Lasurtex

We are a company that specializes in using short and ultrashort pulse laser technology for functionalizing surfaces and making your products better.

[Experiqs @experiqs]

We're excited to announce that after successfully expanding our horizons in the Middle East, Australia, and New Zealand, EXPERIQS is now launching operations in the United Kingdom!
@anveshgaddam13
Read more on - https://t.co/Lonpkd3NuG

[Himani Sharma @Himanii_Sharmaa]

Patent alert! Microfluidics using lotus leaf!
💡My work at IIT Bombay, in collaboration with @anveshgaddam13, has been granted an Indian patent titled "An Apparatus for Capturing Single Cells, Microorganisms & Biomolecules." https://t.co/kXHpYWlXjN
@iitbombay @indianpatentlaw

[Lasurtex @InfoLasurtex]

New technology could lead to quick, minimally invasive cancer diagnoses - ecancer https://t.co/Eed5y5oZtM

[University of Notre Dame @NotreDame]

A new device created at Notre Dame could lead to quick, minimally invasive cancer diagnoses.

It uses an innovative method for “listening in” on cells’ conversations to "hear" the early warning signs of cancer and other life-threatening conditions: https://t.co/MoojRC79ep

[Lasurtex @InfoLasurtex]

Can ‘listening in’ on cells speed up disease diagnosis? https://t.co/0FfyqIrFLk via @FuturityNews

[Anvesh Gaddam @anveshgaddam13]

Can ‘listening in’ on cells speed up disease diagnosis? https://t.co/a60NUIRdIn via @FuturityNews

[Anvesh Gaddam @anveshgaddam13]

New technology could lead to quick, minimally-invasive cancer diagnoses https://t.co/zKEaOAbV9C

[Anvesh Gaddam @anveshgaddam13]

Characterization of the Liquid–Lubricant Interface in a Dovetail Cavity for a Viscous Laminar Flow https://t.co/iGr6x1Vm5F

[Anvesh Gaddam @anveshgaddam13]

Laser-Enabled Surface Treatment of Disposable Endoscope Lens with Superior Antifouling and Optical Properties https://t.co/jvQwIKeIlB

[Langmuir @ACS_Langmuir]

🔓 #OpenAccess: "Laser-Enabled Surface Treatment of Disposable Endoscope Lens with Superior Antifouling and Optical Properties"
https://t.co/h5a3m0hbHM

[ACS Nano @acsnano]

#ASAP: An isoelectric focusing device separating extracellular nanocarriers (RNP, HDL, LDL and EVs) from blood plasma, urine, and saliva.
By @ChangLab_ND, @Himanii_Sharmaa et al. @UNDResearch @NDengineering
https://t.co/f1Vt0p4uUc

[Chang Lab @ChangLab_ND]

Check out this exciting technology: Continuous Isoelectric Focusing (CIF) device for separating heterogeneous nanocarriers (RNP, HDL, LDL, and EVs) from blood plasma, urine, and saliva. By @Himanii_Sharmaa  @Vivek_nd @dsouzalab @ND_GoGroup et al from @UNDResearch @NDengineering

[APL Photonics @aplphotonics]

The zero-emission, energy free, and low-cost temperature regulation system can be continuously adjusted for precise heating and cooling. #scilight
https://t.co/uyMYkZlsQH

[ACS Nano @acsnano]

An @acsnano Editorial on pros and cons of AI language tools and how (not) to use them when writing scientific manuscripts.
https://t.co/FW8WpnlBOd