The use of the forest resources in the new era of uncertainty is even more relevant than before. Numerous possible applications include wood-based superstuctured adhesives, natural colours used in textiles and foamformed masks. @Orlando93842114#finnceres#PIprof
Taking advantage of the properties of soft cellulose-based nanospheres, researchers use them to self‐assemble into densely packed layers for next generation immunoassays @AaltoUniversity@UBC@BOKUvienna@GroupRojas@Beaumont_Chem
Read the paper: https://t.co/Ad6EtaSlkl
Check out our newest work "Self‐Assembly of Soft Cellulose Nanospheres into Colloidal Gel Layers with Enhanced Protein Adsorption Capability for Next‐Generation Immunoassays" https://t.co/Nji8NsfeJV
Urs Dierker, a textile artist who's worked on hit #Hollywood shows, wants to make the industry more sustainable. Here's how he's using non-toxic methods to create clothes that could shine on screen. Full interview: https://t.co/dtcbsHkxTv #WayOutThere#Sustainability@DierkerUrs
Xuetong´s very first article @GroupRojas reports our new findings on the use of nanocellulose from wood to boost phase change materials; Our bioproduct can be used for thermal management; for example #solarenergy harvest & #wasteheat recovery #bioeconomy https://t.co/XT1YspgKnW
Are you interested in preventing the attachment of bacteria to surfaces? Do you prefer biofabrication? Interested in both?
Well, you might like this research where we used superhydrophobic surfaces as a tool for high fidelity biofabrication. https://t.co/PfyKS1qOqg
Orlando delivered a nice talking relating to the wide range of innovative wood fibre solutions under study in Bioproduct Institute @UBCBioProducts in today's virtual Faculty of Forestry @ubcforestry Webniar. @Orlando93842114
Check out our new paper published in ACS Nano @acsnano -"All-Aqueous Liquid Crystal Nanocellulose Emulsions with Permeable Interfacial Assembly"- a new way for creating liquid crystal all-water multiphase system. @longbai2011@Orlando93842114
https://t.co/NuaqtTyfwK
A recent PODCAST from Orlando | Is the bioeconomy the future of pulp and paper? https://t.co/oreVkJMesr via @connplus2014 @UBCBioProducts@Orlando93842114
You’ve got some of Canada’s best and brightest, @UBC - and today’s conversation on innovations for personal protective equipment made that clear. You all have a big role to play in keeping Canadians safe, and I want to thank you again for stepping up to help out.
We report on a new method to easily and rapidly identify the onset of mesophase formation in cellulose nanocrystals by using isothermal calorimetery. Check our amazing new effort at Langmuir @ACS_Langmuir
https://t.co/mZkJziASAC
"Orlando Rojas, scientific director for UBC’s BioProducts Institute and director of UBC’s Pulp and Paper Centre, was drawn to researching wood fibre because of its many possible applications." Read more about where paper research is going:
https://t.co/oMdYuSihfn
Check out our latest news for UBC's BioProducts Institute @UBCBioProducts.
https://t.co/A8mn1aHPYf
STANDING TALL: Forestry workers meet the challenges, remain hopeful
The BioProducts Institute is participating in the Clean Foundation Professional Internship Program! We are looking to hire 3 interns to join us full-time from October 1st, 2020 to March 31st, 2021. Applications due at 11:59pm, August 23rd, 2020
Apply at: https://t.co/NJdXtikhil
Very pleased to be featured in the inner cover of @MaterialsToday with @GroupRojas and @CranstonLab. Full paper on nanocellulose scaffolds available for free at https://t.co/mlLeB7IvZv
Wonderful talks from BiCMat group members, Prof. Orlando Rojas @Orlando93842114, Dr. Bruno Mattos, and Rubina Ajdary @Rubina28341027, at TAPPI Nano virtual conference! Through our researches we find competitive uses of renewable resources! @UBCBioProducts
Check out our new paper published in ACS Applied Materials & Interfaces @ACS_AMI - "Electrically-Conductive Thin Films Based on Nanofibrillated Cellulose: Interactions with Water and Applications in HumiditySensing" - a great material for smart packaging
https://t.co/nPFaVU8kAh