Congratulations to Olga and Sanjit et al. on their new paper!
De novo assembly using only short reads to make chromosome length scaffolds!
Congratulations to Dr. Miriam H. Huntley on successfully defending her PhD! “Quantitative Methods for Analyzing Structure in Genomes, Self-Assembly, and Random Matrices.”
PNAS paper press in over 20 international media outlets!
TIME,
Science,
US House of Representatives,
The Atlantic,
Houston Chronicle (Front Page),
Baylor,
Rice University,
Science News,
The Scientist,
LinkedIn,
The Austrailian,
Phys.org,
la razon.es,
InfoX (Russian News),
Ebiotrade (Chinese News),
The Independent,
Council Chronicle,
Pioneer News,
Infosalus,
La Voz de Galicia,
NE10,
Health Canal,
GEN,
HNGN,
The Bulletin,
R&D
Simulation of DNA organized into two globules by loop extrusion. The figure-8 structure indicates the extrusion complex.
Credit: Najeeb Marc Tarazi, Adrian Sanborn, Erez Lieberman Aiden.
An artist’s interpretation of chromatin folded up inside the nucleus. The artist has rendered an extraordinarily long contour into a small area by hand.
Credit: Mary Ellen Scherl.
Artwork inspired by the problem of genome folding, by Broad Institute Artist-in-Residence Guhapriya Ranganathan. This originally appeared in her exhibition, Unfolding.
Credit: Guhapriya Ranganathan.
Paper published in PNAS!
Front cover of Science News!
Check out the latest Science News Article on the human genome!
Check out the new RAVE website!
Promo video based on our genetics work at Rice and BCM.
Great talk by Miriam at the CSHL Biology of Genomes Conference!
Image Credit: Alex Cagan
