ARPITA ROY

Post-Doctoral Research Fellow at UCLA. Former DST-INSPIRE Fellow at IIT (ISM) Dhanbad. A researcher in Chemistry Biology interface.

[ARPITA ROY @arpitachem28]

Happy to share our new article with Dr. @nasimannabi and all the people who helped me.
Thank you God.

[Nasim Annabi @nasimannabi]

Seeking a safe, flexible, and conductive supramolecular hydrogel for human health monitoring? Read our latest publication in Advanced Materials to learn more! Congratulations to our wonderful @arpitachem28
and all co-authors! @UclaCBE @UCLAengineering
https://t.co/J0KOFFr2yf

[ARPITA ROY @arpitachem28]

@AKGaharwar Congratulations Sir

[ARPITA ROY @arpitachem28]

@AKGaharwar Many congratulations Sir. @AKGaharwar

[ARPITA ROY @arpitachem28]

@AKGaharwar @Biomaterials_ @ElsevierConnect @BenZhongTANG1 @TAMUEngineering @bmentamu Congratulations Sir.

[ARPITA ROY @arpitachem28]

Happy to share our latest Review Article
Chemical modification of β-cyclodextrin towards hydrogel formation https://t.co/Nle38mQkrd

[ARPITA ROY @arpitachem28]

@AKGaharwar @KaivalyaDeo Congratulations

[ARPITA ROY @arpitachem28]

Poly(N-vinyl imidazole) Cross-Linked β-Cyclodextrin Hydrogel for Rapid Hemostasis in Severe Renal Arterial Hemorrhagic Model https://t.co/R1dOWoh4ha

[ARPITA ROY @arpitachem28]

@sumantaiit Congratulations

[ARPITA ROY @arpitachem28]

A Review Article on "Recent advances in various stimuli-responsive hydrogels: from synthetic designs to emerging healthcare applications" - now published in Materials Chemistry Frontiers https://t.co/TJTdely2H0

[ARPITA ROY @arpitachem28]

Amino Acid Inspired Alginate-Based pH Sensitive Polymeric Micelles via Reversible Addition–Fragmentation Chain Transfer Polymerization https://t.co/SjFrPAKZIj

[ARPITA ROY @arpitachem28]

pH-Responsive Copolymeric Network Gel Using Methacrylated β-Cyclodextrin for Controlled Codelivery of Hydrophilic and Hydrophobic Drugs https://t.co/JzDe7x7IdO

[ARPITA ROY @arpitachem28]

β-Cyclodextrin-Based Ultrahigh Stretchable, Flexible, Electro- and Pressure-Responsive, Adhesive, Transparent Hydrogel as Motion Sensor https://t.co/gBKNTrDKhq

[ARPITA ROY @arpitachem28]

@VincentJGray @RoySocChem Thank you. Till now we have used it to stop external bleeding, so we simply remove the gel after clotting. But we have checked that in body it can undergo enzymatic degradation. So it is expected to be helpful for internal bleeding too.

[ARPITA ROY @arpitachem28]

@RoySocChem #RSCPoster #RSCMat

[ARPITA ROY @arpitachem28]

@sumantaiit @RoySocChem Thank you

[ARPITA ROY @arpitachem28]

@ChemicalScience @RoySocChem Thank you very much for appreciating my work.

[ARPITA ROY @arpitachem28]

@ChemicalScience @RoySocChem Thank you. It has already been proved effective for fast hemostasis in the rat model. Next, we will try to find out further its suitability in rapid hemostasis in humans. Moreover, one hepatologist has already been shown interest in its trial to stop gastrointestinal bleeding.

[ARPITA ROY @arpitachem28]

@vijay_physics @RoySocChem Thank you sir

[ARPITA ROY @arpitachem28]

@FlorentLouis59 @compchem Thank you very much sir. I will retweet it again.