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Solutions

Results 1–9 of 9

Tools & Techniques

Top reasons to upgrade to a Q Exactive HF-X hybrid quadrupole-Orbitrap mass spectrometer

| Contributed by Thermo Fisher Scientific |

Understanding biomolecules as drug targets, disease markers, and therapeutic agents demands highly sensitive analysis of complex biological samples, without sacrificing robustness and speed.

Disease Area

See how droplets are guiding precision medicine

| Contributed by Bio Rad |

This video featuring doctors and researchers at ONJCC outlines the adoption and clinical utility of Droplet Digital PCR.

Disease Area

Improving Absorption Measurements through Light Source Selection

| Contributed by Ocean Optics |

In this Application Note, we show the impact of stray light on absorbance levels and describe how optimizing the choice of light source can minimize stray light and increase the maximum absorbance measured.

Tools & Techniques

Chemical Reaction Monitoring with a Spectrometer

| Contributed by Ocean Optics |

In this application note, a modular spectrometer is used to collect the absorbance data needed to characterize the chemical kinetics for a reversible oxidation reduction reaction featuring indigo carmine indicator dye.

Tools & Techniques

Raman Analysis of Pharmaceutical Ingredients

| Contributed by Ocean Optics |

A range of options is available for Raman analysis, including systems suitable for handheld, laboratory and educational applications.

Research Field

Dental Curing Lights: Clinical Reality

| Contributed by Ocean Optics |

Light activated resin-based composite fillings have become the standard of care for dental restorations, yet typically last only six years.

Tools & Techniques

SERS for Label-Free Biosensing

| Contributed by Ocean Optics |

As a label-free technique, SERS is well suited to biosensing, from blood glucose to diagnosis of diseases like cancer, Alzheimer’s and Parkinson’s.

Research Field

Measuring DNA Absorbance with the STS-UV

| Contributed by Ocean Optics |

In this application note, we demonstrate the incredible performance of a microspectrometer measuring absorbance of DNA samples ranging from 0.15 to 150 μg/mL.

Tools & Techniques

Small-footprint Absorbance System for Characterizing Heme Proteins

| Contributed by Ocean Optics |

In this application note, we focus on the visible response of the heme group using a compact spectral sensor to measure absorbance spectra for the heme proteins hemoglobin, myoglobin and cytochrome c.

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