Канал: QLI Lab

Imaging tissues by Dr. Stephen Boppart

Imaging tissues by Dr. Stephen Boppart

Imaging molecules by Prof. Sua Myong, UIUC

Imaging molecules by Prof. Sua Myong, UIUC

Introduction of Biophotonics Summer Symposium 2014

Introduction of Biophotonics Summer Symposium 2014

Optics by Gabriel Popescu

Optics by Gabriel Popescu

History of fluorescence measurements by Beniamino Barbieri,

History of fluorescence measurements by Beniamino Barbieri,

Biology of the cancer cell by Marina Marjanovic

Biology of the cancer cell by Marina Marjanovic

Introduction to Pathology by Krishnarao Tangella

Introduction to Pathology by Krishnarao Tangella

Fluorescence microscopy by Beniamino Barberi

Fluorescence microscopy by Beniamino Barberi

Inverse problems by Scott Carney

Inverse problems by Scott Carney

Photonic biosensors by Brian Cunningham

Photonic biosensors by Brian Cunningham

Nanophotonics by Kent Choquette

Nanophotonics by Kent Choquette

Spectroscopic imaging by Rohit Bhargava

Spectroscopic imaging by Rohit Bhargava

An optogenetic strategy to study the function of new neurons in behavior by Justin Rhodes

An optogenetic strategy to study the function of new neurons in behavior by Justin Rhodes

Nonlinear optical microscopy in tissue with dissolved gas sensitive nanoprobes by Scott Howard

Nonlinear optical microscopy in tissue with dissolved gas sensitive nanoprobes by Scott Howard

Plasmonics and metamaterials by Logan Liu

Plasmonics and metamaterials by Logan Liu

Nano-scale photonics with micron-scale light by Daniel Wasserman

Nano-scale photonics with micron-scale light by Daniel Wasserman

Computational Microscopy, Sensing and Diagnostics by Aydogan Ozcan

Computational Microscopy, Sensing and Diagnostics by Aydogan Ozcan

Quantitative phase imaging (QPI): when metrology meets biology by Gabriel Popescu

Quantitative phase imaging (QPI): when metrology meets biology by Gabriel Popescu

Super-resolution Microscopy with Nanometers and Milliseconds for Biology by Paul Selvin

Super-resolution Microscopy with Nanometers and Milliseconds for Biology by Paul Selvin

Chemical imaging for cancer pathology by Rohit Bhargava

Chemical imaging for cancer pathology by Rohit Bhargava

Translational Biophotonics: Intraoperative Optical Coherence Tomography by Stephen Boppart

Translational Biophotonics: Intraoperative Optical Coherence Tomography by Stephen Boppart

Re-defining eye disease with the use of OCT by Leanne Labriola

Re-defining eye disease with the use of OCT by Leanne Labriola

Label-free visualization of the nervous system by Ji-Xin Cheng

Label-free visualization of the nervous system by Ji-Xin Cheng

Diffuse optical imaging of the human brain by Fabbiani & Gratton

Diffuse optical imaging of the human brain by Fabbiani & Gratton

Imaging neuronal activity deep within an intact mouse brain by Chris Xu

Imaging neuronal activity deep within an intact mouse brain by Chris Xu

Improving the Drug Development Process by Zane Arp

Improving the Drug Development Process by Zane Arp

Technology Startups Need You! by Gary Durack

Technology Startups Need You! by Gary Durack

Navigating the Entrepreneurship Waters by Laura Frerichs

Navigating the Entrepreneurship Waters by Laura Frerichs

Customer Development – Building Stuff that people care about by Jed Taylor

Customer Development – Building Stuff that people care about by Jed Taylor

Modeling and Imaging Cell-Matrix Interactions in a 3D Matrix by Hyunjoon Kong

Modeling and Imaging Cell-Matrix Interactions in a 3D Matrix by Hyunjoon Kong

Some Recent Technologies for Optogenetics by John Rogers

Some Recent Technologies for Optogenetics by John Rogers

Untreated neuron network growth over 24 hours

Untreated neuron network growth over 24 hours

HeLa Cell Apoptosis measured using wDPM

HeLa Cell Apoptosis measured using wDPM

HeLa Cells Sine Modulation

HeLa Cells Sine Modulation

E. Coli Growth

E. Coli Growth

Heart Cells (cardiomyocytes)Beating

Heart Cells (cardiomyocytes)Beating

Human Osteosarcoma Growth measured using SLIM

Human Osteosarcoma Growth measured using SLIM

SLIM vs Confocal

SLIM vs Confocal

Live neuron measured using SLIM

Live neuron measured using SLIM

Particle tracking using the laplacian of the phase in cardiomyocyte cells.

Particle tracking using the laplacian of the phase in cardiomyocyte cells.

Microglial cells in a mixed glial and neuron culture measured using SLIM

Microglial cells in a mixed glial and neuron culture measured using SLIM

Mass transport in the processes of a living neuron culture.

Mass transport in the processes of a living neuron culture.

SLIM 3D z-scans through a live neuron.

SLIM 3D z-scans through a live neuron.

Microglial cell dynamics

Microglial cell dynamics

3D SLIM z-scans through a U2OS cell undergoing mitosis

3D SLIM z-scans through a U2OS cell undergoing mitosis