ALERT ATTENTION ⚠️
In observance of a holiday, Agilent CrossLab/iLab Operations Software Support Help Desk will be closed during U.S. hours on Monday, May 25th, 2026. We will resume regular U.S. support hours on Tuesday, May 26th, 2026. EU and APAC Support will remain open during this time. For urgent matters, please add "Urgent" to the ticket/email subject or press "1" when prompted to escalate a call on the iLab Support phone, and we will prioritize those requests first.
The long-term goal of the Tulane Cancer Center Organoid Core is to generate patient derived organoids of solid tumors, including breast, lung, pancreatic, gynecological, GI, and prostate cancer as novel preclinical translational platforms for investigators to advance their research. The Core is working to create a library of patient-derived organoids (PDOs) which are a novel tool for modeling cancer and are powerful for use in drug screening and cancer biology. The Core is located on the third floor of the J. Bennett Johnston Building (JBJ) in New Orleans, Louisiana. Staff are available in-person or by email to assist with organoid and equipment services. Organoid Core staff consists of a multidisciplinary group of scientists with strong backgrounds in cancer biology and bioengineering, including Matthew Burow and Tiffany Seagroves (Co-Directors), Elizabeth Martin and Hilaire Smith (Scientific Directors), Van Barnes (Scientific Advisor), Jorge Belgodere (Scientific Consultant and Dean of Happiness) and Delia Carlino (staff).
Currently, the Core is focused on assisting investigators who have already created their own pre-clinical models, or who require assistance using organoid models obtained through other sources to characterize their samples using the shared resources offered by the Core.
As of July 1, 2025, the Core is available to assist with 2-D high-throughput screening and 3-D spheroid or organoid screening by live-cell imaging (Incucyte SX5). In collaboration with Dr. Seagroves, bio-imaging of pre-clinical, immunocompromised animal models is offered using the IVIS Lumina III (Revvity) instrument.
|
Matthew Burow, PhD Tiffany N. Seagroves, PhD |
Co-Director Co-Director |
|
Elizabeth Martin, PhD Van Barnes, PhD Hilaire Smith |
Scientific Director Scientific Director Scientific Director |
| Hilaire Smith, PhD | Instructor, Dept. of Medicine |
| Tiffany N. Seagroves, PhD |
Professor, Dept. of Medicine |
Check out Sartorius' YouTube channel for helpful how-to videos and to see what the Sx5 can do.
Filter Sets available, Incucyte SX5
|
Optical Module
|
Channel
|
Excitation (nm)
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Emission (nm)
|
|
G/O/NIR
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Green
|
453-485
|
494-533
|
|
Orange
|
546-568
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576-639
|
|
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Near IR
|
648-674
|
685-756
|
|
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G/R (DEFAULT)
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Green
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441-481
|
503-544
|
|
Red
|
567-607
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622-704
|
Link to download Incucyte SX5 instrument use and SOP policies:
| Raisa (Raya) Krutilina, PhD | Senior Staff Scientist, Dept. of Medicine |
| Tiffany N. Seagroves, PhD |
Professor, Dept. of Medicine |
Link to download IVIS Lumina III bio-imager use and SOP policies:
| Hours (CT) | Location |
|
Monday - Friday |
1324 Tulane Ave |
| Name | Role | Phone | Location | |
|---|---|---|---|---|
| Matthew Burow |
Co-Director
|
mburow@tulane.edu
|
JBJ 315
|
|
| Tiffany Seagroves |
Co-Director, Incucyte SX5 and animal bioimaging contact
|
tseagroves@tulane.edu
|
JBJ 315
|
|
| Elizabeth Martin |
Scientific Director
|
emartin1@tulane.edu
|
JBJ 315
|
|
| Van Barnes |
Scientific Director
|
vbarnes2@tulane.edu
|
JBJ 315
|
|
| Hilaire Smith |
Incucyte SX5 manager
|
hsmith22@tulane.edu
|
JBJ 315
|
|
| Raisa (Raya) Krutilina |
Animal bio-imaging manager
|
rkrutilina@tulane.edu
|
JBJ 315
|
|
| Delia Carlino |
Research Staff
|
dcarlino@tulane.edu
|
JBJ 315
|