ALERT

ATTENTION ⚠️

On Saturday April 20th, 2024 at 8:00 AM (UTC), emergency site maintenance has been scheduled for iLab Primary U.S. Details and updates can be found on the Agilent Status Page. For additional information, please contact the Agilent iLab Support by clicking on 'Help' at the top of your account page or by emailing ilab-support@agilent.com.

Molecular Therapeutics Shared Resource (MTSR)

Overview of Services

The Molecular Therapeutics Shared Resource (MTSR) at Sylvester provides preclinical drug discovery and development capabilities with the goal of discovering novel small molecules that have the potential to become drugs for the treatment of cancer. Nearly all human-directed research is aimed at understanding disease with the goal of finding cures. The most powerful and efficient way to treat disease is by use of pharmaceuticals. The MTSR provides expertise in drug discovery to begin the process of uncovering novel treatments for cancer.

Services offered by the MTSR include assay development, compound screening, in vitro models, library curation & preparation and other work related to the preclinical drug discovery pipeline, including customized assays, target validation and full pipeline project management. MTSR services, which include cell death assays, clonogenic assays, alphascreen, plate reading and library addition, enable translation of basic research to clinical utility. The MTSR validates therapeutically relevant targets, identified in Sylvester members’ research, to support the advancement clinical research.

Leadership

Shaun Brothers | Core Director

Claude-Henry Volmar | Director, Research Lab

Ines Lohse | Associate Scientist

Location

1501 NW 10th Ave, M-860

Miami, FL 33136

Links and Resources

Contacts

Name Role Phone Email Location
Shaun Brothers
Core Director
 
305-243-6113
 
sbrothers@med.miami.edu
 
LPLC 633
 
Claude-Henry Volmar
Director, Research Lab
 
305-243-1209
 
cvolmar@med.miami.edu
 
LPLC-129
 
Ines Lohse
Associate Scientist
 
305-243-7556
 
ixl180@med.miami.edu
 
LPLC-130