Gene-editing

CRISPR vs Tol2 Genetics

CRISPR/Cas9 vs. Tol2 Techniques for Zebrafish Genomic Manipulation

Evaluating Methods for Precision and Efficiency in Genetic Engineering

Transgenic Animal Models In Biomedical Research Genetics

Transgenic Animals in Biomedical Research and Drug Discovery

Transgenic Animals Meaning + Application Examples

two knockout applications gene inactivation vs exon deletion Genetics

Two CRISPR/Cas9 Gene Knockout Methods

Two Applications of CRISPR/Cas9 Gene Knockout

Genetics

HDR vs NHEJ in CRISPR Gene Editing

Understanding DNA Repair Pathways

CNS Drug discovery Genetics

Fast Gene Target Validation & Drug Screening All In One

Harness the potential of our new Zebrafish-Based Platform for High-Throughput Gene Target Validation and Drug Screening in F0

Genetics

CRISPR Knockouts vs Knockins

The use of target gene-editing in preclinical research

Genetics

Prime editing, a step beyond CRISPR

The most precise CRISPR to date turns the genetic scissors into a Swiss army knife 

CRISPR-the-genetic-scissors Genetics

CRISPR: the genetic scissors

What is CRISPR technology and how can change our lives?

Genetics

What is gene editing and how does it work?

Gene editing enables scientists to alter the sequence of genes by adding, replacing, or removing certain DNA segments.

zebrafish-genome Genetics

Can you Play with the Zebrafish Genome for Drug Discovery?

ZeClinics can do it by using different genome editing approaches.

Larvae zebrafish at ZeClinics CNS Drug discovery Genetics Metabolics Ophthalmology Toxicology Zebrafish model organism

R&D: What does ZeClinics do?

ZeClinics laboratory R&D efforts are mainly divided in the development of three research platforms including a number of research areas.