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Leica SP5 Inverted Zeiss 710 Inverted Zeiss 780 Inverted What you can do in the . . . Image . . . Visualize, process and analyze . . . By using these systems . . . http://microscopy.duke.edu Discover more. . . Light Microscopy Core F acility DUKE UNIVERSITY AND DUKE UNIVERSITY MEDICAL CENTER A great range of samples: Fixed or live Slides, culture dishes, intravital imaging Thin or thick - Scale optically cleared tissues allow imaging depth up to 8 mm Single molecules to cm scale structures Nanosecond to multiday events Range of λ - UV to NIR Extract quantitative data from images Tracking 2D or 3D 3D volumetric measurements 3D Spatial positions Areas, Intensities, Counting Visualize 3D Images Imaris | Volocity | MetaMorph | Huygens Three Humans Sam, Gao, and Ben Multi- photon Olympus FV1000 TCSPC PicoQuant Confocal Systems Live Cell Systems Fluorescence Microscopes Zeiss 510 Inverted Zeiss 510 Upright Andor XD Spinning Disk DeltaVision Live Cell Station 1 Axio Observer Axio Imager TIRF Stereo- scope Workstations 6 High-end Computers Zeiss 780 Upright Live Cell Station 2 Olympus VivaView Zeiss Laser Capture Deconvolve Images •DeltaVision deconvolution system and workstation •Huygens SVI deconvolution software – accepts images from nearly all scopes, LMCF’s and yours Transmitted Light Imaging Using a variety of modalities/techniques: Multi-dimensional acquisition: 3D z-stacks, multi-channel, time- lapse at multiple locations Reflection Functions Tiled Images Large structures at high resolution by confocal or widefield Dynamics Photoactivation Photoconversion Spectral Imaging and Unmixing Suggest . . . What new equipment or capabilities do you want? What level of involvement is best for you? How can we improve our services? Use . . . Trained users can access the scopes 24 hr, 365 days Online reservations for all systems Convenient, nearby locations Trial samples of common reagents Low fees, bulk discounts thanks to support from: DIC Phase Contrast Color Brightfield Learn . . . Dedicated staff can help you whether you have never seen a microscope before or if your middle name is microscopy: Training and advice for systems tailored to your needs Advice on experimental strategies and sample preparation Ongoing support and further training as you use the systems Online tutorials and guidelines Microscopy and image analysis classes Graduate classes: BIO725, BIO727 and a CMB551 module Occasional introductory short-courses for all All standard fluorescence-based optical sectioning methods L S R C F R E N C H Nanaline Duke RPII Leica SP5 Upright Leica SP8 Upright Leica DMI4000

Image . . . Visualize, process and analyze . . . Learn · Leica SP5 Inverted Zeiss 710 Inverted Zeiss 780 Inverted What you can do in the . . . Image . . . Visualize, process and

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Page 1: Image . . . Visualize, process and analyze . . . Learn · Leica SP5 Inverted Zeiss 710 Inverted Zeiss 780 Inverted What you can do in the . . . Image . . . Visualize, process and

Leica SP5

InvertedZeiss 710

Inverted

Zeiss 780

Inverted

What you can do in the . . .

Image . . . Visualize, process and analyze . . .

By using these systems . . .

http://microscopy.duke.edu

Discover more. . .

Light Microscopy Core FacilityDUKE UNIVERSITY AND DUKE UNIVERSITY MEDICAL CENTER

A great range of samples:

�Fixed or live

�Slides, culture dishes, intravital imaging

�Thin or thick - Scale optically cleared

tissues allow imaging depth up to 8 mm

�Single molecules to cm scale structures

�Nanosecond to multiday events

�Range of λ - UV to NIR

Extract quantitative data from images

Tracking

2D or 3D

3D volumetric

measurements

3D Spatial

positions

Areas, Intensities,

Counting

Visualize 3D Images

Imaris | Volocity | MetaMorph | Huygens

Three

Humans

Sam, Gao,

and Ben

Multi-

photon

Olympus

FV1000

TCSPC

PicoQuant

Confocal Systems Live Cell Systems Fluorescence Microscopes

Zeiss 510

InvertedZeiss 510

Upright

Andor XD

Spinning

Disk

DeltaVisionLive Cell

Station 1

Axio

Observer

Axio

ImagerTIRF

Stereo-

scope

Workstations

6 High-end

ComputersZeiss 780

Upright

Live Cell

Station 2

Olympus

VivaView

Zeiss

Laser

Capture

Deconvolve Images

•DeltaVision deconvolution system and workstation

•Huygens SVI deconvolution software – accepts

images from nearly all scopes, LMCF’s and yours

Transmitted Light Imaging

Using a variety of modalities/techniques:

Multi-dimensional acquisition: 3D z-stacks, multi-channel, time-lapse at multiple locations

Reflection

FunctionsTiled Images

Large structures

at high

resolution by

confocal or

widefield

Dynamics

Photoactivation

Photoconversion

Spectral Imagingand Unmixing

Suggest . . . • What new equipment or capabilities do you want?

• What level of involvement is best for you?

• How can we improve our services?

Use . . . • Trained users can access the scopes 24 hr, 365 days

• Online reservations for all systems

• Convenient, nearby locations

• Trial samples of common reagents

• Low fees, bulk discounts thanks to support from:

DIC Phase Contrast Color Brightfield

Learn . . .

Dedicated staff can help you whether you have

never seen a microscope before or if your middle

name is microscopy:• Training and advice for systems tailored to your needs

• Advice on experimental strategies and sample preparation

• Ongoing support and further training as you use the systems

• Online tutorials and guidelines

Microscopy and image analysis classes• Graduate classes: BIO725, BIO727 and a CMB551 module

• Occasional introductory short-courses for all

All standard fluorescence-based optical sectioning methods

L

S

R

C

F

R

E

N

C

H

Nanaline Duke RPII

Leica SP5

Upright

Leica SP8

UprightLeica

DMI4000