Infographic: Building an Artificial Chromosome
Infographic: Building an Artificial Chromosome
Integrating a specialized histone into large segments of transgenic DNA enables centromere formation.
Infographic: Building an Artificial Chromosome
Infographic: Building an Artificial Chromosome

Integrating a specialized histone into large segments of transgenic DNA enables centromere formation.

Integrating a specialized histone into large segments of transgenic DNA enables centromere formation.

Modus Operandi
Streamlined Artificial Chromosome Creation
Streamlined Artificial Chromosome Creation
Ruth Williams | Nov 1, 2019
Recruiting an epigenetic instigator of centromere formation into large segments of cloned DNA facilitates their transformation into artificial chromosomes.
Remote Control of Peripheral Nerves
Remote Control of Peripheral Nerves
Ruth Williams | Oct 1, 2019
An implantable wireless device with microfluidic and optical components allows manipulation of individual nerve fibers in mice’s extremities.
Light-Activated Nanodevices Control Cells
Light-Activated Nanodevices Control Cells
Ruth Williams | Sep 1, 2019
DNA-coated gold nanorods enable cells to be activated by light without genetic manipulation.
Infographic: DNA Detection with a Chip
Infographic: DNA Detection with a Chip
Ruth Williams | Jul 15, 2019
Researchers combine CRISPR technology with a graphene transistor to create an electronic sensor for particular DNA sequences.
Digital DNA Detection
Digital DNA Detection
Ruth Williams | Jul 15, 2019
A CRISPR-based electronic sensor flags target DNA sequences at high speed.
Infographic: High Precision Magnetic Tweezers
Infographic: High Precision Magnetic Tweezers
Ruth Williams | Jun 1, 2019
Microscope-mounted magnets with computerized feedback control allow precision manipulations of intracellular objects.
Intracellular Magnetic Manipulations
Intracellular Magnetic Manipulations
Ruth Williams | Jun 1, 2019
Optimized tweezers enable precise 3-D manipulations of a cell’s organelles.
Microbiology Meets Machine Learning
Microbiology Meets Machine Learning
Ruth Williams | May 1, 2019
Artificially intelligent software has human-like ability to analyze host-pathogen interactions in microscopy images.
Infographic: Human-Style Image Analysis Without the Human
Infographic: Human-Style Image Analysis Without the Human
Ruth Williams | May 1, 2019
Artificially intelligent software has human-like ability to analyze host-pathogen interactions in microscopy images.