2014 Winter Highlights of Hope
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winter <strong>2014</strong> van andel institute’s<br />
<strong>Highlights</strong> <strong>of</strong><br />
HOPE<br />
Cutting-Edge<br />
Cardiovascular Research<br />
Comes to Grand Rapids<br />
pg 8<br />
Discovery identifies novel<br />
cancer treatment strategy<br />
pg 10<br />
Van Andel<br />
Institute Graduate<br />
School receives<br />
accreditation<br />
pg 12<br />
Center<strong>of</strong><br />
Attention<br />
Introducing Dr. Peter A. Jones,<br />
Director <strong>of</strong> Research and Chief Scientific Officer
Established by<br />
Jay and Betty Van Andel<br />
in 1996, Van Andel Institute<br />
(VAI) is an independent<br />
research and educational<br />
organization based<br />
in Grand Rapids, Michigan.<br />
Through biomedical research<br />
and science education<br />
Van Andel Institute is<br />
committed to improving the<br />
health and enhancing<br />
the lives <strong>of</strong> current<br />
and future generations.<br />
<strong>Winter</strong> <strong>2014</strong> Van Andel Institute’s<br />
<strong>Highlights</strong><br />
<strong>of</strong><br />
<strong>Hope</strong><br />
Table <strong>of</strong> contents<br />
Van Andel Research<br />
Institute (VARI)<br />
VAI’s research arm is dedicated to<br />
studying the genetic, cellular and<br />
molecular origins <strong>of</strong> cancer, Parkinson’s<br />
and other diseases and working<br />
to translate those findings into<br />
effective therapies.<br />
Van Andel Education<br />
Institute (VAEI)<br />
VAI’s education arm is dedicated to<br />
strengthening science education and<br />
preparing and motivating individuals<br />
to pursue science-related pr<strong>of</strong>essions<br />
through the educational spectrum.<br />
Purple Community—100% <strong>Hope</strong>®<br />
is Van Andel Institute’s grassroots<br />
initiative to empower supporters in<br />
businesses, communities, schools<br />
and other organizations to increase<br />
awareness, celebrate survivors, honor<br />
loved ones and raise funds.<br />
Van Andel Institute Giving<br />
Join our fight! Learn how you can<br />
support Van Andel Institute by contacting<br />
the Development Department at<br />
development@vai.org or 616.234.5120.<br />
On the Cover<br />
Dr. Peter A. Jones was appointed<br />
Van Andel Institute’s Director <strong>of</strong><br />
Research and Chief Scientific Officer in<br />
December 2013. Dr. Jones joins VAI from<br />
the University <strong>of</strong> Southern California.<br />
Read the complete story on pages 4-7.<br />
3 A Letter from David Van Andel<br />
4 Van Andel Institute is Proud to Introduce<br />
Dr. Peter A. Jones, Director <strong>of</strong><br />
Research and Chief Scientific Officer<br />
8 Cutting-Edge Cardiovascular Research<br />
Comes to Grand Rapids<br />
10 Recent Discovery Identifies Novel Cancer<br />
Treatment Strategy<br />
11 New Hires Broaden Van Andel<br />
Institute’s Center<br />
Dr. George Vande Woude Receives<br />
Prestigious Award in Biological<br />
Science<br />
12 Van Andel Institute Graduate School<br />
Receives Accreditation<br />
14 Fourth Student Graduates from<br />
Van Andel Institute Graduate School<br />
15 Science Conference Draws Record Crowd<br />
16 Students Exceed Five-Year, $100,000<br />
Fundraising Goal<br />
18 Fighting Cancer with Hockey<br />
20 Couture for a Cure Event Photos<br />
21 <strong>Hope</strong> on the Hill Event Photos<br />
22 Van Andel Institute Breast Cancer<br />
Luncheon Event Photos<br />
Van Andel Institute National Initiative<br />
New York Event Photos<br />
23 Around the World Event Photos<br />
25 Smart Cancer Research: Van Andel<br />
Institute Receives National Media<br />
Attention<br />
26 Going to Bat for Breast Cancer<br />
27 A Legacy <strong>of</strong> Caring<br />
Board <strong>of</strong> Governors & J-Board Members<br />
28 Upcoming Events
A Letter from<br />
David Van Andel<br />
Chairman & CEO, Van Andel Institute<br />
A new year is filled with excitement, hope and the promise <strong>of</strong> new<br />
beginnings. We set resolutions and goals, begin new routines and<br />
seek to improve upon the previous year. I have never been more<br />
enthusiastic for a new year thanks to the great strides in biomedical<br />
research and science education happening at Van Andel Institute.<br />
The efforts <strong>of</strong> the<br />
passionate individuals<br />
at Van Andel Institute<br />
provide hope for<br />
a new year; hope<br />
to students for an<br />
exciting future in the<br />
sciences; and hope<br />
to patients and<br />
their loved ones that<br />
improved treatments<br />
are possible.<br />
We are excited for the direction Dr. Peter Jones brings to Van Andel Institute as the<br />
new Director <strong>of</strong> Research and Chief Scientific Officer. His work in epigenetics is a<br />
valuable addition to the Institute and opens doors for new discoveries. We also<br />
welcome Dr. Stefan Jovinge and our continued partnership with Spectrum Health.<br />
The addition <strong>of</strong> Dr. Jones, Dr. Jovinge and others to Van Andel Research Institute’s<br />
staff helps us expand our ability to research disease from different approaches<br />
and disciplines.<br />
Van Andel Institute researchers made key discoveries in cancer and neurodegenerative<br />
diseases in 2013. A novel cancer treatment strategy that can slow tumor growth while<br />
protecting normal tissue was recently featured on the cover <strong>of</strong> Cancer Research, and<br />
advances took place in the fight against pancreatic and lung cancer, glioblastoma<br />
and lymphoma, to name a few. Researchers are also developing a new “anti-diabetic<br />
drug” that may be able to slow disease progression and prevent movement disorders<br />
in Parkinson’s disease patients.<br />
The scientists <strong>of</strong> the future are receiving an innovative education at Van Andel<br />
Education Institute. This past year, Van Andel Institute Graduate School received<br />
accreditation from the Higher Learning Council for its unique Ph.D. program and<br />
celebrated the commencement <strong>of</strong> its latest graduate. Van Andel Education Institute’s<br />
inquiry-based curriculum was integrated in 17 school districts and continues to be a<br />
model for education reform.<br />
The efforts <strong>of</strong> the passionate individuals at Van Andel Institute provide hope for a<br />
new year; hope to students for an exciting future in the sciences; and hope to patients<br />
and their loved ones that improved treatments are possible. Your support enables<br />
us to continue our work and encourages us every day. Thank you for your continued<br />
partnership in our mission.<br />
Warm regards,<br />
David Van Andel<br />
Chairman & CEO<br />
03
VAN ANDEL<br />
RESEARCH INSTITUTE<br />
A Dynamic<br />
Focus<br />
for THE FUTURE<br />
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
04<br />
Dr. Peter A. Jones was recently appointed<br />
Van Andel Institute’s Director <strong>of</strong> Research<br />
and Chief Scientific Officer. Jones, an<br />
internationally renowned researcher with more<br />
than 40 year’s experience, has held numerous<br />
roles in the fields <strong>of</strong> research and academia.
Introducing Van Andel<br />
Institute Director <strong>of</strong> Research<br />
and Chief Scientific Officer,<br />
Dr. Peter A. Jones<br />
Dr. Peter A. Jones was appointed Van Andel Institute’s Director <strong>of</strong> Research and<br />
Chief Scientific Officer in December 2013. Dr. Jones, an internationally renowned<br />
researcher with more than 40 years’ experience, has held numerous leadership<br />
roles in research and academia.<br />
Jones’ visionary concepts regarding basic and<br />
translational research follow in the footsteps<br />
<strong>of</strong> founding Research Director, Dr. George<br />
Vande Woude. While Dr. Vande Woude’s MET<br />
oncogene discovery in the 1980s helped<br />
set the stage for the future <strong>of</strong> translational<br />
research and personalized medicine, Jones’<br />
research brings to light a new and exciting<br />
way <strong>of</strong> viewing cancer, human disease and<br />
the dynamic nature <strong>of</strong> DNA. Jones will join Dr.<br />
Patrik Brundin, Associate Director <strong>of</strong> Research,<br />
to advance the mission <strong>of</strong> improving human<br />
health through research in both cancer and<br />
neurodegenerative disease.<br />
A New Way <strong>of</strong> Seeing<br />
Jones, a native <strong>of</strong> South Africa, launched his<br />
career as a Ph.D. student studying Biochemistry<br />
at the University <strong>of</strong> Rhodesia. The university<br />
was an island <strong>of</strong> multiracial dynamics in a<br />
country torn apart by segregation, United<br />
Nations sanctions and civil war. Often isolating<br />
and difficult, his time spent at the university<br />
helped him understand the importance<br />
<strong>of</strong> creativity and self-reliance in scientific<br />
research. In the midst <strong>of</strong> his Ph.D. studies, Jones<br />
received a letter <strong>of</strong> encouragement, regarding<br />
a paper he had published, from a researcher<br />
at Children’s Hospital Los Angeles. The curious<br />
student took the opportunity to inquire about<br />
postdoctoral opportunities at the hospital with<br />
the understanding that his current situation<br />
was not conducive to furthering his research.<br />
His inquiry paid <strong>of</strong>f, and in 1973 Jones moved<br />
to Los Angeles with his wife Veronica and their<br />
five-month-old baby to work alongside the<br />
author <strong>of</strong> the letter, Dr. Bill Benedict.<br />
While working at Children’s Hospital Los<br />
Angeles, researching various aspects <strong>of</strong><br />
chemotherapeutic drugs, Jones made a<br />
discovery that would be the turning point<br />
in his career. The postdoc and his team<br />
were treating a mouse embryo cell line<br />
with a series <strong>of</strong> drugs, keeping the cells<br />
as monolayers to determine if they were<br />
capable <strong>of</strong> converting into multiple foci<br />
<strong>of</strong> cancer cells. During a routine Monday<br />
morning, Jones was changing media in petri<br />
dishes when he discovered what he thought<br />
was a large mold growing in a dish that had<br />
been exposed to a newly discovered drug<br />
called 5-azacytidine (5azaC). To his surprise,<br />
a significant grouping <strong>of</strong> cells was visible in<br />
the dish, and upon further observation, Jones<br />
concluded that the cells’ phenotype had been<br />
changed from something non-descript into<br />
cells that resembled muscle. The postdoc had<br />
inadvertently discovered a drug capable <strong>of</strong><br />
‘reprogramming’ a cell’s destiny. Although this<br />
discovery was significant, Jones was unsure<br />
<strong>of</strong> how the cells had been reprogrammed.<br />
After accepting a position at the Keck School<br />
<strong>of</strong> Medicine at the University <strong>of</strong> Southern<br />
California in 1977, he came to understand<br />
the molecular mechanism for his discovery.<br />
The secret was in the process <strong>of</strong> DNA<br />
methylation, a process that stably alters gene<br />
expression as cells divide and differentiate<br />
05
“The reason we do this work is to impact people’s lives. When a patient comes up<br />
to me and says, ‘you’re my hero’ because they are using a therapy I have been<br />
working on, that is more exciting than anything that could happen. I want this<br />
amazing gift the Van Andel family has given to make an impact on people’s lives.”<br />
Dr. Peter A. Jones<br />
Van Andel Institute’s Director <strong>of</strong> Research and Chief Scientific Officer<br />
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
from embryonic stem cells into specific tissues. Dr.<br />
Jones discovered that the drug 5azaC was a potent<br />
inhibitor <strong>of</strong> methylation and was actually altering<br />
the patterns <strong>of</strong> DNA in the cellular tissue. This<br />
groundbreaking research discovery was the light<br />
bulb moment that would transform Jones’ career<br />
as a researcher and bring forth an exciting new<br />
area in scientific research called epigenetics.<br />
Epigenetics: The Turning Point<br />
Epigenetics is the study <strong>of</strong> heritable changes in gene<br />
activity which are not caused by changes in the<br />
DNA sequence. Enzymatic on/<strong>of</strong>f switches that are<br />
layered on top <strong>of</strong> the human genome control how<br />
genes will be expressed. Epigenetic functions can<br />
be manipulated by outside environmental factors,<br />
such as chemicals or certain drugs. The study <strong>of</strong><br />
epigenetics is an exciting new ground for researchers<br />
like Jones who see it playing an important role in the<br />
treatment <strong>of</strong> cancer and other diseases.<br />
“I think epigenetics is important because most <strong>of</strong> the<br />
research focus until now has been on the genetics<br />
<strong>of</strong> cancer and disease. In the last ten years it has<br />
been clear that epigenetics plays a very important<br />
role in the development <strong>of</strong> human cancer,” Jones<br />
said. “What that means is that genes that frequently<br />
get mutated or broken so they don’t work might be<br />
switched <strong>of</strong>f by these epigenetic switches.”<br />
These ‘switched <strong>of</strong>f’ genes can <strong>of</strong>ten lead to<br />
cancer, and Jones is interested in how they can be<br />
manipulated and how once-damaged cells can be<br />
epigenetically repaired.<br />
“Epigenetics has a pr<strong>of</strong>ound impact on cancer,<br />
disease therapy and prevention because we now<br />
understand that changes in genes that might cause<br />
cancer can be reversed,” Jones said. “If you have<br />
a mutation, it is difficult to reverse it in the cancer<br />
cell, but you can switch on genes that have been<br />
switched <strong>of</strong>f, and that’s why I think epigenetics is<br />
an important way to think about cancer and how<br />
it’s going to be treated.”<br />
A Center <strong>of</strong> Excellence<br />
Jones brings to Van Andel Institute a history <strong>of</strong><br />
institutional leadership experience, including his<br />
role as the Director <strong>of</strong> the University <strong>of</strong> Southern<br />
California Norris Comprehensive Cancer Center, and<br />
as a leading member <strong>of</strong> the International Human<br />
Epigenome Consortium, an organization focused on<br />
mapping thousands <strong>of</strong> human epigenomes in order<br />
to better understand epigenetics’ role in cancer and<br />
chronic illnesses. This experience will serve Jones<br />
well as he begins to work with Van Andel Institute’s<br />
leadership and staff, builds on the Institute’s cancer<br />
and Parkinson’s disease research and develops a<br />
new focus for future research.<br />
It is Jones’ hope that Van Andel Institute becomes<br />
known as a leader in basic and translational<br />
epigenetic research. Jones posits that a tightened<br />
focal point, centered on epigenetics, gives the<br />
Institute a unique and powerful identity in the<br />
scientific marketplace <strong>of</strong> ideas.<br />
“I think Van Andel Research Institute would benefit<br />
from an additional focus on epigenetics,” Jones said.<br />
“I think the Institute has the potential to be known as<br />
a strong-house <strong>of</strong> epigenetics in the world.”<br />
This new focus on epigenetics includes a<br />
concentration on translational research that<br />
could lead to epigenetic therapies for cancer and<br />
neurodegenerative diseases like Parkinson’s. Jones<br />
06
elieves this focus is in keeping with Van Andel Institute’s<br />
tradition <strong>of</strong> supporting basic and translational research, and<br />
views epigenetics as a way to strengthen the Institute’s<br />
diverse research portfolio.<br />
“I want to make the Institute a hub for basic research and<br />
translational epigenetic therapies that will encompass<br />
cancer and neurodegenerative disease research,” Jones said.<br />
“Epigenetics’ role in cancer is something I have spent a good<br />
deal <strong>of</strong> time working on, but I am also looking forward to<br />
working with Dr. Patrik Brundin and his team in the Laboratory<br />
for Translational Parkinson’s Disease Research to explore<br />
the role epigenetics might play in Parkinson’s and other<br />
neurodegenerative diseases.”<br />
The concept <strong>of</strong> collaboration is going to play a significant role<br />
in Jones’ strategy <strong>of</strong> creating a focus on epigenetics at the<br />
Institute. The notion <strong>of</strong> collaboration is something Jones has<br />
cultivated throughout his career, working on diverse teams<br />
<strong>of</strong> researchers, geneticists, pathologists, biostatisticians,<br />
chemists, informaticists, oncologists, surgeons and specialists.<br />
At the nucleus <strong>of</strong> Jones’ concept is an epigenetics consortium,<br />
bringing intellectual capital and new energy to the Institute.<br />
“Initially, we are going to develop a consortium <strong>of</strong> five<br />
academic institutions - four in the U.S. and one outside <strong>of</strong> the<br />
U.S. - which will carry on the work <strong>of</strong> developing epigenetic<br />
therapies that can be applied to human beings,” Jones said.<br />
This consortium <strong>of</strong> experts will utilize Van Andel Institute as a<br />
hub to meet, strategize and source funding for research and<br />
targeted clinical trials. This spirit <strong>of</strong> collaboration is inherent in<br />
the innovative, interdisciplinary approach to modern science that<br />
Jones embraces. Jones aims to build collaborative relationships<br />
with national and international academic and research institutions.<br />
In addition to collaborative relationships, attracting top-level talent<br />
to the Institute is another <strong>of</strong> Jones’ goals for the near future.<br />
As Director <strong>of</strong> Research and Chief Scientific Officer, Jones<br />
hopes to increase Van Andel Institute’s name recognition in<br />
the scientific community. While general knowledge <strong>of</strong> the<br />
Institute is important, Jones understands that the Institute’s<br />
name must be elevated first in the scientific community by<br />
leveraging significant research discoveries and scientific<br />
impact. Van Andel Institute researchers like Dr. Jeff MacKeigan,<br />
Associate Pr<strong>of</strong>essor and Head, Laboratory <strong>of</strong> Systems Biology,<br />
are excited about the future under Jones’ leadership.<br />
“Dr. Jones is a world-renowned researcher with tremendous<br />
scientific vision, and with his leadership at the helm we will<br />
continue to build on existing research initiatives, explore<br />
genomic strategies for innovative treatments and position<br />
ourselves to impact human disease,” MacKeigan said.<br />
A Great Gift<br />
Van Andel Institute’s significance in the world <strong>of</strong> biomedical<br />
research is something Jones feels very strongly about.<br />
When asked about the philanthropic vision <strong>of</strong> the Institute’s<br />
founders, Jay and Betty Van Andel, Jones states that they<br />
have given the world <strong>of</strong> science a ‘great gift,’ one that can<br />
have a lasting, powerful impact on the lives <strong>of</strong> patients and<br />
the course <strong>of</strong> human health.<br />
“The reason we do this work is to impact people’s lives. When<br />
a patient comes up to me and says, ‘you’re my hero’ because<br />
they are using a therapy I have been working on, that is more<br />
exciting than anything that could happen. I want this amazing<br />
gift the Van Andel family has given to make an impact on<br />
people’s lives.”<br />
For more information on Dr. Jones,<br />
please visit bit.ly/WelcomeDrJones<br />
07
Dr. Stefan Jovinge<br />
Brings Game-Changing<br />
Cardiovascular Research<br />
to Grand Rapids<br />
Dr. Jovinge<br />
and his<br />
team had<br />
discovered<br />
that it was<br />
possible for<br />
the heart to<br />
repair its own<br />
tissue.<br />
In 2009, the field <strong>of</strong> cardiovascular research was upended with a paper<br />
published in Science Magazine by researchers in Sweden. The paper, authored<br />
by Dr. Jovinge, outlined a new way <strong>of</strong> viewing the regenerative properties <strong>of</strong><br />
the human heart.<br />
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
Before the release, it was believed that the cells that<br />
create heart muscle tissue might be limited to the<br />
number given at the time <strong>of</strong> birth, and the potential<br />
for postnatal cellular regeneration was not seen as a<br />
viable treatment for cardiovascular disease. Jovinge’s<br />
work with the heart’s cellular building blocks, known<br />
as cardiomyocytes, and progenitor cells, which aid<br />
with cell differentiation, completely changed the way<br />
the medical and academic world views the heart’s<br />
potential for reparative therapy. Jovinge and his team<br />
had discovered that it was possible for the heart to<br />
repair its own tissue.<br />
A partnership between Van Andel Institute and<br />
Spectrum Health, with significant support from<br />
the Richard and Helen DeVos Foundation, recently<br />
brought Jovinge to Grand Rapids in order to<br />
continue his program focused on cardiovascular<br />
research and regenerative medicine. The<br />
collaborative program, which began in earnest in<br />
January <strong>2014</strong>, is comprised <strong>of</strong> four areas: basic<br />
science with a focus on cell engineering, clinical<br />
science, bioinformatics and the development <strong>of</strong><br />
scientific training procedures for interns, graduate<br />
students and post-doctoral fellows. This program<br />
connects Van Andel Institute’s world-renowned<br />
intellectual capital and top-tier research facilities<br />
with Spectrum Health’s clinical trial and cardiac<br />
medicine expertise, creating a perfect atmosphere<br />
for Jovinge’s cutting-edge research.<br />
“Van Andel Research Institute is truly world-class,<br />
and Spectrum Health is among the best in the<br />
country when it comes to clinical performance in the<br />
cardiovascular area,” said Jovinge. “Spectrum Health<br />
has an impressive patient flow and extensive expertise<br />
in cardiovascular medicine, and remarkably neighbors<br />
Van Andel Research Institute, headquartered here in<br />
Grand Rapids. For a clinical scientist like me, there is<br />
a great opportunity in having these two organizations<br />
work together.”<br />
Jovinge views his move to Grand Rapids as one<br />
molded in the entrepreneurial spirit and looks forward<br />
08
“The only reparative therapy we have<br />
today, if you want new cardiac muscle, is to<br />
transplant a new heart. Our line <strong>of</strong> work is<br />
actually aiming at using the competence <strong>of</strong><br />
your own heart to generate more muscle.”<br />
Dr. Stefan Jovinge<br />
to building a research program equally grounded in basic<br />
research and clinical medicine. The researcher also views this<br />
program as a way for both organizations to reap the benefits<br />
<strong>of</strong> proximity and experience.<br />
“It’s stimulating for me, and one <strong>of</strong> my main missions is to<br />
get these two organizations together, because what I do is<br />
connect basic science to medicine,” said Jovinge.<br />
The core <strong>of</strong> Jovinge’s research in Grand Rapids focuses on<br />
unlocking the regenerative codes found in cardiomyocyte<br />
and progenitor cells. Through Jovinge’s work, he and his team<br />
have uncovered just how diverse and unique cardiomyocytes<br />
are in the development and regulation <strong>of</strong> heart tissue.<br />
“One <strong>of</strong> the misconceptions is that all cardiac muscle is<br />
homogenous and not created from different types <strong>of</strong> cells,”<br />
said Jovinge. “It’s like the cells in bone marrow where there<br />
are red blood cells and white blood cells; the heart also has<br />
different cells that perform different functions.”<br />
Through an involved process <strong>of</strong> identification, Jovinge is able<br />
to identify a cell’s nuclei, DNA and RNA and begin fingerprinting<br />
the gene expression found in the cell. This process allows the<br />
team to identify different types <strong>of</strong> cardiomyocytes and isolate<br />
the cells responsible for regeneration <strong>of</strong> heart tissue. Once<br />
these specific types <strong>of</strong> cardiomyocytes have been identified,<br />
the next step involves identifying how these cells can spur the<br />
growth <strong>of</strong> new heart muscle tissue.<br />
“Previously, all the focus has been on injecting cells into<br />
the heart, but it is one thing to inject them, the second is<br />
getting them to survive and thirdly to get them to integrate<br />
and function well together with other cardiomyocytes,”<br />
said Jovinge. “The vast majority <strong>of</strong> these injected cells<br />
will die and even if they survive they need to couple to the<br />
other cells because cardiomyocytes need to communicate<br />
with each other to contract synchronously.”<br />
In Jovinge’s research, he aims to identify the cells that are<br />
responsible for regeneration, and to understand how to<br />
stimulate the regenerative process and encourage cell survival.<br />
Globally, cardiovascular disease remains the number one cause<br />
<strong>of</strong> death for adults, and Jovinge’s research remains one <strong>of</strong> the<br />
most novel approaches to addressing this pressing health issue.<br />
The findings from Jovinge’s work have far-reaching implications<br />
regarding therapies for those living with cardiovascular disease.<br />
Jovinge remains encouraged by the program’s initial discoveries<br />
and believes his research could one day provide treatment<br />
options that would address the source <strong>of</strong> cardiovascular<br />
disease, rather than current therapies that address symptoms.<br />
“The only reparative therapy we have today, if you want new<br />
cardiac muscle, is to transplant a new heart,” said Jovinge.<br />
“Our line <strong>of</strong> work is actually aiming at using the competence<br />
<strong>of</strong> your own heart to generate more muscle.”<br />
The program, under the direction <strong>of</strong> Jovinge, is a testament<br />
to the collaborative spirit <strong>of</strong> both Van Andel Institute and<br />
Spectrum Health, and the collective desire to bring forth<br />
therapies that change the way cardiovascular disease is<br />
addressed in the future.<br />
For more information on Dr. Jovinge or<br />
his work at Van Andel Institute, please<br />
visit bit.ly/VAIStefanJovinge<br />
09
Intramimic-02<br />
stabilizes the structure<br />
(green) <strong>of</strong> colon cancer<br />
cells and induces new<br />
gene expression (red)<br />
in the nucleus (blue) to<br />
impair tumor growth.<br />
Recent Van Andel Institute<br />
Discovery Identifies Novel<br />
Cancer Treatment Strategy<br />
Van Andel Institute announces yet another discovery that changes the<br />
course <strong>of</strong> research. A recent study identifies an innovative treatment<br />
strategy that can slow tumor growth while protecting normal tissue.<br />
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
Arthur S. Alberts, Ph.D.<br />
Pr<strong>of</strong>essor and Head<br />
<strong>of</strong> the Laboratory <strong>of</strong><br />
Cell Structure and<br />
Signal Integration led<br />
the recent study on<br />
cancer treatments.<br />
Find out more about<br />
Dr. Alberts and<br />
support his work at<br />
bit.ly/VAIArtAlberts.<br />
The study was led by Arthur S. Alberts,<br />
Ph.D., Pr<strong>of</strong>essor and Head <strong>of</strong> the Laboratory<br />
<strong>of</strong> Cell Structure and Signal Integration at<br />
Van Andel Institute.<br />
“This discovery could lead to novel cancer<br />
therapies for hard-to-treat cancers and<br />
potentially serve as an alternative to<br />
existing drug agents which are commonly<br />
used in chemotherapy to treat breast,<br />
ovarian, lung, testicular and certain blood<br />
cancers,” said Alberts.<br />
It focuses on validating biological drug<br />
targets, an important part <strong>of</strong> creating<br />
new cancer therapies. Drug targets are<br />
molecular structures that can be modified<br />
by an external stimulus such as chemicals or<br />
drugs, to treat or diagnose a disease. In the<br />
early phases <strong>of</strong> drug development, a target<br />
must be validated in the laboratory before it<br />
can move to human clinical trials.<br />
The study’s results describe a new class <strong>of</strong><br />
compounds called Intramimics that target a<br />
family <strong>of</strong> proteins, formins. Thanks to unique<br />
attributes <strong>of</strong> the compounds, researchers<br />
hope that they can target specific cancer cells<br />
and spare healthy cells without the doselimiting<br />
side effects experienced with Taxol<br />
and Vinblastine, existing chemotherapeutic<br />
agents that target cell structure.<br />
“Taxol and Vinblastine target structural<br />
components found in all cells. Instead <strong>of</strong><br />
disrupting the bricks, Intramimics tackle the<br />
masons <strong>of</strong> the cell that assemble the bricks.<br />
We hope that we can tune Intramimics to<br />
manipulate specific molecular masons in<br />
cancer cells in order to spare healthy cells.<br />
We are starting this tuning process now,”<br />
said Alberts. “Intramimics will serve as<br />
lead compounds for further exploration and<br />
pharmacological development.”<br />
Alberts’ research team plans to continue<br />
developing Intramimics as well as learning<br />
more about which cancers are vulnerable<br />
to the strategy. “We are also committed<br />
to using the Intramimic strategy to prevent<br />
cancers,” said Alberts.<br />
In initial experiments, the approach reduced<br />
or slowed tumor growth, which suggests it<br />
could be an effective strategy for treating<br />
solid tumors. Other preliminary evidence<br />
suggests a potential application for the<br />
treatment <strong>of</strong> blood cancers as well.<br />
The study was carried out at Van Andel<br />
Institute in collaboration with scientists<br />
from Grand Valley State University and<br />
Kalamazoo Valley Community College’s<br />
Michigan High Throughput Screening Center.<br />
It attracted the attention <strong>of</strong> the journal<br />
Cancer Research which published the report<br />
and featured it on the cover <strong>of</strong> its November<br />
15 edition.<br />
010
New Hires Broaden<br />
Van Andel Institute’s Centers<br />
Van Andel Institute (VAI) continues to fill the ranks<br />
with talented researchers. We welcome Dr. Ning<br />
Wu in the Center for Cancer and Cell Biology and<br />
Dr. Jiyan Ma in the Center for Neurodegenerative<br />
Science to the VAI family. Their expertise diversifies<br />
and strengthens VAI’s impressive research team.<br />
Dr. Ning Wu received her Ph.D. in the<br />
Department <strong>of</strong> Biochemistry at the<br />
University <strong>of</strong> Toronto in 2002, and then<br />
served as a Research Associate at the<br />
Scripps Research Institute. In 2004,<br />
Dr. Wu joined the Beth Israel Deaconess<br />
Medical Center at Harvard Medical<br />
School as a Research Fellow studying<br />
signaling pathways that regulate normal mammalian cell<br />
growth and defects that cause cell transformation.<br />
Dr. Wu joins VAI as an Assistant Pr<strong>of</strong>essor and Head <strong>of</strong> the<br />
Laboratory <strong>of</strong> Cancer Signaling and Metabolism. Dr. Wu’s<br />
laboratory aims to unravel the molecular mechanisms<br />
governing glucose metabolism in cancer. Relative to<br />
normal cells, tumor cells have very high energy needs.<br />
By understanding tumor cell energy requirements and<br />
regulatory pathways, more effective treatments can be<br />
developed by optimizing existing therapies or identifying<br />
new therapeutic targets.<br />
Dr. Jiyan Ma received his Ph.D. from<br />
the University <strong>of</strong> Illinois at Chicago in<br />
1997. He then served as a Research<br />
Associate at the University <strong>of</strong> Chicago.<br />
Dr. Ma was appointed as an Assistant<br />
Pr<strong>of</strong>essor at Ohio State University in<br />
2002 and was promoted to Associate<br />
Pr<strong>of</strong>essor in 2009.<br />
Dr. Ma, who joins VAI as a Pr<strong>of</strong>essor and Head <strong>of</strong> the<br />
Laboratory <strong>of</strong> Prion Mechanisms in Neurodegeneration,<br />
holds two R01 federal research grants from the National<br />
Institutes <strong>of</strong> Health. His research focuses on prions,<br />
which are the misfolded proteins that cause infectious<br />
neurodegenerative diseases such as “mad cow disease”<br />
and the human variant, Creutzfeldt-Jakob disease.<br />
Dr. Ma’s research at VAI will expand to include the<br />
prion-like behavior <strong>of</strong> misfolded proteins in other<br />
neurodegenerative disorders such as Parkinson’s disease.<br />
Learn<br />
more about<br />
Dr. Wu’s lab<br />
and support<br />
her work<br />
at bit.ly/<br />
VAINingWu.<br />
Learn<br />
more about<br />
Dr. Ma’s lab<br />
and support<br />
his work<br />
at bit.ly/<br />
VAIJiyanMa.<br />
Van Andel Institute’s<br />
Founding Director <strong>of</strong> Research,<br />
Dr. George Vande Woude, Receives<br />
Prestigious Scientific Award<br />
Dr. George Vande Woude, Van Andel<br />
Institute’s Founding Research Director,<br />
recently received the Fellowship Award<br />
in Biological Science from the American<br />
Association for the Advancement <strong>of</strong> Science<br />
(AAAS) organization. The AAAS bestows this<br />
annual award to a select number <strong>of</strong> scientists<br />
who are honored for their meritorious efforts<br />
to advance science or its applications.<br />
The AAAS is a non-pr<strong>of</strong>it organization with the<br />
mission <strong>of</strong> promoting cooperation among scientists,<br />
encouraging scientific responsibility, and supporting<br />
education and outreach initiatives that directly impact<br />
human health. It is the world’s most prestigious<br />
general scientific society.<br />
In 1999, Dr. Vande Woude was appointed as the first<br />
Director <strong>of</strong> Van Andel Research Institute. In 2009, Dr.<br />
Vande Woude stepped down as Director and assumed<br />
the title <strong>of</strong> Distinguished Scientific Fellow, retaining his<br />
role as head <strong>of</strong> the Laboratory <strong>of</strong> Molecular Oncology.<br />
Dr. Vande Woude is responsible for discovering the<br />
human MET oncogene, a groundbreaking therapeutic<br />
target utilized in personalized therapies for many<br />
virulent cancers.<br />
For more information on Dr. Vande Woude<br />
and cancer research at Van Andel Institute,<br />
visit bit.ly/VAIVandeWoude.<br />
011
VAN ANDEL<br />
EDUCATION INSTITUTE<br />
Exceeding<br />
Standards<br />
Van Andel Institute Graduate School<br />
students learn to think and act like<br />
scientists through the program’s<br />
unique curriculum.
Van Andel Institute<br />
Graduate School<br />
Receives Accreditation<br />
Van Andel Institute Graduate School (VAIGS) has received institutional accreditation<br />
from the Higher Learning Commission (HLC) for its Ph.D. program in cell, molecular<br />
and genetic biology <strong>of</strong> human disease. The innovative inquiry-based curriculum<br />
<strong>of</strong> VAIGS combines biomedical and translational research with pr<strong>of</strong>essional<br />
mentorship by the scientists <strong>of</strong> Van Andel Research Institute, with further advice<br />
and evaluation from faculty members at other research institutes and universities.<br />
“The accreditation represents affirmation<br />
by the larger academic community that we<br />
meet their standards and expectations,”<br />
said Dr. Steven Triezenberg, President<br />
and Dean <strong>of</strong> Van Andel Institute Graduate<br />
School. “It reinforces that the innovative<br />
and creative way we developed this<br />
program is appropriate.”<br />
VAIGS focuses on developing students to<br />
become scientists and research leaders<br />
early in their career by teaching them to<br />
think and act like scientists. The problembased<br />
curriculum developed by VAIGS is<br />
unique; to Dr. Triezenberg’s knowledge, no<br />
other program like this one currently exists.<br />
VAIGS graduate students work alongside<br />
experienced researchers and receive valuable<br />
one-on-one training. On average, only one<br />
graduate student is placed into each lab.<br />
The program is still relatively small, and that’s<br />
by design. “We don’t strive to be the largest,<br />
but to be among the best,” said Triezenberg.<br />
Currently twenty-two students are enrolled<br />
at VAIGS and another six are expected to be<br />
accepted into next year’s incoming class.<br />
“I want to commend the students who put<br />
their confidence and faith in us when they<br />
signed up for a graduate program that wasn’t<br />
tested,” Triezenberg said. The first students<br />
joined VAIGS’s inaugural class in 2007. Last<br />
year, two <strong>of</strong> those students graduated with<br />
Ph.D. degrees and accepted postdoctoral<br />
positions at first-rate university labs.<br />
“I was warned before I accepted a position<br />
at VAIGS that I was taking a risk if I chose<br />
to attend an unaccredited institute for my<br />
graduate work, especially one so distinctly<br />
different from most other programs,” said<br />
Laura Westrate, VAIGS student who joined the<br />
program during its second year <strong>of</strong> existence<br />
and graduated in December 2013. “However,<br />
after interviewing at Van Andel Institute I<br />
felt the risk seemed minimal. The training<br />
program is uniquely designed to effectively<br />
transition students to scientists.”<br />
The Higher Learning Commission is<br />
responsible for accrediting degree-granting<br />
institutions <strong>of</strong> higher education, and is part<br />
<strong>of</strong> the North Central Association <strong>of</strong> Colleges<br />
and Schools, one <strong>of</strong> six regional institutional<br />
accreditors in the United States.<br />
13
Fourth Student Graduates from<br />
Van Andel Institute Graduate School<br />
Graduate Dr. Laura Westrate (center)<br />
with Van Andel Research Institute’s staff.<br />
Laura Westrate, a fifth-year student at Van Andel Institute Graduate<br />
School (VAIGS), graduated on December 2, 2013 with her Ph.D. in Cell<br />
and Molecular Genetics. She is the fourth graduate from Van Andel<br />
Institute Graduate School.<br />
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
Dr. Laura Westrate conducted<br />
her dissertation on mitochondria<br />
and worked in the Laboratory <strong>of</strong><br />
Systems Biology at Van Andel<br />
Institute.<br />
While at <strong>Hope</strong> College, Westrate fell in love<br />
with the research lab and addressing unknown<br />
questions. “I’m a big problem solver,” said<br />
Westrate. “I like puzzles and this really is the<br />
ultimate puzzle in life — being able to take<br />
these medical issues nobody knows and trying<br />
to find an answer for them.”<br />
Westrate’s dissertation, entitled “Quantitation<br />
<strong>of</strong> Mitochondrial Dynamics Reveals Critical<br />
Roles for Mitochondrial Morphology in Cell<br />
Cycle Progression and Apoptosis,” focused<br />
on mitochondria, the organelle structures<br />
found in cells that are responsible for cellular<br />
energy, growth and death. Westrate studied the<br />
structures <strong>of</strong> mitochondria and how alterations<br />
could affect the rate by which cells divide<br />
and grow. She tested how the mitochondria<br />
responded when presented with a number <strong>of</strong><br />
chemotherapeutic treatments.<br />
By changing the structures <strong>of</strong> these<br />
mitochondria, Westrate was able to change how<br />
rapidly the cells divided. Her study found that<br />
by elongating the mitochondria structures she<br />
was able to prevent the division <strong>of</strong> cells. This is<br />
applicable to cancer because if researchers are<br />
able to prevent the cancer cells from dividing,<br />
they can theoretically prevent the spread and<br />
growth <strong>of</strong> cancers throughout the body.<br />
Dr. Jeff MacKegian, Associate Pr<strong>of</strong>essor and<br />
Head <strong>of</strong> the Laboratory <strong>of</strong> Systems Biology<br />
at Van Andel Institute, served as Westrate’s<br />
mentor during her time at VAIGS and was<br />
fundamental in leading her research. “Dr.<br />
Laura Westrate is one <strong>of</strong> the most intelligent,<br />
hardworking and pr<strong>of</strong>essional scientists you will<br />
encounter. Her research has allowed for new<br />
innovative approaches for systems biology,<br />
incorporating mathematics and cell biology to<br />
make discoveries.”<br />
After graduation, Westrate will fill a postdoctoral<br />
fellow position at the University <strong>of</strong> Colorado<br />
where she will continue to pursue her research<br />
interests. Her future work will focus on another<br />
organelle, the endoplasmic reticulum.<br />
Westrate is very excited about her new position.<br />
“I’m most interested in taking the things I’ve<br />
learned here and applying them to a brand<br />
new project,” she said. “I also want to teach<br />
and mentor younger scientists so I can open up<br />
their eyes to what this job is really like.”<br />
14
Undergraduate students<br />
present research at<br />
the West Michigan<br />
Regional Undergraduate<br />
Science Conference.<br />
Science Conference Draws<br />
Record Crowd<br />
More than 340 students and faculty poured through<br />
Van Andel Institute’s doors on November 16, 2013<br />
to attend the West Michigan Regional Undergraduate<br />
Science Conference. The conference is the first opportunity<br />
for many students to present their findings to peers<br />
and pr<strong>of</strong>essionals.<br />
“It’s one thing to present your work to your class; it’s quite another to stand up<br />
and present it in front <strong>of</strong> a few hundred people,“ said Dr. Nick Duesbery, Head<br />
<strong>of</strong> the Laboratory <strong>of</strong> Cancer and Developmental Cell Biology at Van Andel<br />
Research Institute.<br />
The conference consisted <strong>of</strong> a number <strong>of</strong> faculty presentations where students<br />
heard stimulating talks on current trends in biology, chemistry, physics and<br />
other topics. The 2013 keynote address was presented by Scott Barolo, Ph.D.,<br />
from the University <strong>of</strong> Michigan Medical School.<br />
Students also had the opportunity to meet with recruiters from eleven graduate<br />
schools, including the recently accredited Van Andel Institute Graduate School,<br />
to learn about advancing their science education.<br />
The conference is organized by Aquinas College, Calvin College, Grand Valley<br />
State University, <strong>Hope</strong> College and Van Andel Institute Graduate School.<br />
“The science conference is a wonderful collaboration from area institutions,”<br />
said Dr. Steven Triezenberg, Director <strong>of</strong> Van Andel Education Institute. “It<br />
provides students with a valuable pr<strong>of</strong>essional experience at no cost.”<br />
Please contact Van Andel Education Institute Development if you would like<br />
to learn about sponsoring the <strong>2014</strong> West Michigan Regional Undergraduate<br />
Science Conference at 616.234.5040 or vaeidevelopment@vai.org.<br />
15
PURPLE COMMUNITY<br />
GRADUATIONGift
Students Exceed<br />
Five-Year, $ 100,000<br />
Fundraising Goal<br />
Many high school seniors are preoccupied with college applications,<br />
the latest social media news, prom and spring break plans. Four<br />
seniors at Forest Hills Central High School, however, spent their fall<br />
differently. They were focused on an aggressive fundraising goal set<br />
as eighth graders to support cancer and neurodegenerative disease<br />
research at Van Andel Institute.<br />
Participate or support<br />
a Purple Community<br />
event by visiting<br />
PurpleCommunity.org.<br />
Pictured above left to right:<br />
Forest Hills Central High School<br />
students Bella Fiorenzo, Allie Wittenbach,<br />
Sydney Vinton and Mariah Otolski<br />
present a check to Purple Community<br />
Coordinator, Sara Hop.<br />
After meeting with Van Andel Institute founding<br />
Research Director Dr. George Vande Woude in<br />
2009, Bella Fiorenzo, Mariah Otolski, Sydney<br />
Vinton and Allie Wittenbach decided to make an<br />
impact on cancer research by raising $100,000<br />
before they graduated in <strong>2014</strong>.<br />
“Cancer affects the entire community,”<br />
said Vinton.<br />
They created the Purple Community Club and<br />
hosted their first event as eighth graders when<br />
they raised $5,000 at a middle school track<br />
meet. Their fundraising events have grown<br />
each year, culminating in their final event in<br />
December 2013.<br />
They planned an entire week <strong>of</strong> festivities<br />
leading up to boys’ and girls’ varsity basketball<br />
Purple Games TM . Students kicked <strong>of</strong>f the week<br />
with a hockey game and fundraiser at Quaker<br />
Steak & Lube. They held spirit days, sold purple<br />
t-shirts, hosted coin wars in the elementary and<br />
middle schools and prepared for the basketball<br />
game with a pep assembly.<br />
The feature event was a great success. The<br />
high school gym was standing-room only for the<br />
basketball games. The students recruited 44<br />
sponsors and exceeded their fundraising goal<br />
with their cumulative total reaching $105,962.<br />
The students take great pride in the fact that<br />
100% <strong>of</strong> their donation benefits VAI research<br />
labs where discoveries are made that could<br />
lead to improved cancer treatments and<br />
diagnostic tests.<br />
Since getting involved with Purple Community,<br />
the students’ lives have been personally<br />
impacted by cancer. Several have watched<br />
firsthand as relatives received cancer diagnoses<br />
and underwent treatment. Wittenbach helps<br />
coordinate the event and plays in the basketball<br />
game to honor her mother who was diagnosed<br />
with cancer when she was a freshman.<br />
“When I walked into the gym that day, seeing all<br />
the purple decorations made my heart feel so<br />
good,” said Wittenbach. “We all share our stories<br />
in the locker room <strong>of</strong> who we’re playing for and<br />
that can get sad and emotional. But when we<br />
run out there and see our crowd, see people<br />
supporting it, everybody has good vibes.”<br />
The event means something different to each<br />
<strong>of</strong> the student organizers, but it’s a personal<br />
experience for all <strong>of</strong> them.<br />
“Everyone you meet knows a friend, a parent, a<br />
sibling, a family member or someone who has<br />
had cancer,” said Fiorenzo.<br />
“We bring our community together to make a<br />
difference,” said Otolski. “It has been wonderful<br />
working with Purple Community events over the<br />
past five years.”<br />
17
PURPLE<br />
COMMUNITY ®<br />
EVENTS<br />
For all upcoming events,<br />
please visit us at<br />
www.PurpleCommunity.org<br />
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
18<br />
March 7<br />
Grand Rapids Griffins<br />
Purple Game<br />
April 5<br />
Grand Valley State<br />
University<br />
Pre-Soma 5k<br />
May 16<br />
Duncan Lake Middle<br />
School Community<br />
Cancer Walk<br />
July 29<br />
West Michigan<br />
Whitecaps Purple<br />
Baseball Game<br />
September 13<br />
Mari J. Meyer<br />
Pancreatic Cancer<br />
Trail Run for <strong>Hope</strong><br />
Van Andel Institute supporters form a ribbon on the Detroit Red Wings’ ice following Hockey<br />
Fights Cancer Night.<br />
Fighting Cancer with Hockey<br />
Purple Community makes it possible to support biomedical research<br />
and science education at Van Andel Institute in many ways. Hockey<br />
games have become one <strong>of</strong> the most popular community events, and<br />
Purple Community has continued to cultivate partners who contribute<br />
to their success.<br />
Van Andel Institute - Purple Community<br />
partnered with the Detroit Red Wings to<br />
sponsor Hockey Fights Cancer Night on October<br />
26, 2013. The sold-out game against the New<br />
York Rangers packed Joe Louis Arena with more<br />
than 20,000 fans.<br />
All attendees at the game were given Purple<br />
Community rally towels, a Share Your Story<br />
card and a marker. Those in attendance were<br />
invited to write the name <strong>of</strong> a friend or family<br />
member who had been affected by cancer on<br />
the card and hold it up during a break in the<br />
game. Thousands <strong>of</strong> individuals held up cards in<br />
the emotional display <strong>of</strong> cancer awareness.<br />
Hockey Fights Cancer Night was a great<br />
success for both Van Andel Institute and the<br />
Detroit Red Wings and is seen as the beginning<br />
<strong>of</strong> a lasting partnership.<br />
Members <strong>of</strong> Purple Community traveled to<br />
Wings Stadium on February 8, <strong>2014</strong> for a<br />
Kalamazoo Wings Purple Game. Although Purple<br />
Community has partnered with Kalamazoo-area<br />
schools Otsego and Plainwell, this was the first<br />
K-Wings Purple Game.<br />
“In <strong>2014</strong>, Purple Community hopes to do more<br />
events in Kalamazoo,” said Purple Community<br />
National Programs Manager Nikki Outhier. “We<br />
want the area to know more about Van Andel<br />
Institute and the world-class research and science<br />
education taking place in our backyard.”<br />
Purple Community also returns to Van Andel<br />
Arena for a Purple Game with the Grand Rapids<br />
Griffins on March 7, <strong>2014</strong>. The third annual<br />
Griffins Purple Game is a highly anticipated<br />
event for Purple Community and expected to be<br />
a sold-out event.<br />
“We have a wonderful relationship with the Grand<br />
Rapids Griffins, and we’re working together to<br />
make this the best Purple Game yet,” said Outhier.<br />
Partnerships with the Detroit Red Wings,<br />
Kalamazoo Wings and Grand Rapids Griffins<br />
help Purple Community increase its presence<br />
throughout Michigan, generate new members<br />
and develop additional events that benefit<br />
Van Andel Institute.<br />
You can support Purple Community and Van Andel<br />
Institute by attending a game, promoting it on<br />
social media, or hosting your own event. Visit<br />
PurpleCommunity.org to learn more.
Join us for this<br />
Purple Community<br />
Hockey Event!<br />
Grand Rapids Griffins<br />
Purple Game TM<br />
Friday, March 7, <strong>2014</strong><br />
Van Andel Arena, Grand Rapids, MI<br />
Ticket information available at<br />
www.purplecommunity.org<br />
Take a Tour<br />
<strong>of</strong> Van Andel<br />
Institute<br />
Tours <strong>of</strong> Van Andel Institute’s<br />
state-<strong>of</strong>-the-art facility are<br />
available for those interested in<br />
learning more about disease<br />
research and science education.<br />
Register for a tour online at<br />
bit.ly/VAITour.<br />
Volunteer for<br />
Van Andel Institute’s<br />
Angel Corps<br />
Van Andel Institute hosts thousands <strong>of</strong><br />
guests each year and enlists volunteers to<br />
serve as ambassadors to provide a great<br />
tour experience. If you’re comfortable speaking<br />
in front <strong>of</strong> groups and available during<br />
business hours, support Van Andel Institute<br />
by volunteering for Angel Corps!<br />
Apply to be part <strong>of</strong> Angel Corps at<br />
www.vai.org/volunteer<br />
19
VAN ANDEL<br />
INSTITUTE EVENTS<br />
Couture for a Cure<br />
The eighth annual Couture for a Cure<br />
presented by Amway and Leigh’s was<br />
a sold-out event on October 10, 2013.<br />
A record crowd <strong>of</strong> more than 450<br />
Van Andel Institute supporters<br />
surrounded a New York-style<br />
runway to preview Cynthia Rose’s<br />
Holiday ’13 and Spring ’14 collections.<br />
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
020
<strong>Hope</strong> on the Hill<br />
On October 17, 2013, hundreds <strong>of</strong><br />
donors, philanthropists, researchers,<br />
educators and members <strong>of</strong> the Grand<br />
Rapids business community gathered<br />
for the 13th Annual <strong>Hope</strong> on the Hill<br />
Gala. Guests sampled delectable<br />
menu items from some <strong>of</strong> the area’s<br />
finest restaurants, sipped on exotic<br />
cocktails and enjoyed live music and<br />
performances by The SILHOUETTES®.<br />
The night raised significant funds<br />
for Van Andel Institute and was<br />
the most successful <strong>Hope</strong><br />
on the Hill event to date.<br />
21
Van Andel Institute<br />
Breast Cancer Luncheons<br />
Van Andel Institute’s popular Breast Cancer Luncheons<br />
brought stories <strong>of</strong> hope and inspiration to both Troy and<br />
Grand Rapids, Michigan in the fall <strong>of</strong> 2013. The luncheons,<br />
which focus on the leading advances in breast cancer<br />
research, celebrated breast cancer survivors and inspired<br />
women to take ownership and become personal health<br />
advocates.<br />
Van Andel<br />
Institute Visits<br />
New York<br />
David and Carol Van Andel traveled<br />
to New York City on November 7,<br />
2013, with members <strong>of</strong> Van Andel<br />
Institute’s research centers and<br />
development department to speak<br />
with supporters about the Institute’s<br />
vision for biomedical research. Those<br />
in attendance had an opportunity to<br />
learn about the groundbreaking work<br />
being done in the fields <strong>of</strong> research<br />
and science education.<br />
22
Around the World<br />
J-Board Ambassadors hosted Van Andel<br />
Institute supporters at The Harris Building for<br />
an evening <strong>of</strong> wine tasting and global cuisine<br />
on November 15, 2013. Proceeds from the<br />
event supported science education initiatives<br />
at Van Andel Education Institute.<br />
HOT<br />
Chefs<br />
COOL<br />
TEMPS<br />
Proceeds benefit Parkinson’s research at:<br />
®<br />
9th Annual<br />
Van andel Institute<br />
Thursday, February 27, <strong>2014</strong> | 5:30 pm<br />
Ambassador Ballroom<br />
Amway Grand Plaza Hotel<br />
Hosted by Blair & Michelle Sharpe<br />
and George Jr. & Missy Sharpe<br />
Emceed by Tony and Michelle<br />
co-hosts <strong>of</strong> the Tony Gates Morning Show on WLAV<br />
Enjoy delectable cuisine prepared by chefs from the<br />
finest restaurants in Grand Rapids, and have the<br />
opportunity to bid on a gourmet meal prepared by<br />
one <strong>of</strong> these chefs at your home.<br />
Cocktail Reception<br />
Live Chef Auction<br />
LIVE ENTERTAINMENT<br />
Silent Auction + Raffle<br />
023
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
024<br />
Thank You to<br />
Our Event Sponsors!<br />
Couture for a Cure<br />
Title Sponsor<br />
Amway<br />
Presented by<br />
Leigh’s<br />
VIP Sponsor<br />
Jamie R. Mills, Mills Benefit Group,<br />
A Lighthouse Company<br />
Vintage Sponsor<br />
Lennon Media Management, LLC<br />
Hair Stylist Sponsor<br />
The Crown Jewel Salon and Spa<br />
Restaurant Sponsors<br />
Eurest<br />
CityS en _ Lounge<br />
Media Sponsors<br />
Women’s Lifestyle Magazine<br />
Channel 95.7 FM<br />
The River 100.5<br />
Runway Sponsors<br />
Scott Christopher Homes<br />
Todd Wenzel Buick GMC<br />
Chuck and Christine Boelkins<br />
Love and Valeda Collins<br />
Jana Hall<br />
Paul and Sheryl Haverkate<br />
Mike and Sue Jandernoa<br />
Al and Robin Koop<br />
Brad and Leslie Nelson/Genesis Media<br />
Services<br />
Steve Van Andel<br />
David and Anne-Lise Whitescarver<br />
Kathleen Ellsworth, DDS. PC<br />
The Grand Rapids Press<br />
Regal Investment Advisors<br />
In-Kind Sponsors<br />
Expression Rings <strong>of</strong> <strong>Hope</strong><br />
Rita Girls Mobile Bakery<br />
Artistry<br />
Bar Divani<br />
Blue Water Technologies<br />
Laura Mercier<br />
Modern Day Floral<br />
Cynthia Rose<br />
Leigh’s<br />
<strong>Hope</strong> on the Hill<br />
Title Sponsor<br />
Fifth Third<br />
Private Bank<br />
Entertainment Sponsor<br />
The Veldheer, Long, Mackay & Bernecker<br />
Group <strong>of</strong> Merrill Lynch Wealth<br />
Management<br />
VIP Party Sponsors<br />
GR Outdoor<br />
Fred L. Hansen Corp.<br />
Lighthouse Insurance Group<br />
Jamie R. Mills, Mills Benefit Group<br />
Preusser Jewelers<br />
Diamond Sponsors<br />
Mike and Sue Jandernoa<br />
John and Nancy Kennedy<br />
Warner Norcross and Judd LLP<br />
Platinum Sponsors<br />
Bill and Amy Bennett/Otterbase, Inc.<br />
Dick and Betsy DeVos Family Foundation<br />
Richard and Helen DeVos Foundation<br />
Great Lakes Scrip Center, LLC<br />
Howard Miller<br />
Gold Sponsors<br />
Chuck and Christine Boelkins<br />
CARNEVALE<br />
Huizenga Group<br />
Robin and Al Koop Foundation<br />
Wolverine Worldwide<br />
Silver Sponsors<br />
Aquinas College<br />
Barnes and Thornburg<br />
Peter C. and Emajean Cook Foundation<br />
Davenport University<br />
Doug and Maria DeVos Foundation<br />
Fairly Painless Advertising<br />
Grand Valley State University<br />
Granger Group<br />
Gary and Vicky Ludema<br />
Meijer<br />
MLive Media<br />
Norris Perne and French LLP<br />
Pitsch Companies<br />
Rowerdink, Inc.<br />
The Peter F. Secchia Family<br />
Robert and Susan Stafford<br />
US Bank<br />
Varnum<br />
Bronze Sponsors<br />
Aon<br />
BDO USA LLP<br />
Berends Hendricks Stuit Insurance Agency<br />
Blue Cross Blue Shield <strong>of</strong> West Michigan<br />
Bruce Heys Builders<br />
Calvin College<br />
Cancer and Hematology Centers<br />
<strong>of</strong> West Michigan<br />
Colliers International<br />
Love and Valeda Collins<br />
Crowe Horwathe<br />
Custer, Inc.<br />
Deloitte<br />
DK Security<br />
Eenhoorn LLC<br />
Ellis Parking Company, Inc.<br />
Ernst and Young<br />
Ferris C<strong>of</strong>fee and Nut<br />
Martin and Peggy Greydanus<br />
GUTS Branding<br />
Jana Hall<br />
Hansen Balk Steel Treating Co.<br />
<strong>Hope</strong> College<br />
Helen J. and Allen I. Hunting Family<br />
Foundation<br />
The I.C.N. Foundation<br />
Craig and Debra Kinney<br />
Lake Michigan Credit Union<br />
Lambert, Edwards & Associates<br />
Jeannine and Ray Lanning<br />
Law Weathers<br />
Metro Health Hospital<br />
Michigan State University<br />
College <strong>of</strong> Human Medicine<br />
Pioneer Construction<br />
PNC Bank<br />
Quality Air Service, Inc.<br />
Scott Christopher Homes<br />
The Sharpe Collection <strong>of</strong> Automobiles<br />
Spectrum Health<br />
Steelcase<br />
Universal Forest Products Inc.<br />
Larry and Marsha Veenstra,<br />
State Farm Insurance<br />
Veolia Energy Grand Rapids, LLC<br />
Visual Entities<br />
Jim and Sue Williams<br />
Wells Fargo Bank<br />
Copper Sponsors<br />
Cornerstone University<br />
Garden <strong>of</strong> Opportunity<br />
Alfresco Landscapes<br />
Romence Gardens<br />
Restaurant Sponsors<br />
Amway Grand Plaza Hotel<br />
Bar Divani<br />
The Chop House<br />
CityS en _ Lounge<br />
Eurest<br />
The Gilmore Collection<br />
Leo’s<br />
One Trick Pony<br />
San Chez Bistro and Café<br />
Twisted Rooster<br />
In-Kind Sponsors<br />
Bluewater Technologies<br />
Cascade Rental<br />
Channel 95.7 and 100.5 The River<br />
Cumulus Media<br />
Ice Sculptures LTD<br />
Modern Day Floral<br />
Special Events Rental<br />
Women’s Lifestyle Magazine<br />
Breast Cancer Luncheon<br />
Grand Rapids<br />
Platinum Sponsor<br />
Scott Christopher Homes<br />
Gold Sponsors<br />
Jamie R. Mills, Mills Benefit Group<br />
Lighthouse Insurance Group<br />
Silver Sponsors<br />
Chuck and Christine Boelkins<br />
Jana Hall<br />
Love and Valeda Collins<br />
Leigh’s<br />
Rize<br />
Pitsch Companies<br />
In-Kind Sponsors<br />
Channel 95.7 FM<br />
The River 100.5<br />
Breast Cancer Luncheon<br />
Troy<br />
Gold Sponsors<br />
Jamie R. Mills, Mills Benefit Group<br />
Lighthouse Group<br />
Olympia Entertainment<br />
Detroit Red Wings<br />
Somerset Inn<br />
Giarmarco, Mullins & Horton, P.C.<br />
Silver Sponsors<br />
Rize<br />
Pitsch Companies<br />
Around the World<br />
Haute Cuisine Sponsors<br />
Mika Meyers Beckett &<br />
Jones PLC<br />
Jana Hall<br />
Fine Wine Sponsors<br />
Scott and Heidi Campbell<br />
Mark and Jennifer Ellis<br />
Andy and Christina Keller<br />
Mike and Rachel Mraz<br />
Aaron and Amanda Wong<br />
Food & Beverage Sponsor<br />
Bar Divani<br />
In-Kind Sponsors<br />
Channel 95.7 FM<br />
The River 100.5<br />
Host<br />
The Harris Building
Smart Cancer Research: Van Andel Institute<br />
Receives National Media Attention<br />
Van Andel Institute (VAI) started <strong>2014</strong> with great news: the<br />
organization was featured on the national news website,<br />
Barron’s, known for its financial and investment insight.<br />
The story on Van Andel Institute quoted David and Carol<br />
Van Andel, highlighted the Institute’s groundbreaking<br />
biomedical research, entrepreneurial spirit and mission.<br />
“It reinforces that there is nation-wide<br />
interest in the innovative biomedical research<br />
and science education initiatives we have at<br />
Van Andel Institute,” said David Van Andel,<br />
Chairman and CEO <strong>of</strong> Van Andel Institute.<br />
David Van Andel described the typically<br />
long lead time and significant investment to<br />
bring a new drug to market and shared the<br />
Institute’s focus on translational research. The<br />
article also cites David and Carol Van Andel’s<br />
passion to provide improved treatments to<br />
patients based on their personal experiences.<br />
View the article<br />
in its entirety at<br />
bit.ly/SmartCancerResearch.<br />
“This organization is being led by two people<br />
who have heard the devastating words ‘you<br />
have cancer.’ It’s that personal element that<br />
we know well,” said Carol Van Andel.<br />
Monday, May 19, <strong>2014</strong> | 11:00 am<br />
Visit www.vai.org or call 616.234.5712 for<br />
more information.<br />
Proceeds from this event benefit disease research and<br />
science education at Van Andel Institute.<br />
025
VAN ANDEL<br />
INSTITUTE GIVING<br />
Going to Bat for Breast Cancer<br />
Dolly Konwinski grew up on Chicago’s West Side during the lean years <strong>of</strong> the Great<br />
Depression. The 82-year-old grandmother still has fond memories <strong>of</strong> playing street<br />
ball with the boys in her neighborhood. That practice paid <strong>of</strong>f as she went on to<br />
become one <strong>of</strong> the first female pr<strong>of</strong>essional baseball players in the United States<br />
in the post-war Women’s League in the late 1940s and early 1950s.<br />
Dolly Konwinski poses with a pink bat<br />
signed by sports legends.<br />
The story <strong>of</strong> this fabled league was turned into<br />
the movie A League <strong>of</strong> Their Own in 1992.<br />
Dolly is a fighter, and her fierce spirit and gutsy<br />
determination have not only made her an<br />
unlikely historical figure, but a strident advocate<br />
in the fight against cancer.<br />
When Dolly’s husband, Bob, was diagnosed<br />
with cancer, she became increasingly aware <strong>of</strong><br />
how many people are affected by the disease.<br />
One Sunday while making dinner and watching<br />
baseball, Dolly experienced an epiphany.<br />
“I was taking a break from cooking, and I sat<br />
down at the beginning <strong>of</strong> a Tigers game and I<br />
see one player come out and he has a pink bat,<br />
and I see another guy in the on-deck circle and<br />
he has a pink bat … and I sat back and thought I’d<br />
get some pink baseball bats and get champion<br />
athletes to sign them, then sell them and give<br />
the money to cancer research,” said Konwinski.<br />
members <strong>of</strong> the research staff. Soon after, she<br />
decided to donate all the proceeds from the<br />
pink bats to support breast cancer research at<br />
Van Andel Institute.<br />
Dolly traveled tirelessly across the United States<br />
to various sports memorabilia conventions,<br />
collecting more than 40 signatures on all four<br />
bats. Sports luminaries such as Nicholas Palmer,<br />
Gayle Sayers, Troy Aikman, Joe Montana, Brian<br />
Urlacher and Pete Rose all decided to help Dolly<br />
with her initiative. To date, Dolly has raised<br />
nearly $10,000 to benefit cancer research at<br />
the Institute.<br />
“I know so many women<br />
affected by breast cancer…<br />
it’s a labor <strong>of</strong> love.”<br />
Dolly Konwinski<br />
Thanks to a chance encounter with her<br />
husband’s surgeon, Dr. John MacKeigan, Dolly<br />
learned about cancer research at Van Andel<br />
Institute. Dolly toured the facility and met with<br />
.<br />
Learn More: Go to<br />
www.vai.org to join Dolly<br />
Konwinski in supporting<br />
breast cancer research.<br />
<strong>Highlights</strong> <strong>of</strong> <strong>Hope</strong> / <strong>Winter</strong> <strong>2014</strong><br />
There are many ways to join our fight. Learn more below or contact the Development<br />
Department with your questions at development@vai.org or 616.234.5120.<br />
ONLINE GIVING<br />
Visit www.vai.org to donate<br />
through PayPay TM or a secure<br />
electronic form, sign up for an<br />
email newsletter, find upcoming<br />
events or schedule a tour.<br />
DONATE BY MAIL<br />
Please make your check payable to<br />
Van Andel Institute and mail to:<br />
Development Department<br />
Van Andel Institute<br />
333 Bostwick Ave N.E.<br />
Grand Rapids, MI 49503<br />
ESTATE PLANNING<br />
The most practical way to make a<br />
significant impact may be through<br />
your estate plan. It ensures that<br />
the research, discovery and hope<br />
<strong>of</strong> Van Andel Institute continues<br />
for future generations. Contact<br />
Development to learn more.<br />
26
A Legacy <strong>of</strong> Caring<br />
Giving a planned gift to Van Andel Institute shows<br />
commitment to disease research and science education<br />
and leaves a long-lasting legacy. For Vivian Anderson<br />
<strong>of</strong> Grant, Michigan, her bequest was one act <strong>of</strong> many in<br />
a lifetime <strong>of</strong> love, kindness and service <strong>of</strong> others.<br />
“Mother strongly believed in love,<br />
care and closeness <strong>of</strong> her family,”<br />
said Dawn Anderson, Vivian’s<br />
daughter. “She and my father took<br />
care <strong>of</strong> and provided for numerous<br />
relatives on both sides <strong>of</strong> the<br />
family. Their home was the center<br />
<strong>of</strong> gatherings, celebrations and<br />
family togetherness and strength.”<br />
Vivian and her husband Bob were<br />
fruit farmers for many years.<br />
They were some <strong>of</strong> the first<br />
local farmers to grow apricots<br />
for Gerber Baby Food Company,<br />
helping the company diversify its<br />
baby food <strong>of</strong>ferings.<br />
Vivian’s legacy <strong>of</strong> caring for others<br />
continues with her planned gift to<br />
Van Andel Institute. Thanks to her<br />
generosity, discoveries in cancer<br />
and neurodegenerative disease<br />
research continue at a faster<br />
pace than ever before. Vivian also<br />
inspired Dawn to leave her own gift<br />
by including Van Andel Education<br />
Institute in her estate plans.<br />
“I believe in the future, in the<br />
young people who will discover<br />
more and in the dedication <strong>of</strong><br />
the Institute that will provide the<br />
space, materials and guidance<br />
for this new generation to move<br />
forward and progress,” said Dawn.<br />
Vivian Anderson, a fruit farmer<br />
from Grant, Michigan, left a legacy<br />
for Van Andel Institute with her<br />
planned gift.<br />
“I believe in hope, the<br />
love <strong>of</strong> giving and<br />
the thrill <strong>of</strong> what will<br />
come next.”<br />
Dawn Anderson<br />
Van Andel Institute Donor<br />
The Development staff is<br />
happy to discuss planned<br />
giving opportunities that fit<br />
your interests, passions and<br />
legacy. Learn more by visiting<br />
www.vai.org/plannedgiving<br />
or contacting Development<br />
at 616.234.5030.<br />
HOPE ON THE HILL<br />
BOARD OF GOVERNORS<br />
Members <strong>of</strong> the <strong>Hope</strong> on the Hill Board <strong>of</strong><br />
Governors support the Institute financially and<br />
are the ambassadors who share our mission,<br />
vision and important work with others to help<br />
us gain further support to advance our efforts.<br />
CHAIR: John Canepa<br />
Martin & Sue Allen<br />
Ray & Alice Andrews<br />
Tony & Kathleen Asselta<br />
James & Shirley Balk<br />
John & Nancy Batts<br />
Charles & Christine Boelkins<br />
Jim & Donna Brooks<br />
Jerry & Suzanne Callahan<br />
John & Marie Canepa<br />
President Jimmy Carter<br />
Love & Valeda Collins<br />
Sam & Janene Cummings<br />
William & Janice Currie<br />
Dave & Karen Custer<br />
Daniel & Pamella DeVos<br />
Dick & Betsy DeVos<br />
Douglas & Maria DeVos<br />
Richard & Helen DeVos<br />
Jim & Gail Fahner<br />
John & Melynda Folkert<br />
David & Judy Frey<br />
Dan & Lou Ann Gaydou<br />
Gene & Tubie Gilmore<br />
Gary Granger<br />
Martin & Margaret Greydanus<br />
Jana Hall<br />
Ralph Hauenstein<br />
Steve & Brenda Heacock<br />
John & Gwen Hibbard<br />
Dirk & Victoria H<strong>of</strong>fius<br />
Earl & Donnalee Holton<br />
Allen & Helen Hunting<br />
José & Sue Infante<br />
Win & Kyle Irwin<br />
Michael & Sue Jandernoa<br />
Sidney & Cate Jansma<br />
Dr. Peter A. & Veronica Jones<br />
John & Nancy Kennedy<br />
Craig & Debra Kinney<br />
Wilbur & Sharon Lettinga<br />
J-Board Members<br />
Members <strong>of</strong> the J-Board are young leaders<br />
who periodically gather to network and learn<br />
more about VAI so that they can serve as<br />
Institute ambassadors in the community.<br />
CO CHAIRS: Heidi Campbell<br />
& Rachel Mraz<br />
Zeke Alejos<br />
Lindsay Benedict<br />
Brandon Bissell<br />
Scott & Heidi Campbell<br />
Linda Jo Carron<br />
Natalie Cleary<br />
Aaron & Afton DeVos<br />
Leslie Drueke<br />
Dawn Fiedorowicz-Mackson<br />
Bo & Jennifer Fowler<br />
Mark Holtvluwer & Wendy<br />
Parr Holtvluwer<br />
Matthew & Sarah Hudson<br />
Brandi Jo Huyser<br />
Patrick Kane<br />
Ray Loeschner<br />
Tim & Kimberly Long<br />
Gary & Vicky Ludema<br />
Donald & Kathleen Maine<br />
Hank & Liesel Meijer<br />
Lena Meijer<br />
Mark & Mary Beth Meijer<br />
R. George Mickel<br />
Jack Miller<br />
Jamie Mills<br />
Louis & Nancy Moran<br />
Mark & Elizabeth Murray<br />
Tim & Denise Myers<br />
Bill & Sandi Nicholson<br />
Juan & Mary Olivarez<br />
Dale & Sonja Robertson<br />
Carol Rottman<br />
Margaret Ryan<br />
Peter & Joan Secchia<br />
Budge & Marilyn Sherwood<br />
Brent & Diane Slay<br />
Duke & Sue Suwyn<br />
Marilyn Titche<br />
Steven & Laura Triezenberg<br />
David & Carol Van Andel<br />
Steve Van Andel<br />
Cheri VanderWeide<br />
Michael & Michelle Van Dyke<br />
Gordon & Mary Van Harn<br />
Gordon & Margaret Van<br />
Wylen<br />
George & Dot Vande Woude<br />
Stuart & Nelleke Vander<br />
Heide<br />
David & Anne-Lise<br />
Whitescarver<br />
Scott & Rebecca Wierda<br />
Linda Zarzecki & Dr. Liam<br />
Sullivan<br />
*As <strong>of</strong> December 31, 2013<br />
Andrew Keller<br />
Christina Keller<br />
Michael Lomonaco<br />
Alyssa Ludema<br />
Jennifer Maxson<br />
Casey McDonald<br />
Michael & Rachel Mraz<br />
Matt Osterhaven<br />
Andrew Robitaille<br />
Charles Rowerdink<br />
Lindsay Slagboom<br />
Jason & Kimberly Slaikeu<br />
Megan Spruit<br />
Joshua Stafford<br />
Alison Waske<br />
Nathaniel Wolf<br />
Megan Zubrickas<br />
*As <strong>of</strong> December 31, 2013<br />
27
NON PROFIT ORG<br />
US POSTAGE PAID<br />
GRAND RAPIDS, MI<br />
PERMIT NO 1316<br />
333 Bostwick Avenue NE<br />
Grand Rapids, MI 49503<br />
JOIN US!<br />
Van Andel Institute special events <strong>of</strong>fer a great atmosphere in which to enjoy spectacular<br />
food, entertainment and unique experiences. Whether you attend an event, become a<br />
sponsor, or host your own, you’ll have fun while supporting a great cause.<br />
Visit www.vai.org or call 616.234.5712 for more information!<br />
March 7<br />
Grand Rapids Griffins<br />
Purple Game TM<br />
The <strong>2014</strong> Griffins Purple Game is a great<br />
way to spread the word about Purple<br />
Community and encourage people to join the<br />
fight against cancer and neurodegenerative<br />
diseases. Ticket information available at<br />
www.purplecommunity.org.<br />
February 27<br />
<strong>Winter</strong>fest<br />
The ninth annual <strong>Winter</strong>fest Celebration features gourmet<br />
cuisine prepared by chefs from the finest restaurants in Grand<br />
Rapids. Join us for this unique opportunity to raise funds and<br />
awareness for Parkinson’s disease research.<br />
May 19<br />
Van Andel Institute Golf Outing<br />
Join friends <strong>of</strong> Van Andel Institute at the seventh annual<br />
golf outing to support cancer and neurodegenerative disease<br />
research and science education.