Feng Jiang (@sus_funct_bio) 's Twitter Profile
Feng Jiang

@sus_funct_bio

Assistant Professor at UBC
Tier II Canada Research Chair in Sustainable Functional Biomaterials

ID: 953136630562304001

linkhttps://nanocellulose.forestry.ubc.ca/ calendar_today16-01-2018 05:27:35

31 Tweet

122 Takipçi

138 Takip Edilen

Feng Jiang (@sus_funct_bio) 's Twitter Profile Photo

"Wood bound with water" Our research on how structural water holds cellulose into strong nacre like structure is published in Journal of Materials Chemistry A. It elucidated hydrogen bonding mechanism in forming strong and touch materials from biopolymers pubs.rsc.org/en/content/art…

@forestry.ubc.ca on Bluesky (@ubcforestry) 's Twitter Profile Photo

#UBCForestry @RenewMaterials, and Feng Jiang share their excitement about the new Bachelor of Science in Forest Bioeconomy Sciences & Technology (BEST) program, integrating biotechnology and economics for the 1st time in Canada. Apply now! Ming Pao (Vancouver) mingpaocanada.com/van/htm/News/2…

Feng Jiang (@sus_funct_bio) 's Twitter Profile Photo

The most recent issue of Branchlines published by ⁦@forestry.ubc.ca on Bluesky⁩ showcases our #biomimic and #nature inspired research stories about using #Nanocellulose for building lightweight yet strong materials by #hydrogen #bonding and #3dprinting. nanocellulose.forestry.ubc.ca/2019/learning-…

@forestry.ubc.ca on Bluesky (@ubcforestry) 's Twitter Profile Photo

Dr Feng Jiang Feng Jiang, #UBCForestry Assistant Professor, shares our BEST new program - BSc in Forest Bioeconomy Sciences and Technology. Find out why this is the program of the future in his interview with OMNI Television in Cantonese. #bioeconomy bit.ly/2Et3TIv

@forestry.ubc.ca on Bluesky (@ubcforestry) 's Twitter Profile Photo

Using lessons from nature, #UBCForestry Assistant Professor Feng Jiang Feng Jiang and his lab are developing high-performance materials. Early structures can carry 15,000x its own weight, moving cellulose's nano-scale strength to the macro. Read more forestry.ubc.ca/2019/12/learni…

Emily D. Cranston - Research Group (@cranstonlab) 's Twitter Profile Photo

Last day to register for this exciting event is today, Feb 21: ubc.ca1.qualtrics.com/jfe/form/SV_23… !! Looking forward to hosting my PhD advisor, Prof. Derek Gray from McGill Chemistry on March 2 for the Burgess Lane lecture in Wood Science @ubcforestry UBC BioProducts Institute

Last day to register for this exciting event is today, Feb 21: ubc.ca1.qualtrics.com/jfe/form/SV_23… !! Looking forward to hosting my PhD advisor, Prof. Derek Gray from <a href="/McGillChemistry/">McGill Chemistry</a> on March 2 for the Burgess Lane lecture in Wood Science @ubcforestry <a href="/UBCBioProducts/">UBC BioProducts Institute</a>
Emily D. Cranston - Research Group (@cranstonlab) 's Twitter Profile Photo

Due to popular demand, we will be live streaming Monday's public lecture by Prof. Derek Gray - Forest-based Nanocellulosic Materials mediasite.audiovisual.ubc.ca/Mediasite/Play… We hope you can join in person (5:30 pm FSC 1005, if not, this stream & video link will be available. Please share widely.

Feng Jiang (@sus_funct_bio) 's Twitter Profile Photo

Great event of Burgess-Lane lecture by Prof. Derek Gray at @forestry.ubc.ca on Bluesky. Congratulations to Hale Oguzlu for winning first place poster award on #3dprinting cellulose. Well done SFB team members on your excellent research on #renewable #biobased materials.

Great event of Burgess-Lane lecture by Prof. Derek Gray at <a href="/ubcforestry/">@forestry.ubc.ca on Bluesky</a>. Congratulations to Hale Oguzlu for winning first place poster award on #3dprinting cellulose. Well done SFB team members on your excellent research on #renewable #biobased materials.
Feng Jiang (@sus_funct_bio) 's Twitter Profile Photo

Check out our recent paper in ACS Sustainable Journals on converting low cost thermomechanical pulp into high value-added lignin containing nanocellulose. A green and efficient way to utilize forest biomass, and is expected to lower the cost of nanocellulose. pubs.acs.org/doi/10.1021/ac…

Feng Jiang (@sus_funct_bio) 's Twitter Profile Photo

Congratulate to my PhD student Yuhang Ye for publishing his 1st paper in Advanced Functional Materials. Check out how nanocellulose can be used to develope multi-functional sensor for flexible electronics that can work under -70 C. onlinelibrary.wiley.com/doi/full/10.10…

Feng Jiang (@sus_funct_bio) 's Twitter Profile Photo

Check out our technology in #3dprinting #cellulose into lightweight and strong structure. The structure can support over 15,000 times its own weight and serve as #thermal #insulation material. Free access using the link authors.elsevier.com/a/1bbYb4x7R2W5…. sciencedirect.com/science/articl…

Feng Jiang (@sus_funct_bio) 's Twitter Profile Photo

Super excited to attend #FIBC2023 Bioeconomy Conference and gave a talk on our collaboration with Wet’suwet’en First Nation and showcased our innovative bioproducts. Truly appreciate the great vision of IBIO branch from the Office of Chief Forester for building the bioeconomy.

Super excited to attend #FIBC2023 Bioeconomy Conference and gave a talk on our collaboration with Wet’suwet’en First Nation and showcased our innovative bioproducts. Truly appreciate the great vision of IBIO branch from the Office of Chief Forester for building the bioeconomy.
Feng Jiang (@sus_funct_bio) 's Twitter Profile Photo

I am pleased to share my fist publication with Materials Horizons on the development cellulose-based hydrogel for information encryption application. This paper is featured in the recent #MyFirstMH theme collection. pubs.rsc.org/en/content/art…

The Innovation Materials (@innov_materials) 's Twitter Profile Photo

A new report: All-cellulose hydrogel-based adhesive. In this report, Xia et al. summarized Dialcohol cellulose nanorods are prepared through sequential oxidation and reduction and so on. Read more doi.org/10.59717/j.xin… #materilas #research The Innovation: a Cell Press partner journal

A new report: All-cellulose hydrogel-based adhesive.
In this report, Xia et al. summarized Dialcohol cellulose nanorods are prepared through sequential oxidation and reduction and so on. Read more doi.org/10.59717/j.xin… 
#materilas #research <a href="/The_InnovationJ/">The Innovation: a Cell Press partner journal</a>