Advancing Prime Editing–Based Genome Editing Technologies for Therapeutic Applications

November 30th, 2025|Categories: Past Webinars|

Date: March 26, 2026 Time: 12-1pm EDT / 5-6pm CET Title: Advancing Prime Editing–Based Genome Editing Technologies for Therapeutic Applications Description: In this webinar, I will discuss recent advances in prime editing–based genome engineering, including split prime editing, template-jumping prime editing, ...

Acute CNS Responses to centrally Delivered Oligonucleotides

November 30th, 2025|Categories: Past Webinars|

Date: January 29, 2026 Time: 11am-12pm EST / 5-6pm CET Title: Acute CNS Responses to centrally Delivered Oligonucleotides Description: Oligonucleotides delivered into cerebrospinal fluid elicit two independent, short-lived CNS phenotypes: an immediate neuronal activation phenotype that appears within minutes and resolves ...

Leveraging Nature’s Carrier: Albumin-Binding Dendritic siRNA for Enhanced Tumor Targeting

November 18th, 2025|Categories: Perspectives on Current Science|

Small interfering RNA (siRNA) therapeutics are rapidly reshaping the landscape of precision medicine, offering the ability to silence disease-driving genes with exceptional specificity and durability. However, due to delivery barriers, the promise of siRNA therapy has largely been confined to the liver. Recent advances ...

Newly Approved Drug Shows Clinical and Quality-of-Life Improvements for HAE Patients

October 15th, 2025|Categories: Perspectives on Current Science|

Emily Wheeler was 19 when she noticed a gradual swelling in her left foot. Believing it was an allergic reaction, she went to her doctor, who told her it was gout and gave her several pills. An hour later, she started vomiting uncontrollably and ...

BLADE Directed Evolution of SaCas9 gRNAs Improves Gene Editing Efficiency

October 14th, 2025|Categories: Past Webinars|

Date: December 11, 2025 Time: 11-12pm EST / 5-6pm CET Title: BLADE Directed Evolution of SaCas9 gRNAs Improves Gene Editing Efficiency Description: CRISPR-Cas9 efficiency is often limited by misfolding between the sgRNA scaffold and spacer regions. Using the BLADE-SELEX directed evolution ...

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