BioProbes 62

COVER STORY
Cells Under Stress—
Fluorescence-based Tools For Investigating Autophagy
When it comes to managing stress, our cells function like efficient machines, quickly assessing the situation and finding ways to adjust. Autophagy is one way that cells deal with typical day-to-day stress as well as unexpected disasters. The cellular machinery either digests the damaged or defective molecules, effectively eliminating the stressors that threaten cell health.  Read More...

ARTICLES ON NEW TECHNOLOGIES

Dual Pulse Labeling of Cell Proliferation With Click Chemistry

A Ratiometric Approach to Apoptosis Detection by Flow Cytometry


DEPARTMENTS

Journal Highlight
Alexa Fluor® Dyes Shed Light on a New Actin Assembly Factor

Just Released
Endnote
Recent Publications Featuring Invitrogen™ Products
ARTICLES ON PRACTICAL APPLICATIONS

Cells, Optimized Reagents, and Validated Reprogramming Technologies for iPSC Research

Mitochondrial DNA Synthesis Exposed—Combining the Click-iT® EdU Assay with Signal Amplification for Sensitive Detection of Nascent mtDNA

Probes for Visualizing Secretory Transport and Autophagy—Illuminating Organelle Dynamics in Live Cells

Accurate & Sensitive Quantitation of Nucleic Acids—Comparison of the Qubit™ Quantitation Platform with Spectrophotometry

Optimal Pairing of Dyes and Antibodies for Flow Cytometry

A Closer Look at Mitochondrial Dysfunction With MitoSOX™ Red Mitochondrial Superoxide Indicator

On The Web

Get the Best From Your Alexa Fluor® Dyes
Our newly redesigned web pages allow for quick navigation to Alexa Fluor® dye product information, performance data, and comparisons to other dyes. You’ll also find quick links to the new Alexa Fluor® Dye Selection Guide widget, the Molecular Probes® Image Gallery, and our Fluorescence Spectra Viewer.


Find the Right Secondary Antibody For Your Detection Needs
Our new secondary detection reagent selection tool makes finding the right secondary detection antibody easy. Simply select the type of antibody you’re looking for and filter by target, Ig class, reactivity, conjugate, or host.

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