CPLC News - Research Highlights

3/30/2018
Team brings subatomic resolution to computational microscope
3/26/2018
DNA origami as a novel avenue for creating next-generation optical voltage sensing nanodevices
1/2/2018
A virus-bacteria coevolutionary 'arms race' solves the diversity paradox by 'Killing the Winner'
9/19/2017
CPLC/CBQB Symposium
8/31/2017
Quanta Magazine's Q&A with Goldenfeld: Seeing Emergent Physics Behind Evolution
7/19/2017
Massive simulation shows HIV capsid interacting with its environment
5/23/2017
Genetic mutation trade-offs lead to parallel evolution
3/15/2017
Rotation tracking and footprinting reveal asymmetric rolling adhesion mechanism
12/10/2016
Method to Label Proteins Inside the Living Cell for Super-Resolution Fluorescence Microscopy
9/26/2016
Real-time observation of Cas9 Activity
8/31/2016
CPLC Fellow Dr. Abhishek Singharoy's research featured in Beckman Institute News
6/15/2016
Quantitative analysis and prediction of G-quadruplex forming DNA
6/14/2016
Scientists observe real-time transposon activity in living cells
4/20/2016
Quantitative analysis and prediction of G-quadruplex forming DNA
3/22/2016
Methylation is responsible for sequence-dependent attraction between DNA strands
3/12/2016
Stochastic Nature of Phage Promoter Switching
3/4/2016
Cyclophilin A stabilizes the HIV-1 capsid through a novel non-canonical binding site
3/4/2016
Stochastic nature of phage promoter switching
1/15/2016
Computing the bacterial brain
12/15/2015
Synaptic receptor tracking on live neurons using stable small quantum dots
12/9/2015
Protein hairpin and Parkinson’s disease
11/19/2015
DNA nanosensors designed computationally
9/20/2015
Effect of DNA replication on mRNA noise
9/20/2015
Year of Light: The brilliance of mixing physics with biology
7/29/2015
Atomic modeling of an immature retroviral lattice using molecular dynamics and mutagenesis
7/14/2015
farFRET: Extending the Range in Single-Molecule FRET Experiments beyond 10 nm
7/10/2015
CPLC postdoctoral fellow Jingyi Fei publishes in Science
7/10/2015
Single molecular force across single integrins dictates cell spreading
6/23/2015
Spatially-Resolved Metabolic Cooperativity within Dense Bacterial Colonies
6/22/2015
Resolving Molecular Motor Action
5/31/2015
Collaborative research team solves cancer cell mutation mystery
5/31/2015
Aligning and repairing broken chromosomes
4/17/2015
New laboratory technique simultaneously reveals structure and function of proteins critical in DNA repair
3/17/2015
Scientists Find DNA is Packaged Like a Yoyo
2/16/2015
The princess and the pea: Cells' ultra-sensitivity for strong molecular forces
12/3/2014
Ibrahim Cissé is unraveling the mystery of DNA transcription, one molecule at a time
6/3/2014
Coarse-grained model of single-stranded nucleic acids
5/7/2014
Ankur Jain selected as finalist for the Gregorio Weber International Prize in Biological Fluorescence
2/24/2014
New research reveals how E. coli relieves the pressure
2/14/2014
Cracking its whips: coordination of flagellar locomotion in E. coli
2/14/2014
Advanced techniques yield new insights into ribosome self-assembly
1/10/2014
Metabolic variability in a modeled E. coli population
1/10/2014
Lattice microbes
1/10/2014
Phenotype Switching in a Self-Regulating Gene
1/10/2014
Protein-guided RNA dynamics during early ribosome assembly
1/10/2014
DNA looping and bistability of the lac genetic switch
8/26/2013
A Quantum of Force in Cell Adhesion
3/17/2013
In Vivo Optical Trapping Applied to two cellular motors fighting
2/9/2013
End of Chromosome control
2/9/2013
RNA silencing machinery in action
2/9/2013
The assembly landscape of Ribosome
2/9/2013
In Silico Evolution of a Proto-Ribosome
1/21/2013
Kinase sensor
1/20/2013
Slide towards rescue of DNA
9/20/2012
Quantum Biology of the Sense of Smell
9/4/2012
Chemotactic adaptation kinetics of individual Escherichia coli cells
9/3/2012
Protein as a Nano-Spring
8/15/2012
Extreme Bendability of Short DNA
6/18/2012
Large Protein Folded Computationally
6/18/2012
NAMD 2.9 Goes Viral on Blue Waters
4/9/2012
Epigenetic Key
4/6/2012
Accurate all-atom model for computational studies of nucleic acid systems
4/6/2012
End-to-end attraction of short duplex DNA
6/23/2011
SiMPull: Single Molecule Pull-Down
6/21/2011
Computational Microscopy of the Ribosome
6/21/2011
Opposites Attract in a Motor Protein
6/21/2011
Placing New Proteins
6/21/2011
Growing a New Whip
6/21/2011
Large Step with Short Leg
5/10/2011
Ultra High Resolution Fleezers
4/18/2011
In Silico Cells
4/18/2011
New helicase mechanism to regulate recombination
7/14/2010
Calibrating in vivo tension sensor
1/12/2010
Protein folding in living cells
12/25/2009
Reinventing RNA Polymerase
11/11/2009
Managing the Protein Assembly Line
10/22/2009
Molecular Road Roller
10/21/2009
Protein Folding
10/4/2009
A bacterial treadmill
9/25/2009
Bagging Cholesterol
9/17/2009
Copying DNA
9/1/2009
A viral time-bomb
7/25/2009
Where's North? Ask Superoxide!
6/16/2009
Why Kinesin is so Processive
5/25/2009
Cracks in the Mirror
5/11/2009
Electrostatic Tweezers
4/25/2009
Amazing Filter
4/21/2009
Signaling Networks in Protein: RNA Complexes
3/25/2009
Silica Nanopores
1/25/2009
Open Sesame
1/12/2009
Protein Teamwork