Vijay Singh Parihar

Post-doctoral Fellow: Biomaterials and Tissue Engineering group at Faculty of Medicine and Health Technology Tampere University Finland.

[Vijay Singh Parihar @vspking]

Lightweight composites are key to reducing energy use in aerospace, automotive, & sports industries. In this work we developed a low-cost, sustainable carbon–metal oxide composites. Thanks to all authors.
https://t.co/aEfvVL3Nao

[Vijay Singh Parihar @vspking]

Important new addition to our bioinks portfolio so far: here, we utilize pH-controlled temporal oxidation to enhance the shear-thinning property of the bioinks. Thanks to Hatai, @hatai_jon, and all authors. https://t.co/YQSA3rjdAK

[Vijay Singh Parihar @vspking]

Indigo boosts activated carbon based supercapacitors—3× better performance for greener, printable and sustainable electronic. https://t.co/toJubfpMuw

[Vijay Singh Parihar @vspking]

We turned kraft lignin into a powerful additive to develop new lignin–castor oil-based Polyurethane outperforms traditional resins with better strength, adhesion, and antimicrobial activity. Thanks to all authors for great collaborative work. https://t.co/n34inPqZyw

[Vijay Singh Parihar @vspking]

From brain chemistry to green energy storage: Dopamine is helping us to develop and build more sustainable supercapacitors. https://t.co/DUFUWwHr58

[Vijay Singh Parihar @vspking]

@duRNDN_NA @AdvPortfolio Congratulations, Nikita and all, great work 👏 👏

[Vijay Singh Parihar @vspking]

Happy to share our recent work with Dr Vipul Sharma. Thanks and Congratulations to all authors. We developed polyurethane based-breathable, stretchable, and biodegradable electrodes for flexible electronics and bionic skin applications.
https://t.co/EAjcJeLit6

[Vijay Singh Parihar @vspking]

Happy to be part of this collaborative work. Bioinspired materials are the future for sustainable electronics and stay tuned with our works in this direction. Thank you all.
https://t.co/9RlacHoeUs

[Vijay Singh Parihar @vspking]

Happy to share our electrochemical sensor development for Bifenthrin pesticide, using Langmuir Blodgett film coating technique on a platinum (Pt) electrode. Cost-effective pesticide monitoring solutions. Thanks to all authors. @Kellomaki_Group @coeboc
https://t.co/Ozb6KawLZT

[Vijay Singh Parihar @vspking]

Happy to share, we developed an innovative sensor for on-site detection of pesticides in fruits and vegetables — an important step toward ensuring food safety and consumer health. Thanks to all authors. @minna_kellomaki @Kellomaki_Group @coeboc #Sensor
https://t.co/wVzhAn9Jl6

[Vijay Singh Parihar @vspking]

A nice example of bioinspiration, In this work, the redox potential of Dopamine has been explored for supercapacitor fabrication..thanks all authors for great collaborative efforts. @Kellomaki_Group @coeboc
https://t.co/aAC788M5B7

[Vijay Singh Parihar @vspking]

@nonappa @TampereUni @ENS_TampereUni @ACS_AMI @Materials_TAU @flagshipprein @FinnCERES @ZhipeiSun Excellent utilisation of biopolymers

[Vijay Singh Parihar @vspking]

@duRNDN_NA @AdvOpticalMat @photopharma_lit @Weiping_HKU @longkq0128 @vahvajussi @_TimoLaaksonen_ Congratulations

[Vijay Singh Parihar @vspking]

As 3D tissue engineering advances, there is an increasing demand for porous scaffolds, so great efforts are being made towards the development of emulsion-templated scaffolds. Congratulations to Sweeta and all the authors for their contributions.
https://t.co/ntf6FgnJLN

[Vijay Singh Parihar @vspking]

I am pleased to share our latest work, which has added a new bioink to our portfolio. Bioink utilizes catechol and metal coordination chemistry, exhibits excellent printability.@hatai_jon @minna_kellomaki @Tomi_Kalpio @Kellomaki_Group https://t.co/Fh7r94rcIk

[Kellomaki Lab @Kellomaki_Group]

Heidi Vanska and Briitta Korsulainen has presented the cutting-edge hydrogels fabrication and gelation at Tiedon Valoa. Thanks to @coeboc for the opportunity #hydrogels #fabrication #gelation #kellomakigroup @TampereUni

[Vijay Singh Parihar @vspking]

We showcased our catechol chemistry at BIOMAT France, which we have explored for the advancement of injectable, self-healing, and printable bioinks. Thanks to Hatai Jongprasitkul, Sanna Turunen and Prof. Minna Kellomäki. @hatai_jon @minna_kellomaki @coeboc @Kellomaki_Group

[Vijay Singh Parihar @vspking]

A step towards the development of bio-based materials for packaging pharmaceuticals and food products. @minna_kellomaki @Kellomaki_Group @coeboc https://t.co/14F8yKaYLy

[Vijay Singh Parihar @vspking]

@duRNDN_NA @minna_kellomaki @Sanna_M_Turunen @hatai_jon @coeboc Thanks Nikita

[Vijay Singh Parihar @vspking]

Yesterday my first co-supervised student, Hatai Jongprasitkul defended his PhD thesis work. Excellent presentation and nice story of two step crosslinking approaches for bioink development. Congratulations and good luck for future research. @hatai_jon @Kellomaki_Group @coeboc