gene delivery

A series of purple and clear capsules, each containing a shimmering golden DNA helix model, are arranged in neat rows.

| 5 min read

byBree Foster, PhD

Gene therapy startups push past old limits to reach more patients

With gene therapy now a clinical reality, innovators are designing delivery systems that can sustain lifelong correction, handle complex genes, and make treatments accessible to more patients.

A visual rendering of red DNA with red blood cells on a pink background, symbolic of gene therapy for hemophilia.

| 8 min read

byAllison Whitten, PhD

Hemophilia gene therapy: A new era of treatment and the obstacles ahead

Explore how single-dose gene therapy offers a potential long-term treatment for hemophilia, and discover the challenges contributing to its low adoption.

Zoomed in 3D-rendering of a DNA helix with overlapping lines in dramatic lighting.

| 4 min read

bySamantha Borje

Delivering larger genes in gene therapy

A new method called “REVeRT” expands the capabilities of gene delivery platforms by transporting larger genes than previously possible.

Illustration of hands using scissors and tweezers to cut and arrange strands of DNA.

| 3 min read

byAparna Nathan, PhD

A custom CRISPR solution

Engineered particles improve the efficiency of base editor delivery.

Page 1 of 1 - 4 Total Items

Subscribe to Newsletter

Subscribe to our eNewsletters

Stay connected with all of the latest from Drug Discovery News.

Sponsored

Abstract illustration of colorful spectral emission peaks.

Smarter flow cytometry panels for high-parameter research

As flow cytometry panels grow larger and more complex, thoughtful panel design has become critical for experimental success.

A scientist in a white lab coat looking into a microscope in a brightly lit modern laboratory.

Choosing the right study for developmental and reproductive safety testing

Learn how developmental and reproductive toxicology study selection supports regulatory decision-making and generates meaningful nonclinical safety data.

Illustration of multiple three-dimensional patient-derived organoids suspended against a dark blue background, representing tumor models used in precision oncology research.

Miniaturizing patient-derived organoid screening for precision oncology

By combining organoid biology with precision automation, researchers developed a miniaturized organoid screening platform that could help speed personalized cancer treatment testing.