preclinical research

Genetics

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 

Drug discovery

The future of animal testing 

The United States approves technological alternatives to reduce animal testing

CRISPR-the-genetic-scissors Genetics

CRISPR: the genetic scissors

What is CRISPR technology and how can change our lives?

In-vivo-epilepsy-research CNS Drug discovery

Fishing for innovative alternatives for modeling epilepsy

Why zebrafish can pave the way for investigating epilepsy’s etiology and screening new anti-seizure drugs

differences-between-in-vitro-in-vivo-in-silico assays- Drug discovery

Differences between in vitro, in vivo and in silico assays in preclinical research

How to choose which type of experiment is best-suited for my research?

Drug discovery Ophthalmology

Zebrafish on the Move Towards Eye Disorders Research

Leveraging zebrafish to study Age-related Macular Degeneration

Drug discovery Metabolics

Tackling a pandemic with Zebrafish: Obesity and Non-Alcoholic Liver Disease

The emerging use of zebrafish to model metabolic diseases

Drug discovery Zebrafish model organism

Zebrafish as a Translatable Model System

Are zebrafish suitable for human drug discovery?

zebrafish-pharmacologial-disease-model CNS

What can you Learn from a Neuro-Pharmacological Disease Model?

Zebrafish represents a key tool to boost drug discovery by enabling phenotypic screening approach in pharmacological-based disease models.