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128 search results for ‘nanoparticle’

The Special Series Particle Analysis E-book

| Contributed by Brave Analytics, LS Instruments

Enjoy a selection of our best particle analysis content in one convenient place

Techniques & Tools Sensors

Electrokinetic Sensor Rapidly Diagnoses Brain Cancer

| James Strachan | 5 min read

Biochip diagnoses glioblastoma in under an hour using electrokinetic technology to detect EGFR biomarkers

Fields & Applications Education

Landmark Literature 2019

| Norman Dovichi, Catherine Fenselau, Kelly Zhang, Alejandro Cifuentes, Karen Faulds, Gongke Li

An expert panel outline their top literature picks from 2019

Techniques & Tools Mass Spectrometry

CD-MS: “A Whole New Ballpark for Mass Spectrometry”

| James Strachan | 8 min read

Why Evan Williams is surprised that more companies aren’t interested in commercializing charge-detection technologies

Superior Analysis of all Classes of Carbohydrates using SweetSep™ Columns

| Contributed by Antec Scientific

Antec Scientific developed a novel pellicular anion-exchange stationary phase called SweetSep AEX.

Fields & Applications Spectroscopy

Fluid Diagnosis – with SERS

| Matt Hallam

Could SERS help streamline the diagnosis of gastrointestinal tumors?

Superior Analysis of all Classes of Carbohydrates using SweetSep™ Columns

| Contributed by Antec Scientific

The New Benchmark for Carbohydrate Analysis

Novel Approaches to Measure Receptor-Mediated Endocytosis of Herceptin-GB05N0009I

| Contributed by Zeiss

ZEISS’s computational quantification of antibody internalization and tracking to late endosomes was applied to live imaging and 3D cancer spheroids.

Yi-Tao Long

cal measurement methods to analyze the characteristics and dynamics of individual molecules, nanoparticles, and cells – pushing the limits of detection to the single-molecule level. Nominator comment: [...] idth instruments for nanoelectrochemistry, and electrochemical sensing and imaging of single nanoparticles and cells.

FT-IR Spectroscopy in Ultrahigh Vacuum: Surface Science Approach for Understanding Reactions on Catalytic Oxide Powders

| Contributed by Bruker

The fundamental advantage of using FT-IR spectroscopy in vacuum is to avoid the absorption of atmospheric moisture and other gas species (CO2).

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