Author

Eun-young Yoo

Eun-young Yoo directs an academic gene editing and functional genomics core facility in Harrisburg, Pennsylvania. Her team designs knock-in models and custom cellular assays for research groups across the institution. Following postdoctoral work on DNA repair pathways, she worked as a staff scientist specializing in high-throughput CRISPR platforms. Yoo received a doctorate in genetics from Florida Atlantic University after studying biochemistry as an undergraduate.

Yeast Display: Advancing Protein Engineering and Beyond
What Is Kallisto and How Does It Work?
m6A: Impact on RNA Stability, Splicing, and Cellular Health
SLAM-Seq for Tracking RNA Expression Dynamics in Cells
CLIP-Seq: A Comprehensive Overview of Crosslinking Methods
What Is Ribomap and How Is It Used in Research?
High-Definition Spatial Transcriptomics Innovations for Tissue Mapping
What Is Single-Cell Multiome and Why Is It Important?
How Much Plasmid is Needed for Transformation?
What Is an Evolver System in Biology and Science?
What Is Polysome Profiling and How Does It Work?
The RuvC Domain: Its Role and Function in CRISPR-Cas9
What Is an Internal Ribosome Entry Site?
Amber Suppression and Its Key Biological Applications
What Is DOGMA-seq and How Does It Analyze Single Cells?
What Is Multiome Technology in Biology?
Stereo-seq: What It Is, How It Works, & Its Uses
The MERFISH Protocol: A Look at How It Works and Its Uses
A Spatial Transcriptomics Review of Biological Discovery
A Common Yeast Transformation Protocol
R-Loops: Formation, Functions, and Link to Disease
Mutagenic PCR: Methods, Applications, and Principles
A Step-by-Step Ribosome Profiling Protocol
The Process and Function of Chk1 Phosphorylation
Rho-Dependent Transcription Termination: Mechanisms and Functions
Stalled Replication Fork: Mechanisms, Consequences, and Recovery
Orthorep for Continuous Protein Evolution in Yeast
Nsp1: How It Binds Ribosomes and Affects Viral Replication
Histone Extraction Methods: From Acid to High-Salt Protocols