Hope for a Cure Foundation logo Hope for a Cure Foundation - Achieved Goals
Hope for a Cure Foundation
Hope for a Cure Foundation - About Us
Hope for a Cure Foundation - Support Our Cause
Hope for a Cure Foundation - Donors and Partners
Hope for a Cure Foundation - Contact Us
Hope for a Cure Foundation - Achieved Goals
Hope for a Cure Foundation

  1. BIO RAD S1000 Thermal Cycler, with a Fisher Scientific Series 3110 Incubator for the lab of Sonia Ramamoorthy, M.D., Assistant Professor of Surgery at UCSD Moores Cancer Center
  2. 363 Flurorescence Detector by Hitachi to the lab of Dr. J.Kellogg Parsons of the UCSD Moores Comprehensive Cancer Center
  3. Kodak Gel Logic 200 PC to the lab of Dr. Stefan Riedl of The Burnham Institute
  4. Bio-Rad Multicolor Fluorescent Imaging System to the laboratory of Dr. Jean Wang, UCSD / Moores Cancer Center
  5. Olympus CKX41 Microscope to Dr. Ruth Gjerset, Sidney Kimmel Cancer Center
  6. PSSC PowerWulf Computer Upgrade to Dr. Maurizio Pellecchia, The Burnham Institute
  7. Stryker's Digital Capture High Definition Equipment to Anne Wallace, M.D., Associate Professor of Surgery, UCSD
  8. CHEF-DR II System to Floyd Romesberg, Ph.D. and Jodie Chin, Ph.D., The Scripps Research Institute
  9. Miotic Inverted Microscope with Epifluorescence to Dr. Per Borgstrom, Sidney Kimmel Cancer Center

Bio Rad S1000 Thermal Cycler, with a Fisher Scientific Series 3110 Incubator for the lab of Sonia Ramamoorthy, M.D., Assistant Professor of Surgery at the UCSD Moores Cancer Center

HFAC  Board Members Pam Xitco and Olga Fisher, Research Assistant Linda Luo, and Dr. Sonia Ramamoorthy with the Bio  Rad Thermal Cycler.
L to R:  HFAC Board Members Pam Xitco and Olga Fisher,
Research Assistant Linda Luo, and Dr. Sonia Ramamoorthy
with the Bio Rad Thermal Cycler.

Research Assistant Linda Luo with the Fisher Scientific Series 3110 Incubator
Research Assistant Linda Luo with the Fisher Scientific
Series 3110 Incubator

Our most recent gift was to Sonia Ramamoorthy, M.D., Assistant Professor of Surgery at the UCSD Moores Cancer Center. Dr. Ramarmoorthy specializes in colon and rectal surgery.  Her cancer research, like so many others at UCSD, requires specialized equipment to improve the quality and longevity of the cancer cells they are studying.

As our friends and family members continue to support the foundation with their generous contributions, we were able to purchase a Bio Rad S1000 Thermal Cycler along with a Fisher Scientific Series 3110 Incubator for Dr. Ramamoorthy’s lab.

The incubator, from Fisher Scientific, was needed so that they could provide optimal growth for the live cancer cells that are required for their studies.  The Bio Rad Thermal Cycler is a PCR machine which helps amplify the DNA/RNA once it has been extracted from the cells.  The DNA and RNA are the molecular footprints in cancer that help us to understand how it differs from the normal tissue surrounding it.

Our appreciation to Dr. Ramamoorthy and her research assistants for all they are doing to help eradicate cancer in our world today.

 

 

 

« Top

 

363 Fluorescence Detector by Hitachi to the lab of Dr. J. Kellogg Parsons of the UCSD Moores Comprehensive Cancer Center

Dr. J. Kellogg Parsons, Dr. Dr. Parsons, Professor Cheryl Rock and Mr. Dennis Heath with the Fluorescence Detector.
(L to R) Dr. J. Kellogg Parsons, Professor Cheryl Rock and
Mr. Dennis Heath with the Fluorescence Detector

363 Flurorescence Detector by Hitachi
363 Fluorescence Detector by Hitachi

This donation project was to Dr. J. Kellogg Parsons of the UCSD Moores Comprehensive Cancer Center. The equipment purchased for Dr. Parsons was a 363 Flourescence Detector by Hitachi.

Dr. Parsons' research focuses on the epidemiology, prevention, and treatment of prostate and bladder cancer and prostate hyperplasia. He is particularly interested in clinical trials and improving patient care through the application of evidence-based medicine.

His previous research has included identification of free testosterone as a risk factor for prostate cancer, optimization of prostate cancer diagnosis utilizing prostate-specific antigen (PSA) isoforms, and descriptions of novel risk factors for prostate hyperplasia.

The equipment purchased for Dr. Parsons is currently being used to aid in research for a grant given to USCD / Dr. Parsons by the NIH, in regards to the prevention and treatment of bladder and prostate cancer thru diet.

Dr. Parsons is the principal investigator at UCSD for the Selenium and Vitamin E Prostate Cancer Prevention Trial (SELECT).

 

 

« Top

 

Kodak Gel Logic 200 PC to the lab of Dr. Stefan Riedl of The Burnham Institute

(L  to R): Tae-Hyun Chris Kim, Stefan Riedl, Ph.D., Malgorzata  Dobaczewska, Jean Freiser
(L to R): Tae-Hyun Chris Kim, Stefan Riedl, Ph.D.,
Malgorzata Dobaczewska, Jean Freiser

Front row (L to R): Maryjo Highland, Malgorzata Dobaczewska, Jean  Freiser; Back row (L to R): Olga Fisher, Pam Xitco, Eva Borgstrom, Jean Remmer,  Dr. Stefan Riedl; Missing from group: Dee  Jerge
Front row (L to R): Maryjo Highland, Malgorzata
Dobaczewska, Jean Freiser
Back row (L to R): Olga Fisher, Pam Xitco, Eva Borgstrom,
Jean Remmer, Dr. Stefan Riedl
Missing from group: Dee Jerge

This donation project was to Dr. Stefan Riedl, whose lab is part of the Cancer Center at The Burnham Institute for Medical Research. The equipment purchased for Dr. Riedl was a Kodak Gel Logic 200 Imaging System

Dr. Riedl’s lab focuses on the understanding of central protein complexes, which act as molecular switches in important cancer pathways.  Understanding these switches is crucial to enabling researchers to develop drug compounds influencing these key regulators as a means of combating various cancers.

The Kodak Gel Logic 200 is a state-of-the-art gel imaging system, which allows precise analysis of the protein complexes. The equipment replaced a manual type process which was much more labor intensive as well as time consuming in identifying protein components and how they interact to form large complexes; a process that requires visualization by various methods.

Dr. Riedl has trained at several prominent institutions such as Max Planck Institute and Princeton University, and most recently started his own lab at Burnham in the area of Apoptosis and Cell Death Research.

 

 

« Top

 

Bio-Rad Multicolor Fluorescent Imaging System to the laboratory of
Dr. Jean Wang, UCSD / Moores Cancer Center

Dr. Jean Wang and Shun J. Lee
Dr. Jean Wang and Shun J. Lee

Dr. Jean Wang, Shun J. Lee, Olga Fisher, Maryjo Highland, Eva Borgstrom, Pam Xitco and Dee Jerge.
(L to R): Dr. Jean Wang, Shun J. Lee,
Olga Fisher, Maryjo Highland,
Eva Borgstrom, Pam Xitco and Dee Jerge
This fundraising project culminated in the donation of a Bio-Rad Multicolor Fluorescent Imaging System to the UCSD / Moores Cancer Center laboratory of Dr. Jean Wang. Dr. Wang is working on a number of projects to advance the identification and improvement of gene therapies and chemotherapy in all types of cancer. This equipment is critical to the day-to-day operations of every project in Dr. Wang’s lab. For further information about Dr. Wang and her research, visit www.cancer.ucsd.edu/summaries/jywang.asp

 

 

 

 

 

 

 

 

« Top

 

Olympus CKX41 Microscope to the laboratory of Dr. Ruth Gjerset, Sidney Kimmel Cancer Center

Pam Xitco and Dr. Ruth Gjerset with Olympus CKX41 microscope, donated by Hope For A Cure Foundation.
Hope For A Cure Foundation Board
Member Pam Xitco (left) with
Dr. Ruth Gjerset and the
Olympus CKX41 microscope.

This fundraising project culminated in the donation of  an Olympus CKX41 microscope, equipped with a fluorescent illuminator, to the Sidney Kimmel Cancer Center laboratory of Dr. Ruth Gjerset. The microscope is suitable for multiple applications, ranging from routine cell culture observation and live cell imaging to high resolution multi-stained fluorescence analysis of subcellular structures in fixed specimens. Gjerset’s laboratory research focuses on specific proteins involved in cancer development.

 

 

 

« Top

 

PSSC PowerWulf Computer Upgrade to the laboratory of Dr. Maurizio Pellecchia, The Burnham Institute

Dr. Maurizio Pellecchia with Jean in the computer center at The Burnham Institute.
Dr. Maurizio Pellecchia and Jean
Freiser, Director of Sponsored
Research, with the newly-upgraded
computer equipment in the
computer center at The Burnham
Institute.

Because of all of your continued generosity and kindness, the Hope for a Cure Foundation was able to purchase another piece of equipment for cancer research!  In the spring, we delivered a PSSC PowerWulf computer upgrade to Dr. Maurizio Pellecchia of The Burnham Institute. Dr. Pellecchia is currently working on an agent that will focus on prostate, breast, lung and lymphoma cancers at The Burnham Institute. This research is focused on targeting proteins that will render cancer cells more sensitive to chemotherapy. We feel privileged to have assisted him in his journey.

 

 

 

 

« Top

 

Stryker's Digital Capture High Definition Equipment to the laboratory of Anne Wallace, M.D., Associate Professor of Surgery, UCSD

Dr. Anne Wallace with Olga Fiser and Maryjo Highland of the Hope for a Cure Foundation
(L to R): Dr. Anne Wallace,
with Olga Fisher and
Maryjo Highland of the
Hope for a Cure Foundation

Stryker Sales Representative Steve Rons
Stryker Sales
Representative
Steve Rons

Stryker Digigal Capture High Definition
Stryker's Digital Capture
High Definition equipment.

The Hope for a Cure Foundation donated a powerful new tool to the operating room of Anne Wallace, M.D., Associate Professor of Surgery at UCSD. Valued at nearly $28,000, Stryker's Digital Capture High Definition equipment is designed to capture and route high-definition images from their companion camera, allowing Dr. Wallace to record detailed mapping of the duct wall of breast cancer patients in the O.R. The equipment allows Dr. Wallace to document her cases faster and on more types of media.  She is also able to record the procedure on CD for evaluation, and to apply this information directly to her research and teaching efforts. Furthermore, by studying the data resulting from these powerful image and data capture tools, Dr. Wallace is hopeful of offering earlier cancer diagnoses.

 

 

 

 

 

 

 

 

 

 

 

« Top

 

CHEF-DR II System to the laboratory of Floyd Romesberg, Ph.D. and Jodie Chin, Ph.D., The Scripps Research Institute

Jodie Chin, Ph.D., with the new CHEF-DR II system  from the Hope For A Cure Foundation
Jodie Chin, Ph.D., with the new
CHEF-DR II system

The Hope for a Cure Foundation delivered a CHEF-DR II system to Floyd Romesberg, Ph.D. and Jodie Chin, Ph.D., at The Scripps Research Institute. They are currently working on DNA sequencing and identifying the proteins involved in the mutation of the cells. Their work is of a preventive nature when dealing with cancer.

 

 

 

 

 

« Top

 

Miotic Inverted Microscope with Epifluorescence to the laboratory of Dr. Per Borgstrom, Sidney Kimmel Cancer Center

Per Borgstrom, Ph.D., with the new Miotic Inverted Microscope from the Hope For A Cure Foundation
Per Borgstrom, Ph.D., with the new
Miotic Inverted Microscope

Mikron Instruments delivered a Miotic Inverted Microscope with Epifluorescence to Dr. Per Borgstrom at the Sidney Kimmel Cancer Center. This microscope will aid Dr. Borgstrom in his continued efforts to combat cancer.

 

 

 

 

« Top