The findings, achieved using a combination of fluorescence techniques, may help explain the persistence of some infected cells after drug therapy and and relapses in complex diseases such as cancer.
Using laser microsurgery, the researchers were able to remove the centrioles at different stages of mitosis without destroying the entire structure.
The work could lead to a way to noninvasively control transplanted neural progenitor cells with light to restore lost functions in stroke recovery.
Using a confocal microscopy method, the research team examined the effects of different dietary fats in an experimental rodent model of type 1 diabetes.
The research team's fluorescent antibody-based, genetically encoded probe works in living cells, and is low-cost.
Using advanced imaging techniques and novel fluorescence biosensors, the research team has revealed new insights into CaMKII's activity at the single synapse level.
The agreement will establish the feasibility of coupling genomics to Raman spectroscopy to better determine disease progression in prostate cancer.
Pairing an amino acid tagging technique with a fluorescence method can isolate active microbes present in a sample of soil.
An optogenetics technique showed that a group of hormone neurons increase REM sleep when the need for body temperature defense is minimized.
Combining expansion microscopy with virtual reality enables enlarging, exploring, and analyzing cell structures beyond the capabilities of traditional light microscopy.
Researchers used a fluorescence method to study the mechanics of cell migration, which can possibly explain how cancer cells generate enough force to settle into bones.
The research team believes the fluorescent protein holds promise for fluorescence microscopy.
The brain imaging method is based on a recent bioluminescence-based indicator of membrane voltage to record brain activity simultaneously in multiple, freely moving mice.
Two-photon microscopy, the imaging technique that allowed for the videos, holds promise for the fight against autoimmune disorders such as Type 1 diabetes.
Using a combination of techniques that includes fluorescence spectroscopy, researchers found the master switch that triggers the symmetry-breaking process.