I am proud to be part of a comprehensive review on the history of #SERS https://t.co/DX6ibuN3tF
Thx to Prof. Tian from Xiamen🇨🇳 for leading this large scale international effort. This is indeed a historical document that celebrates the advances in the 50 years of the technique!
Congratulations to @Sonalisri1610 and @WeiWangVT for their review article on #SERS and Machine Learning! Machine Learning-Assisted Surface-Enhanced Raman Spectroscopy Detection for Environmental Applications: A Review | Environmental Science & Technology https://t.co/waeLscKhbF
Read our new article on global scale exploration of human faecal and sewage resistomes as a function of socio-economic status by Peter Vikesland and colleagues
https://t.co/vK7YvytBd3
https://t.co/TDybMsIUCB
This ES&T study describes the development of AER6–1, which efficiently removes both bacterial and #anionic#contaminants in #DrinkingWater by regulating the types of #AlkylChains on the resin exterior and within the pores.
Read: https://t.co/Y1S7VvrdHB
Congratulations to @WeiWangVT and @Sonalisri1610 on publication of their article 'Overcoming barriers and embracing advances: Nanosensor implementation for practical water contaminant surveillance' in One Earth!! https://t.co/Tu2Jha0gCE
A straightforward method has been developed for measuring vanishingly small concentrations of compounds in water – potentially opening up applications in environmental and forensic science.
@petervikesland explains all https://t.co/WW00cLgZQ1
Our collaborative paper 'Digital SERS–LFT Dipstick: Ultrasensitive, Rapid Virus Quantification in Environmental Dust' led by @WeiWangVT@Sonalisri1610 is out in ES&T! w/@linseymarr, W.Zhou, G. Isaacman-VanWertz,N.Duggal,A.Garg,C.Xiao,S. Hawks #SERS
https://t.co/VJlm49FyoJ
Congrats to @sejukang1 for his paper 'Highly Multiplexed RT Loop-Mediated Isothermal Amplification and Nanopore Sequencing (LAMPore) for Wastewater-Based Surveillance' w/@waterARGome@PoopScience@env_biochem@AyellaMM &Petra Choi #WBE https://t.co/B09rPxue98
A popular piece of outdoor equipment and a medical industry staple are helping Virginia Tech researchers move closer toward a low-tech detection tool for airborne illnesses. @linseymarr is part of the team doing this. https://t.co/5Aa1zs3wTC
Thanks @petervikesland for your support in the past years. I would not be here without your guidance. I felt so fortune to join Vikesland group and met so many people here. PhD journey was not easy, especially during the pandemic. Luckily I did it! Thanks everyone!
Check out our latest article using SERS active hydrogel for 3D cell imaging. We have achieved label free cell imaging in 3D here. It brings us one step closer to conducting SERS cell studies in a more realistic manner.
Congratulations to @WeiWangVT for his Analytical Chemistry article 'SERS-Active Printable Hydrogel for 3D Cell Culture and Imaging'. Nice work incorporating gold nanoparticles into bioprinted hydrogels for cell imaging! #SERS#Raman https://t.co/bOXBo85Dqz
Please join Prof Peter J. Vikesland @petervikesland
from Virginia Tech to speak on: Nanobiotechnology Enabled Sensing of Current and Emerging Pandemic Threats, 21 Sep 23, 11.30-12.30 @CranfieldUni@cranfieldwater@ebnet free on Teams.
https://t.co/KUF8FeCu3W
Simultaneous detection of multiple variants of #SARSCoV2 now made possible with this microassay based on Raman scattering! #SERS
https://t.co/6soNBArArN