Webinars
Upcoming Webinars
Accelerating AI-Guided Antibody Discovery in Under Five Weeks
Explore an integrated workflow that combines AI-guided antibody design with automated biophysical characterization to accelerate antibody discovery from design to experimental validation in under five weeks.
Decoding Cell Fate in Blood Cancer Through Epigenomics
Learn how automated CUT&RUN and scalable cloud-based epigenomics are helping researchers investigate transcription factor regulation, chromatin accessibility, and cell fate decisions in blood cancer.
Standardizing Oncology NGS for Biomarker-Ready Translational Research
Explore how automated targeted next-generation sequencing (NGS) workflows can improve reproducibility, reduce variability, and support standardized biomarker discovery for translational oncology research.
Repairing the Injured Nervous System With Stem Cells
Explore how stem cell biology is advancing strategies to repair the injured nervous system and support regeneration following traumatic brain and spinal cord injury.
Mapping Clonal Mosaicism in Aging Tissues
Explore how single-cell genotype-to-phenotype mapping can reveal clonal architecture and the functional consequences of somatic mutations in aging human tissues.
Characterizing Gene Therapy Vectors With Analytical Ultracentrifugation
Explore how analytical ultracentrifugation supports viral vector characterization and how it compares with complementary analytical techniques for gene therapy research.
On Demand Webinars
Automating Nucleic Acid Extraction for Clinical Genomics
Explore how automated nucleic acid extraction supports clinical genomics workflows, including liquid biopsy, minimal residual disease monitoring, and non-invasive prenatal testing.
Get Hooked on Automated Buffer Exchange with Lil' Tuna
Learn how automated buffer exchange and sample concentration can improve throughput, reproducibility, and workflow integration for proteins, nucleic acids, and gene therapy vectors.
Scaling Organ-on-a-Chip Technology for Human-Relevant Drug Discovery
Learn how Organ-on-a-Chip technology supports human-relevant preclinical research and how Liver-Chip models can improve prediction of drug-induced liver injury while advancing New Approach Methodologies.
Advancing Human Lung Disease Research With Primary Alveolar Cells
Learn scalable approaches for isolating primary human alveolar type 2 (AT2) cells for translational lung research.
Make NGS Your BFF With Lunatic
Learn how Lunatic supports rapid, automation-ready nucleic acid quantification and quality control throughout next-generation sequencing (NGS) library preparation workflows.
Rethinking Retrosynthesis for Modern Drug Discovery
Ewa Gajewska discusses how computer-assisted retrosynthesis supports synthetic route planning and decision-making in medicinal chemistry research.
Interpreting CRISPR Screens Through Protein-Level Biology
Amanda McQuade and Nathaniel Robichaud discuss how integrated proteomic and transcriptomic profiling can reveal cellular responses to genetic perturbations that are not captured through RNA analysis alone.
Megascale Biophysics for Protein Engineering
Gabriel Rocklin, Sara Volz, and Andra Campbell discuss how large-scale biophysical datasets and machine learning are advancing protein design.
Teaching AI to Invent Enzymes Nature Never Imagined
In this webinar, Chenghao Liu and Jarrid Rector-Brooks discuss multimodal protein co-design approaches for engineering enzymes with novel catalytic activity.
Advancing Gene-Edited Stem Cell Therapy for Friedreich's Ataxia
Stephanie Cherqui discusses the development and clinical translation of a CRISPR/Cas9-edited hematopoietic stem cell therapy for Friedreich's ataxia.
Scaling the Next Generation of T Cell Therapies
Luke Pase and Prof. Fujiwara discuss how new targeting strategies and scalable manufacturing approaches are advancing next-generation T cell therapies.
Tackling Translational Needs in Gene Editing
In this symposium, researchers will highlight how they overcome key obstacles between gene editing and clinical applications such as cell and gene therapy.Trending
Lawnmower-like Enzyme Rewinds Decades of Molecular Aging in Human Tissue
An engineered enzyme cleaved and repaired age-related protein damage in human tissue, which was long thought to be irreversible in a proof-of-concept study.
How the Gut Differentiates Artificial Sweeteners from Sugars
Signals from sweeteners and sugars are relayed from the gut to the brain by different neural pathways, a new study concludes.
Female Brains Wake Up from Anesthesia Differently Than Male Brains
Ketamine anesthesia drives female-specific microglial activity in mice, offering insight about the anesthetic and highlighting the need to study sex as a biological variable.
Ovarian Cancer Cells Use Fructose to Promote Metastasis
Researchers showed that chemotherapy-resistant cancer cells use fructose to reprogram neighboring cells and facilitate dissemination in mice.
Multimedia
Improving rAAV Production for Viral Vector Manufacturing
Explore strategies for improving recombinant adeno-associated virus production in transient HEK293 suspension cultures while maintaining vector quality and supporting scalable viral vector manufacturing.
Advancing Respiratory Immunity Through Tissue-Resident Memory T Cell Research
Discover how tissue-resident memory T cells develop within the respiratory tract and how these findings are advancing respiratory virus immunity, vaccine research, and high-throughput immune profiling.
