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Julianne Davis, MSc

Articles by Julianne Davis, MSc

About Julianne Davis, MSc

Julianne Davis earned an MSc in Behavioral Neuroscience from the University of Washington, Seattle, where she examined the role of memory in cost-based decision-making. She has also studied sensory integration at the Allen Institute and the neural basis of feeding, thirst, and metabolism at the University of California, San Francisco as a research scientist. Currently, she is a Technical Writer and Support Scientist at Biotium.

Mapping Biology: Multiplexing Strategies for High-Performance Spatial Imaging

Explore how multiplex imaging, cyclic immunofluorescence (CycIF), spectral imaging, tyramide signal amplification (TSA), and spatial omics technologies are transforming spatial biology research. This article examines current strategies for high-plex spatial imaging, including spatial transcriptomics, multiplex immunofluorescence, AI-driven image analysis, and automation workflows that enable deeper insight into tissue architecture, cellular interactions, and biomarker expression within intact biological systems.

BY: Julianne Davis, MSc
Julianne Davis, MSc
May 29, 2026

Beyond Academia: Women Building Scientific Careers at Biotium

On the International Day of Women and Girls in Science, Biotium highlights three scientists who built rewarding careers beyond academia. From research and technical writing to leadership, their stories show how industry roles can offer impact, growth, and work-life balance while advancing science in new ways.

BY: Julianne Davis, MSc
Julianne Davis, MSc
February 9, 2026

Tiny But Mighty: A Quick Guide to Nanobodies®

Nanobodies®, or single-domain antibodies (SdAbs), are revolutionizing imaging and biological research. Learn how Biotium’s MiniMab™ SdAbs deliver brighter signal, faster binding, and exceptional stability for super-resolution microscopy, immunofluorescence, and beyond.

BY: Julianne Davis, MSc
Julianne Davis, MSc
November 7, 2025

Biotium in the Classroom

Searching for the right antibody for your experiment? Give yourself an edge by reading up on seven important variables everyone should consider when selecting the most effective antibody.

BY: Julianne Davis, MSc
Julianne Davis, MSc
August 23, 2025

EvaGreen® Dye: The Swiss Army Knife of qPCR

Trace the evolution of PCR and qPCR techniques from their inception to the innovative use of EvaGreen® Dye. This article explores how EvaGreen® enhances performance in various molecular biology applications, including qPCR, LAMP, HRM, and ddPCR, while prioritizing safety.

BY: Julianne Davis, MSc
Julianne Davis, MSc
March 19, 2024

7 Tips for Selecting the Perfect Antibody

Searching for the right antibody for your experiment? Give yourself an edge by reading up on seven important variables everyone should consider when selecting the most effective antibody.

BY: Julianne Davis, MSc
Julianne Davis, MSc
January 9, 2024

Tissue Frozen in Time: DNA and RNA Extraction from FFPE Tissue

A summary of the pros, cons, and methods for DNA and RNA extraction from FFPE tissue for clinical diagnostic and research purposes.

BY: Julianne Davis, MSc
Julianne Davis, MSc
July 26, 2023

Exosome-Based Liquid Biopsies: The Potential & the Road Ahead

An overview of the advantages of exosomes as an effective liquid biopsy tool, with a focus on oncological applications.

BY: Julianne Davis, MSc
Julianne Davis, MSc
October 12, 2022

Scaling Down to Go Big: An Overview of the Lab-on-a-Chip

From modeling single synapses to multiple organs, lab-on-a-chip (LOC) technology has gained attention as a powerful tool for biological and biomedical research. Let's explore the significant advantages and future prospects of LOC technology.

BY: Julianne Davis, MSc
Julianne Davis, MSc
December 9, 2021
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