filters_region_cap | custom
facetapi-pgRfWYqrhPMD52raw6i9hOTpyOdyNzrw | block
facetapi-9IEMdzz8Rje4Zk6OgEzOgk0TZtQUyZvd | block
Labs and Teams
facetapi-YKtJxnH4W9g7qU3K3LbP9vb50cdHrdeU | block
open_science_search_page-panel_pane_1 | views_panes
19 ResultsShowing 1-10 of 19 results
2 Photon Random Access Mesoscope
Researchers at HHMI Janelia Research Campus have designed and built a 2-photon random access mesoscope (2p-RAM) that provides rapid access for imaging anywhere within a large tissue volume....
This invention combines interferometry and photoactivated localization microscopy (PALM) to create a new light microscopy technique that provides sub 20-nm, three-dimensional localization....
Adaptive Optics via Pupil Image Segmentation
Microscope Adaptive Optics by rear pupil masking, adaptive optics for high resolution imaging in biological tissue. This technology advances the resolution and depth limit of light...
High Speed Scanning Image
Laser scanning microscopy (LSM) is an essential tool for imaging of biological specimens and two-photon LSM is the standard for imaging in vivo or in other highly scattering media. However,...
High peak power femtosecond pulse lasers have found broad applications in micromachining, biomedical imaging, and spectroscopy. However, group delay dispersion (GDD) while propagating through...
Immersion Reflection Microscope Objective
The standard reflection objective is designed to work in air with reasonably high resolution. It is a light-‐weight, simple structure (one two mirrors needed) with little chromatic dispersion and...
Biological imaging techniques such as two photon microscopy are playing a key role in driving new advances in understanding the behavior of tissues, cells, and molecules. When illuminating...
Lattice Light Microscopy
The Lattice Light involves use of a Bessel beam to illuminate a sample with light sheets that are sufficiently thin to achieve isotropic 3D resolution high-speed 3D fluorescent imaging. The...
MicroED Stage Controller
MicroED is a recently developed method from the Gonen lab which allows the collection of high-resolution electron diffraction data from extremely small protein microcrystals using an electron cryo...
MIMMS (Modular In vivo Multiphoton Microscopy System) is a modular platform for performing two‐photon laser scanning microscopy (TPLSM) optimized for in vivo applications. The system generally...