Darshita

PDRA
University of Leeds

[Darshita @dbudhadev2]

@MyntraSupport @MyntraSupport Kindly help me to either get the refund or deliver my missing products. This type of unpleasant experience is ot expected from Myntra after being a loyal customer over years.

[Darshita @dbudhadev2]

@MyntraSupport I had ordered 4 tops from Myntra with company UptownLite along with lot of other products. Myntra person delivered it on 9th Jan but I was away on holidays that time. Todayon 19th Jan, after coming back when I opened the packey, I found only 2 tops instead of 4.

[Darshita @dbudhadev2]

@ksaxb Congratulations Karinna and all the best for your new beginning!

[NanoChem Lab@Leeds @ZhouDejian]

Great to see our glyan-quantum dot based multifunctional probe on lectin-glyan binding thermodynamic and kinetics being highlighted as a cover on @ACS_AMI! Well done, Jamie, our team and collaborators.🍾🍾

[NanoChem Lab@Leeds @ZhouDejian]

A 4 year fully funded @BBSRCWhiteRose DTP PhD project is open in our group. It develops glycan-nanoparticles to probe protein-sugar binding mechanisms and block virus infection. Contact us if interested.😀
https://t.co/YOXPJNRQLt

[NanoChem Lab@Leeds @ZhouDejian]

A @BraggRoyceLeeds funded PhD studentship is open! It aims to develop novel metal nanoclusters to combat bacterial antibiotic resistance. Interested? Please contact us!
https://t.co/RAFtp0G6V3

[NanoChem Lab@Leeds @ZhouDejian]

Proud to share our preprint of polyvalent nano-lectins as anti-SARS-CoV-2 agent. Well done @dbudhadev2 & Jamie @UniversityLeeds! 👏👏👏
A Polyvalent Nano-Lectin Potently Neutralizes SARS-CoV-2 by Targeting Glycans on the Viral Spike Protein | ChemRxiv https://t.co/4RyvWbwVIl

[Narendra Modi @narendramodi]

130 crore Indians have decided to make India Aatmanirbhar. #IndiaAt75

[J. Am. Chem. Soc. @J_A_C_S]

Nanoparticle Assembly as a Materials Development Tool @techreview @MIT @MITEngineering #Nanoparticle #Materials #Tools https://t.co/9UPT9MNdpX

[Darshita @dbudhadev2]

@AdvSciNews @LabSemenov @ArpitaPaikar @WeizmannScience Congratulations team, such a beautiful work!

[Advanced Portfolio @AdvPortfolio]

As a chemical reaction travels along these actuators, disulfide crosslinks break, releasing mechanical strain, which allows chemical signals to pass between separated objects

@LabSemenov @ArpitaPaikar @WeizmannScience

Read the article: https://t.co/an9JI8xqHp

[Landry Lab @Landry_Lab]

Want to deliver RNA in plants 🪴with nanoparticles 🧪? Nanoparticle cell entry isn't needed! Check out @_nanonat & @HuanZhang16's paper out today in @NatureNano featuring nanospheres, rods, and a transport mechanism for nanoparticles in plant tissues! https://t.co/JzzjFpsLXN

[Darshita @dbudhadev2]

@spearsyrick @VijayChudasama_ @ChemSocRev Congratulations to all of you for this useful review

[Matt Gibson @LabGibson]

Collaborative work led by @BenBoyd_Monash from @RichardsSJ and colleagues in Switzerland/Aus @JMaterChem ! @warwickchem @BMSatWarwick . Cell type (varying in growth rate) tunes the selectivity for nanoparticle targeting to metabolically-labelling glycans.
https://t.co/aH2TbF235Z

[Matt Gibson @LabGibson]

Our latest work from @Georgiou_PG collaborating with @AlessiaPancaro as part of @nanocarbproject is published @nanoscale_rsc ! @warwickchem @BMSatWarwick . We explore how the protein corona impacts glycosylated nanorods in biosensing https://t.co/iWqqZe5IUT

[Anton Calabrese @anton_calabrese]

An exciting opportunity! Lots of great @AstburyCentre science, an exciting new chemical proteomics program, and new state-of-the-art kit - what’s not to like?!

[AstburyECR @AstburyEcr]

Interested in a career in scientific publishing? Join us on 23rd April 2-3pm to hear from Stuart King (eLIFE) & Robin Brabham (RSC). Message us for link to meeting! @AstburyCentre

[AstburyECR @AstburyEcr]

Are you looking to transition into an independent position in the academia? Join our Career in Academics event on Thursday 4th March 11am - noon. Speakers are Dr Peter Adams @AdamsBiophysLab and Prof Eleanor Dodson.

[Darshita @dbudhadev2]

@DrGlycoBen Wish you a speedy recovery, take care

[Nature Portfolio @NaturePortfolio]

A ‘sugar code’ on the cells that pave the inside of blood vessels plays an important part in the formation of blood during an embryo’s development. #ResearchHighlight https://t.co/NgLFSa5wTr