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lung Cancer Out loud - Moores Cancer Center - UC San Diego

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Pathways<br />

Fall 2008<br />

University of California, <strong>San</strong> <strong>Diego</strong> | <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong><br />

Nano-Tumors: Researchers Look at Tiny Particles<br />

to Solve Big Problems<br />

In This Issue<br />

Message from the Director<br />

Dennis A. Carson, M.D.<br />

p a g e 2<br />

News Briefs<br />

p a g e 4<br />

Donors Make the Difference<br />

Hope for a Cure Foundation<br />

p a g e 5<br />

News of Note<br />

<strong>Cancer</strong> <strong>Center</strong> and the Community<br />

Gorder Walk<br />

p a g e 5<br />

Events<br />

p a g e 6<br />

For now, David Cheresh, Ph.D., wants nothing more than to use the tiny microscopic particles<br />

called nanoparticles to cut the legs off cancerous tumors, stopping them in their tracks. But<br />

Cheresh isn’t planning to use nanotechnology to develop new cancer drugs. He’s hoping to make<br />

the old drugs even better.<br />

Cheresh is Professor of Pathology and<br />

Associate Director of Translational<br />

Research at the <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong><br />

<strong>Center</strong>. He also co-leads a project<br />

supported by a five-year federal grant<br />

through the National <strong>Cancer</strong> Institute<br />

(NCI) to study nanotechnology<br />

and cancer. Led by <strong>UC</strong> <strong>San</strong><br />

<strong>Diego</strong>, the $20-million NCIfunded<br />

public-private<br />

consortium—one of only<br />

eight such NCI-backed<br />

programs in the nation—is<br />

now in its third year.<br />

The consortium, or NANO-TUMOR<br />

<strong>Center</strong>, explores the potential uses of<br />

nanotechnology in detecting, imaging, and<br />

treating cancer. It brings together <strong>UC</strong>SD<br />

physicians, engineers, chemists, and<br />

biologists with colleagues from the<br />

Burnham Institute for Medical Research<br />

and University of California campuses at<br />

Irvine, Riverside, and <strong>San</strong>ta Barbara, in<br />

addition to various industry partners.<br />

Nanoparticle research is an exciting area of<br />

intense scientific study from a wide variety<br />

of applications in biomedical, optical, and<br />

electronic fields. Nanoparticles range from<br />

one to 100 nanometers (one “nano” is one<br />

millionth of a millimeter) in size. Their<br />

tiny size makes them excellent candidates<br />

to take on the fight against cancer at<br />

the molecular level. Nanoparticles with<br />

particular shapes may even have names like<br />

nanospears, nanotubes, or nanoreefs.<br />

Cheresh and his colleagues are using<br />

nanoparticles to target and home in on<br />

tumor cells with payloads of killer drugs.<br />

At the same time, he’s also trying to stop<br />

cancer in its tracks before it can move or<br />

metastasize to other areas of the body.<br />

c o n t i n u e d o n p a g e 2<br />

Pathways is a publication of the<br />

<strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong>.<br />

Executive Editor: Pam Werner<br />

Contributors: Steve Benowitz, Rachel<br />

de la Vega, Regan Olsson, Gretchen<br />

Pelletier, Jennilyn Tan, Tammy Traudt<br />

Please contact us if you wish to have your<br />

name removed from our mailing list.<br />

Comments are also welcome.<br />

3855 Health Sciences Drive # 0658<br />

La Jolla, CA 92093-0658<br />

(858) 822-0175<br />

Lung <strong>Cancer</strong><br />

<strong>Out</strong> Loud<br />

Frustrated doesn’t begin to describe how Lyudmila<br />

Bazhenova, M.D., a <strong>Moores</strong> USCD <strong>Cancer</strong> <strong>Center</strong><br />

oncologist, feels about where the United States stands in<br />

<strong>lung</strong> cancer research.<br />

Given the tremendous strides that researchers have made<br />

in other cancers, Bazhenova is one of many researchers<br />

who is baffled why <strong>lung</strong> cancer receives so little attention,<br />

particularly since it is the most lethal of all cancers for men<br />

and women.<br />

By receiving less attention, <strong>lung</strong> cancer receives less federal<br />

funding for research, with notable consequences. Compare<br />

c o n t i n u e d o n p a g e 3


Message from the Director<br />

s the <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong> continues to<br />

expand our services and develop a far greater reach<br />

in the community, the <strong>Cancer</strong> <strong>Center</strong> is also undergoing<br />

some growing pains, not unlike the city of <strong>San</strong> <strong>Diego</strong>.<br />

While we continue to see more patients than ever before,<br />

and have recently recruited several new physicians, we<br />

still need more resources to meet the increasing demands<br />

placed on us by the community for patient services. We<br />

see this as a mark of our success, but also a continuing<br />

challenge for the future.<br />

Our newest faculty brings impressive credentials. Ithaar Derweesh, M.D., for<br />

example, who recently joined us from Tennessee, is a urologic oncologist who<br />

specializes in minimally invasive surgery techniques to treat, among other<br />

diseases, kidney cancer. As a scientist, Derweesh will be involved in testing the<br />

latest drugs to find innovative ways to combat kidney cancer, which is on the<br />

rise in this country.<br />

<strong>Moores</strong> <strong>Cancer</strong> <strong>Center</strong> physician-scientists continue to make substantial<br />

advancements in clinical research and have a number of outstanding clinical<br />

studies that are exploring the latest in potential therapeutic advances. Our<br />

oncologists are hoping to slow the progression of advanced <strong>lung</strong> cancer by<br />

treating patients with a novel kind of cancer vaccine designed to both pump<br />

up immunity while tricking the cancer into turning off its immune systemsuppressing<br />

activities. Leukemia researchers are examining the use of gene<br />

therapy for patients with chronic lymphocytic leukemia. In only one year, a<br />

unique partnership between industry and academia has led to human clinical<br />

trials of a new drug for a rare class of blood diseases called myeloproliferative<br />

disorders (MPD).<br />

The latter partnership and our ongoing efforts to establish relationships<br />

with local and regional biotechnology and pharmaceutical companies are<br />

additional indications of how connected we are to the <strong>San</strong> <strong>Diego</strong> community.<br />

We’re breaking down barriers and increasing collaborations. We’re finding<br />

new ways for industry and academia, historically sometimes worlds apart, to<br />

work together. The traditional barriers such as scientific secrecy, liability, and<br />

intellectual property rights are slowly being overcome. A recent symposium at<br />

the <strong>Cancer</strong> <strong>Center</strong> was aimed at fostering and strengthening the ties between<br />

scientists in the laboratory and experts at pharmaceutical and biotechnology<br />

companies to develop new, potentially valuable drugs against cancer. The<br />

<strong>Cancer</strong> <strong>Center</strong>’s role as an incubator of new ideas and research directions, as<br />

well as in evaluating promising new treatments and technologies, is vital for<br />

the benefit of our patients. As always, this is our focus—to get the newest,<br />

most effective therapies out of the laboratory and to our patients’ bedsides.<br />

Sincerely,<br />

A<br />

Nano-Tumor Research<br />

c o n t i n u e d f r o m f r o n t c o v e r<br />

His focus on starving tumors by shutting off<br />

their blood supply has led to new insights into<br />

understanding how tumors form and behave.<br />

Without a blood supply, tumors have no way<br />

to grow.<br />

Cheresh and his group recently developed a new<br />

treatment strategy using tiny “smart bombs”<br />

made of nanoparticles to target the spread of<br />

cancer with anti-cancer drugs. This summer<br />

they reported in the Proceedings of the National<br />

Academy of Sciences that a nanoparticle carrying<br />

a payload of chemotherapy drugs can specifically<br />

target proteins found on certain tumor blood<br />

vessels. The nanoparticle/drug combination<br />

didn’t have much impact on primary tumors,<br />

but it stopped pancreatic and kidney cancers<br />

from spreading in mice. As a result, the<br />

researchers needed lower amounts of dangerous<br />

drugs to stop the cancer from growing, and<br />

there was less damage to nearby normal tissue.<br />

It’s only the beginning, says Cheresh. “We’re<br />

building new particles that we think will be<br />

scalable for potential human use.”<br />

<strong>Cancer</strong> <strong>Center</strong> Project Scientist and<br />

immunologist Davorka Messmer, Ph.D., hopes<br />

to use nanotechnology to help the immune<br />

system recognize and kill tumor cells, rather<br />

than rely on drugs. She and her team are<br />

developing a vaccine using nanoparticles that<br />

attracts the immune system to the cancer and<br />

revs it up. But it hasn’t been easy. “Even if you<br />

successfully immunize, the tumor suppresses the<br />

immune response,” she explains. “We have to<br />

do a two-pronged approach. You’re pumping the<br />

gas pedal on the immune response, but it won’t<br />

be enough unless you take off the brakes—the<br />

immune suppression from the cancer.”<br />

While the research is in its early stages, Messmer<br />

is hopeful.<br />

“Eventually, we would like to have particles<br />

that don’t have to be tailored to the patient, but<br />

can be a general vaccine and with which the<br />

immune system can take care of the tumor,” she<br />

says. “Such a vaccine might be used to prevent a<br />

cancer from returning.”<br />

Dennis A. Carson, M.D.<br />

Director, <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong><br />

Chugai Pharmaceutical Chair in <strong>Cancer</strong><br />

Associate Dean, <strong>UC</strong>SD Health Sciences<br />

2<br />

c o n t i n u e d o n p a g e 3


Lung <strong>Cancer</strong><br />

c o n t i n u e d f r o m f r o n t c o v e r<br />

Other NANO-TUMOR center projects<br />

include:<br />

• Developing “mother ships” that can<br />

home in on tumors and deliver smaller<br />

particles that could carry out a variety<br />

of jobs, including imaging tumors and<br />

releasing drugs<br />

• Creating nanoparticles that will<br />

clump in tumors and enable imaging<br />

and treatments<br />

• Studying nanoparticles that monitor<br />

genetic changes in cancer cells over time<br />

• Using nanotechnology to develop<br />

detection and monitoring systems for<br />

signs of cancer, and to follow the paths<br />

of drugs in the bloodstream.<br />

With two years left on the grant, Cheresh<br />

still has big plans. He and his team would<br />

like to use nanotechnology to package and<br />

target drugs more specifically to tumors,<br />

since some hit a range of targets in the<br />

body, not all of which are cancer. The<br />

same strategy, he says, could work for<br />

combinations of agents.<br />

He notes that his team is using imaging<br />

to see within hours whether a particle<br />

hits its target. “We’ve combined<br />

bioengineering, biochemistry, and biology<br />

with an engineering approach that involves<br />

designing a device that allows us to image<br />

blood vessels in real time,” he says.<br />

Cheresh is confident of nanotechnology’s<br />

potential. “I think in the next five to 10<br />

years, we will begin to see the real impact of<br />

nanotechnology in cancer and medicine.”<br />

five-year relative survival rates for women<br />

in 1975 and in 2000: for breast cancer,<br />

the rate went from 75 percent survival<br />

to 90 percent; for colorectal cancer, it<br />

went from 50 percent to 65 percent; but<br />

for <strong>lung</strong> cancer, the rate went from 15<br />

percent to 18 percent.<br />

“This disease needs more advocates,”<br />

says Bazhenova, whose clinical practice<br />

concentrates on <strong>lung</strong> cancer patients,<br />

with a focus on women and non-smokers.<br />

Bazhenova oversees cooperative group<br />

trials and designs and implements clinical<br />

investigations at the <strong>Moores</strong> <strong>Cancer</strong> <strong>Center</strong>.<br />

“We should learn from breast cancer<br />

patients, physicians, and researchers how<br />

to successfully raise awareness,” says<br />

Bazhenova. “There is a big stigma with<br />

<strong>lung</strong> cancer connected with smoking,<br />

yet 60 percent of our patients have never<br />

smoked or quit.”<br />

“That’s the very first thing out of<br />

someone’s mouth when you tell them<br />

you have <strong>lung</strong> cancer: ‘Did you smoke’”<br />

says Sheila Inman, one of Bazhenova’s<br />

patients. “It’s a way of asking, ‘Did you<br />

do this to yourself’”<br />

Another patient, Mary Lebkuecher, was<br />

one of the 1,308 new <strong>lung</strong> cancer cases<br />

diagnosed in <strong>San</strong> <strong>Diego</strong> County in 2006,<br />

and she is among the 20 percent of <strong>lung</strong><br />

cancer patients who has never smoked.<br />

After a poor prognosis, Mary sought<br />

Bazhenova for a second opinion. “My<br />

first doctor gave me six months to live,<br />

so when I met with Dr. B for a second<br />

opinion I was desperate,” she says. “But<br />

she gave me hope. And today it’s been a<br />

year since my diagnosis,” says Mary.<br />

Although she didn’t qualify for<br />

participation in a clinical trial, Mary<br />

is still experiencing the value of<br />

academic medicine via Bazhenova’s<br />

experience as a clinician, researcher,<br />

and teacher. Bazhenova placed Mary on<br />

the drug Tarceva and treated her with<br />

chemotherapy and radiation.<br />

Both<br />

Mary and<br />

Sheila were<br />

astonished<br />

when they<br />

received a <strong>lung</strong><br />

cancer diagnosis, particularly since they<br />

lead healthy and active lives. “I’m only<br />

the second person in my family who has<br />

been diagnosed with cancer, and I have a<br />

large family,” says Sheila Inman. Sheila’s<br />

cancer was discovered because of a blood<br />

clot in her leg. “I went back and looked<br />

at a pamphlet I’d received a couple years<br />

ago when I had my first clot, and there<br />

it was: blood clots can be a symptom of<br />

<strong>lung</strong> cancer.” As a non-smoker, it never<br />

occurred to her to connect the two.<br />

The next shock for these women was<br />

the comparative lack of research and<br />

treatments.<br />

“Initially you just assume it’s like a lot of<br />

cancers,” says Sheila. “We were hoping<br />

there would be options, and it could be<br />

cured or managed. It’s just shocking.”<br />

Shocking, yes. According to the American<br />

<strong>Cancer</strong> Society, <strong>lung</strong> cancer is the leading<br />

cause of cancer death, and more people<br />

die from <strong>lung</strong> cancer than of colon,<br />

breast, and prostate cancers combined.<br />

Lung cancer is also the leading cancer<br />

killer of women in the United States,<br />

claiming nearly twice as many lives as<br />

breast cancer. Nearly 20 percent of these<br />

deaths are in women who have never<br />

smoked. In fact, women who have never<br />

smoked are at greater risk for <strong>lung</strong> cancer<br />

than men who have never smoked. This is<br />

why more research is desperately needed.<br />

Meanwhile, Mary Lebkuecher and Sheila<br />

Inman aren’t waiting. They’re fighting<br />

<strong>lung</strong> cancer with the most targeted<br />

treatments available at the <strong>Moores</strong><br />

<strong>Cancer</strong> <strong>Center</strong>. And with Bazhenova’s<br />

encouragement, they’re talking about<br />

<strong>lung</strong> cancer.<br />

3


News Briefs<br />

2008 Nobel Prize in Chemistry Shared by <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong> Member<br />

Roger Tsien, Ph.D.<br />

A rendering of GFP and<br />

a peptide.<br />

<strong>UC</strong> <strong>San</strong> <strong>Diego</strong> researcher and <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong><br />

member Roger Tsien, Ph.D., will share the 2008 Nobel Prize<br />

in Chemistry with Osamu Shimomura of the Marine<br />

Biological Laboratory in Woods Hole and Boston University<br />

School of Medicine and Martin Chalfie of Columbia<br />

University in New York. The scientists are being honored for<br />

the discovery of Green Fluorescent Protein (GFP) and for their<br />

work to design and create glowing molecules that enter cells<br />

and light up their inner workings.<br />

Tsien, Professor of Pharmacology, Chemistry, and Biochemistry<br />

and a Howard Hughes Medical Institute Investigator, has<br />

dedicated his career to the development and application of<br />

fluorescent protein probes that enable scientists to monitor<br />

how cells work. He and his collaborators have engineered dyes<br />

that can get inside cells leading to new opportunities to<br />

monitor and image various processes in cells, including tracking<br />

when and where genes are turned on and off. Such fluorescent<br />

proteins have potentially wide-ranging uses in neurobiology<br />

and cancer. Most recently, Tsien has begun to build on this<br />

work to develop a novel way to image and possibly even deliver specially targeted<br />

drugs to cancer tumors, and is trying to translate these approaches to the clinic.<br />

Longboard & Luau Raises Half a Million For <strong>Cancer</strong> Research<br />

The surf was up at the August 24 “Luau and Longboard Invitational” near the Scripps<br />

Institution of Oceanography pier, in La Jolla where guests, surfing legends, scientists,<br />

business leaders, and cancer patients and survivors came together to celebrate 15 years<br />

of surfin’ for a cure. Thanks to Title Sponsor Pfizer La Jolla and Gold Sponsor<br />

Genentech Oceanside, this year’s event raised more than half a million dollars for<br />

cancer research for the <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong>. In total, the Luau has raised<br />

more than $3 million.<br />

The event highlight was the presentation of the Rell Sunn “Queen of Makaha” Award,<br />

which was established in memory of Sunn, a Hawaiian surfer and longtime Luau and<br />

Longboard Invitational supporter who lost her battle to breast cancer. Each year, the<br />

award is given to an individual for his or her dedication to helping others in the fight<br />

against cancer in ways that<br />

embody the true “aloha” spirit.<br />

This year’s recipient was Doris A.<br />

Howell, M.D., Founder of <strong>San</strong><br />

<strong>Diego</strong> Hospice and namesake of<br />

the palliative and supportive care<br />

service at the <strong>Moores</strong> <strong>Cancer</strong><br />

<strong>Center</strong>. Howell was recognized<br />

for her selfless devotion to the<br />

care of others, especially those<br />

whose lives have been affected by<br />

cancer.<br />

Surf Legend Rusty Preisendorfer with Title Sponsor, “Team Pfizer.”<br />

4<br />

“Everything is Possible<br />

Celebration”<br />

Seany Foundation Raises Funds<br />

for Ewing’s Sarcoma Research<br />

Amy & Mitch Robins with Dyan & Barry Abrams.<br />

On August 3, the <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong><br />

<strong>Center</strong> lobby and the Ben and Sheri<br />

Kelts Bamboo Court were transformed<br />

into a magical sunflower garden for the<br />

“Everything is Possible Celebration.” Amy<br />

and Mitch Robins, founders of the Seany<br />

Foundation, coordinated and underwrote<br />

this special evening, which included unique<br />

silent and live auction items, including a<br />

private dinner prepared by executive chef<br />

Jeffrey Strauss of Pamplemousse Grill.<br />

The Seany Foundation is named after the<br />

Robins’ beloved son Sean, who lost his<br />

battle to Ewing’s sarcoma in November<br />

2006. The celebration raised more than<br />

$75,000 for the Sean Lewis Robins<br />

Endowed Research Fund at the <strong>Moores</strong><br />

<strong>Cancer</strong> <strong>Center</strong>. As Mitch said, “This is<br />

what Sean would have wanted.”<br />

i n v i tat i o n t o j o i n t h e<br />

Health Sciences Associates<br />

You are personally invited to join the <strong>UC</strong><br />

<strong>San</strong> <strong>Diego</strong> Health Sciences Associates. The<br />

Health Sciences Associates is a new recognition<br />

program that recognizes our most generous<br />

donors who make annual leadership gifts of<br />

$1,000 or more to one or more areas within<br />

Health Sciences. Associates are vital to<br />

sustaining excellence in quality patient care,<br />

exceptional education, valuable research, and<br />

ongoing service to the community.<br />

To learn more, visit http://hsassociates.ucsd.edu, or call<br />

(619) 543-3473.


Hope for a Cure Foundation<br />

“Doing research is like searching for a door<br />

in a dark room,” Jean Wang, Ph.D., told<br />

the gathering at the Hope for a Cure<br />

Foundation’s annual fundraiser. “Your gift<br />

of the digital imaging system is like a light<br />

that helps us find the door!”<br />

Wang, Professor and Associate Director of<br />

Basic Research at the <strong>Moores</strong> <strong>UC</strong>SD<br />

<strong>Cancer</strong> <strong>Center</strong>, described how the research<br />

equipment donated by the Hope for a Cure<br />

Foundation would help her lab identify<br />

new drug targets to improve cancer<br />

chemotherapy.<br />

The Hope for a Cure Foundation purchases<br />

equipment for local cancer research<br />

institutes—equipment not covered by<br />

grants and individual donations.<br />

Board members Eva Borgstrom, Olga<br />

Fisher, Maryjo Highland, Dee Jerge, and<br />

Pam Xitco volunteer their time and<br />

expertise to keep overhead at an absolute<br />

minimum. All the funds raised stay in <strong>San</strong><br />

<strong>Diego</strong> to advance programs already in place.<br />

The Foundation has made a difference to<br />

Researchers Jean Wang, Ph.D., and<br />

Shun J. Lee with Foundation board members<br />

Olga Fisher, Maryjo Highland, Eva Borgstrom,<br />

Pam Xitco, and Dee Jerge.<br />

other <strong>Moores</strong> <strong>Cancer</strong> <strong>Center</strong><br />

physicians. Anne Wallace, M.D.,<br />

recently received powerful equipment<br />

that records and maps the duct wall of<br />

breast cancer patients.<br />

J. Kellogg “Kelly” Parsons, M.D.,<br />

received new equipment to assist in his<br />

research into the links between diet and<br />

prostate cancer. The new fluoroscopic<br />

unit will help Parsons analyze dietary<br />

compounds important for cancer<br />

prevention and control.<br />

An investment you can count on…<br />

News of Note<br />

Taking the <strong>Cancer</strong> <strong>Center</strong> to<br />

the Community<br />

Lynn and Richard Gordon with Catriona Jamieson,<br />

M.D., Ph.D.<br />

A unique summer gathering brought both<br />

awareness and knowledge about cancer<br />

stem cell research to friends and family who<br />

gathered at the home of <strong>Moores</strong> <strong>UC</strong>SD<br />

<strong>Cancer</strong> <strong>Center</strong> Board member Lynn and<br />

Richard Gordon. The Gordons introduced<br />

their friends to Catriona Jamieson, M.D.,<br />

Ph.D., Assistant Professor and Director of<br />

Stem Cell Research at the <strong>Moores</strong> <strong>Cancer</strong><br />

<strong>Center</strong>, who provided insightful information<br />

on her stem cell research and collaborations<br />

with fellow researchers over coffee and<br />

dessert. Guests spoke personally with<br />

Jamieson, who enjoyed the opportunity to<br />

meet members of our community.<br />

When you create a charitable gift annuity<br />

with the <strong>UC</strong> <strong>San</strong> <strong>Diego</strong> Foundation, you<br />

invest not only in the University but your<br />

future as well.<br />

A charitable gift annuity with the<br />

Foundation provides you certain benefits<br />

on your investment, including: a charitable<br />

income tax deduction; fixed annuity<br />

payments for life; and the satisfaction that<br />

your gift will eventually help the <strong>Moores</strong><br />

<strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong> fulfill its vision to<br />

translate promising scientific discoveries into<br />

new and better treatments for our patients.<br />

There are plenty of uncertain investments—<br />

but a gift annuity with <strong>UC</strong> <strong>San</strong> <strong>Diego</strong> isn’t<br />

one of them. And that’s one reason so many<br />

of our friends participate in this program.<br />

For a simple, no-obligation illustration to<br />

Sample Gift Annuity Payment Rates<br />

Selected Rates for<br />

One Person<br />

Selected Rates for Two<br />

Persons of the Same Age<br />

Age Rate Ages Rate<br />

65 5.7% 65/65 5.4%<br />

70 6.1 70/70 5.6<br />

75 6.7 75/75 6.0<br />

80 7.6 80/80 6.6<br />

85 8.9 85/85 7.4<br />

90+ 10.5 90/90 8.7<br />

For illustrative purposes only. Please contact us<br />

for current rates benefits and rates for other ages.<br />

show you how a gift annuity can work for<br />

you, please contact Geoff Graham, Director<br />

of Development, in our Office of Planned<br />

Giving at (858) 534-2249, or e-mail<br />

gcgraham@ucsd.edu. And visit our Web site<br />

at www.plannedgiving.ucsd.edu.<br />

5<br />

Gorder 5k Walk Hits the<br />

Million Dollar Mark<br />

The 15th Annual Bruce Gorder <strong>UC</strong>SD 5K<br />

Walk for Melanoma held on Saturday,<br />

October 11, brought supporters of all ages<br />

together to raise money and awareness for<br />

melanoma research at<br />

the <strong>Moores</strong> <strong>UC</strong>SD<br />

<strong>Cancer</strong> <strong>Center</strong>.<br />

Honorary chair for the<br />

Walk and emcee Bill<br />

Griffith from Channel<br />

10 News welcomed<br />

registrants. Participants<br />

enjoyed a route that<br />

wound through the campus amid its fragrant<br />

eucalyptus trees and the Stuart Art Collection.<br />

c o n t i n u e d o n b a c k p a g e


News of Note<br />

c o n t i n u e d f r o m p a g e 5<br />

The event, established by <strong>Cancer</strong> <strong>Center</strong><br />

board member Charles “Chuck” F. Gorder,<br />

Sr., has raised more than $1 million dollars<br />

since 1992. It honors Chuck’s son, Bruce,<br />

who lost his battle against melanoma at the<br />

age of 37. Chuck and his wife Rhona have<br />

served as event chairs for many years.<br />

“The Melanoma Walk is important to my<br />

family,” said Chuck. “Our hope has always<br />

been that the funds raised from this event<br />

will help fight the battle against cancer, so<br />

that in the future, families won’t have to<br />

lose a loved one.”<br />

Events<br />

Thursday, January 29, 2009<br />

“Doctor-Patient Communication”<br />

Speaker: Lidia Schapira, M.D.<br />

<strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong>, Goldberg Auditorium<br />

6:00 - 8:00 PM<br />

Wednesday, March 11, 2009<br />

Faculty Ambassador Event<br />

“Understanding Lung <strong>Cancer</strong>”<br />

Speaker: Lyudmila Bazhenova, M.D.<br />

<strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong>, Goldberg Auditorium<br />

6:00 – 8:00 PM<br />

Saturday, May 16, 2009<br />

28th Annual Celebrity Chefs Cook Gala<br />

Epicurean Elegance<br />

Sheraton <strong>San</strong> <strong>Diego</strong> Hotel & Marina<br />

6:00 – 11:00 PM<br />

Community Event Partners<br />

The <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong> is grateful to<br />

our community event partners: individuals and<br />

organizations who host fundraising events to<br />

benefit cancer research.<br />

Interested in Planning an Event<br />

Please contact Tammy Traudt at (858)822-1390<br />

or ttraudt@ucsd.edu.<br />

Helping You<br />

Get Connected!<br />

General information<br />

(858) 534-7600<br />

New patients<br />

(858) 822-6100 or<br />

toll-free (866) 773-2703<br />

Clinical trials<br />

(858) 822-5354<br />

If you are a physician<br />

(888) 822-8741<br />

Charitable donations<br />

(858) 822-0175<br />

Web site<br />

www.cancer.ucsd.edu<br />

Volunteer Services<br />

(619) 543-6370<br />

<strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong><br />

President of the Board<br />

Rudolph Rehm<br />

cancer center<br />

board of directors<br />

J. Samuel Armstrong, IV<br />

Gordon P. Boerner<br />

Marilynn Boesky<br />

Carol Littlejohn Chang<br />

Howard I. Cohen<br />

William T. Comer, Ph.D.<br />

Daniel J. Gatto<br />

Frank M. Goldberg<br />

Charles F. Gorder, Sr., Esq.<br />

Lynn Gordon<br />

Donald W. Grimm<br />

Jerome S. Katzin, Esq.<br />

Jeffrey Lipinsky<br />

Cinda K. Lucas<br />

Henry L. Nordhoff<br />

John W. Otterson, II<br />

Justin Renaudin, M.D.<br />

Mary Rand Taylor<br />

Carol Vassiliadis<br />

ex officio members<br />

Marye Anne Fox, Ph.D.<br />

David A. Brenner, M.D.<br />

Debra Neuman<br />

Wayne Bardwell, Ph.D.<br />

Suzanne Agarwal<br />

John Kay<br />

Jessica Yingling<br />

directors emeritus<br />

Joany Mosher<br />

Anne Otterson<br />

Director<br />

Dennis A. Carson, M.D.<br />

Deputy Director<br />

Research Operations<br />

Thomas J. Kipps, M.D., Ph.D.<br />

Medical Director<br />

Oncology Services<br />

Barbara A. Parker, M.D.<br />

Associate Director<br />

Administration<br />

Ira S. Goodman<br />

Director of Development<br />

Pamela M. Werner, CFRE<br />

Pathways<br />

fall 2008<br />

University of California, <strong>San</strong> <strong>Diego</strong> | Rebecca and John <strong>Moores</strong> <strong>UC</strong>SD <strong>Cancer</strong> <strong>Center</strong><br />

Non-Profit Org.<br />

U.S. Postage<br />

P A I D<br />

3855 Health Sciences Drive #0658<br />

<strong>San</strong> <strong>Diego</strong>, CA<br />

La Jolla, CA 92093-0658<br />

Permit No. 1909

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