. Published in Carbohydrate Polymers: https://t.co/V6E2rZADCH

[Biomaterials of the future @BiomaterialsUTB]

If you seek an easy, fast, and cytocompatible in situ polypyrrole coating method, check out this article https://t.co/0UNQZXvY8M
It is suitable for the functionalization of tissue scaffolds as shown by the qualification of cell morphology by cell image analysis. @HeliyonJournal

[Biomaterials of the future @BiomaterialsUTB]

The choice of optimum preparation condition and oxidizing agent for polyaniline #PANI synthesis highly improved its cytotoxicity and ecotoxicity compared to previously described PANI forms. Published by Synthetic Metals. @ELSchemistry
https://t.co/E1NLHCZJtg

[Biomaterials of the future @BiomaterialsUTB]

If you are interested in conductive polymers, check this out. Colloidal polypyrrole stabilized with polyvinylpyrrolidone proved long-term stability, low cytotoxicity, antioxidant properties, antibacterial activity, and much more. @ElsevierNews
https://t.co/LEXX2qLAuP

[Biomaterials of the future @BiomaterialsUTB]

Composite colloids of conducting polyaniline and cellulose nanocrystals or nanofibrils show an immunomodulatory effect and stabilize oil-in-water #Pickering emulsions with undecane or capric/caprylic triglyceride oils. Carbohydrate polymers @sciencedirect
https://t.co/770DskS5w0

[Biomaterials of the future @BiomaterialsUTB]

Look, this study used chitosan and chondroitin sulfate for #antibacterial coating of polylactic acid surfaces. Also, the created thin films were loaded with lomefloxacin for a dual-killing mechanism. Published by @IJMS_MDPI
https://t.co/fooufMiq51

[Biomaterials of the future @BiomaterialsUTB]

We wish you a happy new year full of research success. Ours was recently published in Materials & Design- Porous ceramic scaffolds prepared by #PIM with polyaniline/biopolymer coatings tested for the #cytocompatibility under dynamic cultivation conditions.
https://t.co/K0MF3WRoFR

[Biomaterials of the future @BiomaterialsUTB]

New dicarboxylated #hyaluronate derivatives showed nearly twice the carrier capacity, higher anticancer drug #cisplatin loading efficacy, and slower release rates compared to untreated sodium hyaluronate. Published in #Carbohydrate #Polymers #journal:
https://t.co/ESIwhEmxdu

[Synthego @Synthego]

Happy #WorldCRISPRDay,
Science in a different way

[Biomaterials of the future @BiomaterialsUTB]

@chrost_hugo Very nice, creative😍

[Biomaterials of the future @BiomaterialsUTB]

@KatrinaVelle Haha that's precious! Made my day

[eLife - the journal @eLife]

Cancer cells hide inside other cancer cells when the immune system attacks, letting the cell inside survive. https://t.co/lfMHSYjfPm

[TERMIS SYIS EU @SyisEu]

Go check the (many!) great pictures from @TermisEU2022!
This is our favorite one, but we might be biased 🙃