A human paralog genetic interaction map with implications for cancer therapy and tumor evolution

**Session Chair**: Britt Adamson, Princeton University
 
 **Presenter**: [Alice Berger, Fred Hutchinson Cancer Research Center](https://research.fredhutch.org/berger/en.html)
 
 A human paralog genetic interaction map with implications for cancer therapy and tumor evolution

Alice Berger, A human paralog genetic interaction map with implications for cancer therapy and tumor evolution

technical paper

Recent years have given rise to breathtaking advances in genomics, nano-technology, and computation. These fields continue to evolve rapidly, with applications across nearly all biological disciplines. In this conference, we aim to showcase the ‘next-generation’ of genomic methods and technologies, and in particular to provide a platform for junior faculty to present recent discoveries and innovations. This virtual conference will feature advances in both computational and experimental methods, including single cell analysis, genetic engineering, population genetics, and statistical and deep learning. 

The meeting will take on September 27-28 from 10:00AM-5:30PM EDT, and we will release a detailed agenda prior to the conference.

We gratefully acknowledge funding from the Chan Zuckerberg Initiative that enables us to offer open and free registration for Next-Generation Genomics 2021.

**Registration is free and open to all attendees**. Please use [this link](https://ngg2021reg.paperform.co/) to register and reserve your attendance at the conference.



Free registration

Next-Generation Genomics 2021

This conference will feature advances in both computational and experimental methods, including single cell analysis, genetic engineering, population genetics, and statistical and deep learning.

Alice Berger

1

Presentations

A human paralog genetic interaction map with implications for cancer therapy and tumor evolution