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Story contributed by the Lymphoma Research Foundation |
| New ways to attack an aggressive and incurable type of lymphoma will be studied at UNMC with the help of a $300,000 grant from the Lymphoma Research Foundation (LRF). Kai Fu, M.D., Ph.D., associate professor of pathology and microbiology, has received the grant — called the 2009 Millennium Pharmaceuticals, Inc./Lymphoma Research Foundation Clinical Investigator Career Development Award — to support his mantle cell lymphoma research. This substantial investment by the Lymphoma Research Foundation is indicative of the group’s high esteem for Dr. Fu’s work, said Tom Rosenquist, Ph.D., vice chancellor for research at UNMC.
![]() Dr. Kai Fu
“I know that, with his innovative research approach and high level of energy, the investment will pay dividends in new, improved therapy for patients with mantle cell lymphoma,” he said. Lymphoma — the most common type of blood cancer — is broadly categorized into Hodgkin’s lymphoma (HL) and non-Hodgkin’s lymphoma (NHL). According to the World Health Organization, there are six types of HL and more than 61 types of NHL. Mantle cell lymphoma is a rare B-cell NHL that is very aggressive. It accounts for 6 percent of all new diagnoses of NHL — or about 3,000 new cases per year in the United States. The disease:
It is characterized by over expression of the gene called cyclin D1 due to a chromosomal translocation. A subset of mantle cell lymphoma also shows higher levels of a group of small RNA molecules, called miR-17~92. Dr. Fu and his colleagues have found that this higher expression correlates directly with poorer patient survival. These findings indicate that higher miR-17~92 expression induces abnormal activation of a pathway in tumor cells that leads to increased resistance to standard chemotherapy.
This recent award will help Dr. Fu conduct a pre-clinical study to determine whether suppression of miR-17~92 will improve the effect of chemotherapy. His study may lead to a novel approach to treat MCL patients. “Dr. Fu’s elegant proposal explores a new avenue for understanding MCL and identifying potential therapeutic targets,” said Michael Williams, M.D., director of the University of Virginia’s Hematologic Malignancy Program and chairman of the LRF’s Mantle Cell Consortium, of which Dr. Fu also is a member. “We are delighted that Dr. Fu has chosen MCL as the focus of his Clinical Career Development Project.” |
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Date Published: Wednesday, August 12, 2009 |
Dr. Ikezu discovery nets large venture capital investment
| by Lisa Spellman, UNMC public relations |
![]() Tsuneya Ikezu, M.D., Ph.D.
A recently discovered enzyme with big implications in the treatment of neurodegenerative disorders has led to the largest acquisition of venture capital funds obtained to date by UNeMed Corporation and UNMC.
NuMedix Health Group, a venture capital firm in Sydney, Australia, has invested about $2 million in the research of Tsuneya Ikezu, M.D., Ph.D., a professor in the department of pharmacology and experimental neuroscience at UNMC.
The money will help further Dr. Ikezu’s work to find a compound to block the newly-discovered enzyme’s function and subsequently prevent the damaging effects of the enzyme’s overactivity — which contributes to the onset of dementia.
“The University of Nebraska Medical Center has an international reputation in producing quality research and Dr. Ikezu has done an impressive amount of research in this particular area,” said Michael Issakidis, NuMedix managing director. “We hope that by our investments, we can assist hundreds of thousands of individuals and their families in achieving a better quality of life.”
UNeMed first filed a patent application on this enzyme when Dr. Ikezu discovered it in 2002 and just received word that the U.S. Patent and Trademark Office expects the patent to issue later this summer.
“The reward of UNeMed and Dr. Ikezu’s diligence over the past six years is paying large dividends,” said Michael Dixon, Ph.D., president of UNeMed. “Everything has come together nicely and we are pleased to be able to attract additional research money to this valuable research as well as establish a partner to help translate the results of this research into the clinic.”
Enzyme does damage in mouse models
Dr. Ikezu’s lab developed a transgenic mouse model to show that the enzyme — known as tau-tubulin kinase1 (TTBK1) — induces memory impairment.
The study in the mouse model was published in the December Journal of Neuroscience and revealed that TTBK1 is a potential therapeutic target for neurodegenerative disorders such as Alzheimer’s and Parkinson’s diseases.
“We are all excited about the publication and funding for initiating the drug screening program to regulate this enzyme activity in brain,” Dr. Ikezu said.
Company takes notice of Dr. Ikezu’s work
Nearly a year ago, UNeMed was approached by Neumedix in regards to Dr. Ikezu’s work. Due to the complex nature of the project, negotiations and plans took nearly several months to complete and work began April 1.
The research will take place over the next four years at which time, it is anticipated that it will be ready for clinical trials.
Dr. Ikezu is optimistic a compound can be identified through the drug discovery endeavor.
“I really appreciate all the lab members contributing to this project, support from department of pharmacology and experimental neuroscience, and UNeMed for identifying the sponsorship,” Dr. Ikezu said.
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| Date Published: Friday, May 29, 2009 |
Dr. Campbell receives international award for health records efforts

by Tom O’Connor, UNMC public relations

James Campbell, M.D.
A leader in the development of a compatible worldwide system for electronic health records, UNMC’s James Campbell, M.D., has earned a prestigious international award for his pioneering work.
Dr. Campbell, who has devoted nearly 30 years to development of an electronic health record system, received the first-ever Award for Excellence from the International Health Terminology Standards Development Organisation (IHTSDO), a non-profit association in Denmark.
IHTSDO evolved from a project that originated in the United States known as SNOMED CT (Systematized Nomenclature of Medicine–Clinical Terms). For years, Dr. Campbell was a proponent for the use of SNOMED CT in clinical settings primarily in the United States but also around the world.
More about Dr. Campbell
Hometown: Geneva, N.Y.
Education: Bachelor’s degree in physics, University of Rochester, (N.Y.); medical degree, UNMC, 1976
Training: Internal medicine residency and fellowship, UNMC
Faculty positions: Internal medicine instructor, 1980-1981; assistant professor, 1981-1990; associate professor, 1990-2000; professor, 2000-present.
Other positions: Medical director for clinical information systems development for UNMC’s hospital partner, The Nebraska Medical Center, 1998-present.
“There have been many barriers to making electronic health records a reality,” Dr. Campbell said. “With the free enterprise system, there are lots of different vendors who have the expertise. We needed to develop an infrastructure, and that’s where SNOMED CT comes in. It allowed us to standardize the various components of the medical record.”
President Barack Obama has made electronic health records a priority in his administration, Dr. Campbell said.
“This is a critical element under President Obama’s economic stimulus package,” he said. “He has created incentives to encourage health care providers to get this done in the next two to three years. This has created a sense of urgency among providers.”
Dr. Campbell received the award at a gala conference dinner in Helsingor, Denmark, on March 31-April 1.
SNOMED CT has become an international operation, including foreign countries such as the United Kingdom, Canada, New Zealand, Singapore, Lithuania and Sweden.
The Award of Excellence is given for outstanding contributions to the improvement of SNOMED CT and/or its successful implementation in any aspect of health and social care. IHTSDO officials said Dr. Campbell was recognized for volunteering hundreds of hours of his time to participate in weekly conference calls, provide support for document development, and schedule global face-to-face meetings.
“Since his innovative introduction of the electronic medical record at UNMC in the early 1980s, Jim has positioned UNMC to be a true leader in this area at both the national and international level.”
Lynell Klassen, M.D.
In addition to his international work in standardizing electronic health records, Dr. Campbell also has been active in the electronic health information initiative in Nebraska. His work has earned the attention of his UNMC peers.
“Dr. Campbell has been a pioneer in the development and use of the electronic medical record,” said Lynell Klassen, M.D., professor and chairman of the UNMC Department of Internal Medicine. “Since his innovative introduction of the electronic medical record at UNMC in the early 1980s, Jim has positioned UNMC to be a true leader in this area at both the national and international level. His activities benefit our patients, our providers and the entire state on a daily basis.”
Date Published: Wednesday, May 27, 2009
Breakthrough Technology for Heart Failure Patients Now Available at The Nebraska Medical Center
-Dr. Ioana Dumitru examines Heartmate II
patient Dewey Smith during a follow-up
appointment
Omaha, Neb – Dewey Smith thought he was sick. When the 61-year-old Council Bluffs, IA man drove himself home from work one morning in February, he didn’t realize he was quickly dying.
“I don’t remember calling 911,” said Smith. “By the time I got to the hospital, my heart had stopped – I had no pulse.”
Staff at another local hospital revived Smith, and told him he had a massive heart attack.
“We were on the phone making my funeral arrangements,” remembered Smith. One of his doctors made a different call – to The Nebraska Medical Center.
“The FDA had just approved the use of the HeartMate II,” said Ioana Dumitru, MD, heart failure specialist at The Nebraska Medical Center. “Dewey seemed to be an excellent candidate for its use. He would have died without it.”
Smith was transferred to The Nebraska Medical Center for surgery to implant the HeartMate II.
“It’s an open heart surgery,” explained Mohammad Quader, MD, cardiothoracic surgeon and director of the heart transplant program at The Nebraska Medical Center. “We connect the device to the left ventricle of the heart. The blood travels from the left ventricle into the pump, and then the pump pushes blood into the aorta.” The HeartMate II provides several advantages over previous mechanical assist devices.
“It’s more reliable,” said John Um, MD, cardiothoracic surgeon at The Nebraska Medical Center. “It has fewer moving parts than other devices, so it’s less likely to have problems. Fewer parts mean smaller size. That allows us to implant the device in smaller patients; women, even teenagers. These are people who would not have been able to have a mechanical assist device before.”
Other mechanical assist devices use pressurized air to propel the blood around the body. The HeartMate II uses a small turbine, similar to a screw, which spins and moves the blood. The device also requires a constant energy supply. Patients must keep the device plugged into an electrical outlet or a mobile battery pack.

- HeartMate II image from Thoratec Corporation
The HeartMate II is also expected to last longer than other devices. Doctors believe patients will be able to rely on the device for several years. It is not a permanent solution. The FDA has approved it as a “bridge to transplant” device, meaning it is designed to keep a patient alive while they wait for a donor heart to become available.
“There are about 2,000 heart transplants every year,” said Dr. Um. “But there are more than 3000 people on the transplant list at any given time. Our hope is this device will keep more of those people alive long enough to receive a donor heart.”
That is what Dewey Smith hopes for – a third chance at life.
“I was essentially dead when I came to the hospital. This gave me a second chance.”
CentriMag Pump Gives Doctors Another Option
Nebraska Medical Center physicians are also using another new mechanical option to treat heart failure patients. The CentriMag is a circulatory pump that helps provide quick, temporhelp to people suffering from acute heart f
“This device does not require a major open heart surgery,” said Dr. Quader. “It can help restore circulation for patients who need immediate support.”

- CentriMag image from Thoratec Corporation
The CentriMag is used to provide support for a number of hours, or even several days. That time can be critical for a patient whose heart is failing. The device can be placed at the bedside without moving the patient out of bed.
“CentriMag patients stay in the hospital until the device is removed,” Dr. Quader explained, “Or until the patient is transplanted, or can be switched to a more long term solution, such as the HeartMate II.”
Omaha hospital named top 100 for nursing
Posted: 2:30 PM Jan 15, 2009
Last Updated: 2:30 PM Jan 15, 2009
Reporter: WOWT
Email Address: http://www.wowt.com/news/headlines/mailto:sixonline@wowt.com?subject=Omaha Hospital Named in Top 100 for Nursing

The Nebraska Medical Center is among the “Top 100 Hospitals” named in 2009 by Nursing Professionals magazine. The hospital ranks as one of the best places for nurses to work.
The spring 2009 Top 100 Hospitals issue is available, beginning Thursday.
The Nebraska Medical Center placed 43rd in the ranking and joins a select group of hospitals.
Hospitals are selected based on a survey that is sent out to 25,000 randomly selected hospital nurses throughout the country that measures their job satisfaction.








