Content by The Scientist Creative Services Team

Experts discuss reliable high-throughput workflows for PSC-derived cellular screens

Chromosomal rearrangements reposition influential and often overlooked non-coding elements in the genome to hijack genes and cause cancer.

An optimized AAV production system allows researchers to consistently generate high virus titers.

Experts discuss how untargeted metabolomic studies connect environmental factors with human disease.

New technologies allow researchers to scale up assays for cellular functions.

Drew Adams will discuss his work developing therapeutics that promote remyelination for neurological diseases.

Nicholas Navin and Lars Velten discuss sampling, sequencing, and tracing single cells to study how cancer cells adapt to various environments.

Automated liquid handling reduces manual labor and improves precision, reproducibility, and throughput.

Explore how scientists characterize immune cell functional behavior in response to cancer, and how they harness this information for therapeutic purposes.

Explore how researchers use cryogenic electron microscopy (cryo-EM) to identify how mutations affect protein signaling and function through structural or conformational changes.

Scientists analyze a therapeutic protein’s secondary structure to confirm drug efficacy and safety.

Researchers optimize technologies to simultaneously obtain proteomic and transcriptomic data from single cells.

Thermal cycler innovations allow researchers to determine optimal annealing and denaturation temperatures in a single PCR run.    

Timothy O’Sullivan and Jacob Blum will discuss how they use single cell data to understand complex biological systems.

Eugene Koonin and Eric Niederkofler discuss novel technologies to improve viral mutation surveillance.