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VAI Folio 2019

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TABLE OF CONTENTS<br />

Van Andel Institute is committed to improving the<br />

health and enhancing the lives of current and future<br />

generations through cutting-edge biomedical<br />

research and innovative educational initiatives.<br />

The Institute is home to more than 400 scientists,<br />

educators and support staff who collaborate with<br />

partners around the world to catalyze discovery and<br />

translate bold ideas into breakthrough treatment<br />

strategies for cancer, Parkinson’s and other<br />

diseases.<br />

Our Graduate School offers a rigorous, researchintensive<br />

Ph.D. program that develops leaders in<br />

molecular and cellular biology. And our inquirybased<br />

approaches for K-12 education activate<br />

life-changing progress with greater impact than<br />

traditional academic models.<br />

We invite you to discover our people and share in<br />

our progress.<br />

4<br />

7<br />

8<br />

10<br />

12<br />

14<br />

16<br />

18<br />

20<br />

OUR STORY<br />

David & Carol Van Andel<br />

HOW WE MAKE IT REAL<br />

WHAT WE STUDY<br />

RESEARCH BY THE NUMBERS<br />

GRADUATE SCHOOL BY THE NUMBERS<br />

WHERE WE COLLABORATE<br />

CATALYTIC COLLABORATIONS<br />

CATALYTIC COLLABORATION<br />

Dr. Peter A. Jones<br />

A PERSONAL CONNECTION<br />

Dr. Patrik Brundin<br />

AT THE FOREFRONT<br />

Dr. Rita Guerreiro & Dr. José Brás<br />

A PASSION FOR RESEARCH<br />

Menusha Arumugam<br />

INSPIRING THE NEXT GENERATION<br />

Ben Talsma<br />

WHAT MAKES US DIFFERENT<br />

AREAS OF RESEARCH & EDUCATION<br />

HOW WE’RE MAKING A DIFFERENCE<br />

RESEARCH HIGHLIGHTS<br />

CLINICAL IMPACT<br />

K–12 EDUCATION MAKING A DIFFERENCE<br />

3


VAN ANDEL INSTITUTE BEGAN<br />

WITH A VISION: TO IMPROVE<br />

HUMAN HEALTH AND ENHANCE THE<br />

LIVES OF CURRENT AND FUTURE<br />

GENERATIONS.<br />

Van Andel Institute was founded in 1996 to pursue breakthroughs in biomedical research and<br />

promote novel approaches to science education. Under the leadership of David and Carol<br />

Van Andel, the Institute collaborates at the forefront of basic and translational science to multiply<br />

the impact of discovery. Through shared values and an entrepreneurial spirit, we spark innovation<br />

to answer critical questions for our world.<br />

“At Van Andel Institute, our mission<br />

is simple: we want to improve lives<br />

today and for future generations. From<br />

our home in Grand Rapids, we partner<br />

globally, pioneering paths to lifechanging<br />

therapies and treatments for<br />

people living with diseases like cancer<br />

and Parkinson’s. We work urgently<br />

every day, knowing that the next<br />

development could improve countless<br />

lives for the better. We may never be the<br />

largest research institute, but we strive<br />

to be the best at what we do.”<br />

David Van Andel<br />

Chairman & CEO<br />

Van Andel Institute<br />

“Our personal journey drives us every<br />

single day. We know exactly what it feels<br />

like to face one of these diseases as a<br />

patient, a caregiver and a family. We’ve<br />

lived it, and we empathize with everyone<br />

who receives a life-changing diagnosis.<br />

Everything the Institute does — from<br />

research in our labs to education in the<br />

classroom and events in the community<br />

— is a critical part of our mission to<br />

provide hope to those who need it most.”<br />

Carol Van Andel<br />

Executive Director<br />

David & Carol Van Andel Family Foundation<br />

5


BUT IT’S NOT JUST OUR MISSION<br />

THAT SETS US APART. IT’S HOW WE<br />

MAKE IT REAL.<br />

“This place is a miracle. As<br />

a survivor and a person<br />

whose family has been<br />

affected by cancer, I am<br />

well aware that we need<br />

better treatments and<br />

cures. I also know that if<br />

we can continue to support<br />

research with discipline<br />

and tenacity, we will one<br />

day find them.”<br />

Dr. Juan Olivarez<br />

Donor & Trustee<br />

WHAT WE STUDY<br />

Alzheimer’s disease<br />

Metabolism<br />

Diabetes Depression<br />

Multiple system atrophy Neurofibromatosis type 1<br />

Blood cancers Prostate cancer<br />

Parkinson’s disease<br />

Epigenetics<br />

Aging Cancer<br />

Sarcoma<br />

Ovarian cancer<br />

Dementia with Lewy bodies Osteoarthritis Breast cancer<br />

Heart disease<br />

Osteoporosis<br />

Bone diseases<br />

RESEARCH BY THE NUMBERS<br />

32<br />

8<br />

3<br />

2<br />

3<br />

3<br />

Labs<br />

Cores<br />

Structural biology<br />

Colorectal cancer<br />

Pancreatic cancer<br />

Members of National Academy of Sciences<br />

Members of American Academy<br />

of Arts and Sciences<br />

Fellows of American Association<br />

for the Advancement of Science<br />

Fellows of American Association<br />

for Cancer Research Academy<br />

GRADUATE SCHOOL BY THE NUMBERS<br />

5.3<br />

3<br />

3<br />

68 %<br />

75 %<br />

YEARS AVERAGE TIME TO Ph.D.<br />

SEVEN-WEEK LABORATORY ROTATIONS<br />

DURING FIRST TWO SEMESTERS<br />

YEARS OF DOCTORAL CANDIDATE THESIS RESEARCH<br />

IN A FACULTY MENTOR’S LAB<br />

Ph.D. GRADUATION RATE<br />

TOTAL GRADUATION RATE (Ph.D. and M.D.)<br />

WHERE WE COLLABORATE<br />

Van Andel Institute has employees from more than 40 countries<br />

and collaborates with scientists around the world.<br />

CATALYTIC COLLABORATIONS<br />

Through collaboration with key philanthropic,<br />

academic and pharmaceutical industry partners,<br />

we are working to translate what we learn in our<br />

laboratories into clinical trials to develop new<br />

treatments for cancer and Parkinson’s disease<br />

patients.<br />

VAN ANDEL INSTITUTE–STAND UP TO CANCER<br />

EPIGENETICS DREAM TEAM<br />

12+<br />

TRIALS<br />

470+<br />

15+<br />

CLINICAL<br />

SITES<br />

PATIENTS ENROLLED<br />

VAN ANDEL INSTITUTE–CURE PARKINSON’S TRUST<br />

INTERNATIONAL LINKED CLINICAL TRIALS INITIATIVE<br />

15 TRIALS 10<br />

TRIALS IN<br />

DEVELOPMENT<br />

850+ PATIENTS ENROLLED 7


OUR UNIQUE COMMITMENT TO CATALYTIC<br />

COLLABORATION CREATES, FACILITATES,<br />

FUNDS AND FUELS PARTNERSHIPS LIKE NO<br />

OTHER ORGANIZATION.<br />

“Our mission extends far beyond the walls of the Institute. We seek out and bring<br />

together the best minds from around the world to collaborate on the development<br />

of treatments and cures, and we offer the leadership, support and resources that<br />

accelerate the work they do. Our mission always leads the way at <strong>VAI</strong>, but how we<br />

achieve it is what makes us special.”<br />

CATALYTIC COLLABORATION<br />

Dr. Peter A. Jones saw a remarkable opportunity<br />

at Van Andel Institute. It was the chance to<br />

build a model for research and discovery that<br />

could positively impact human health while<br />

pushing the frontiers of science.<br />

Now, after several years and establishing<br />

<strong>VAI</strong> as a leader in epigenetics, Jones believes<br />

the Institute is well on its way to realizing<br />

that vision — the result of rigorous science,<br />

removing obstacles to progress and creating<br />

an environment where every member of the<br />

Institute owns the mission.<br />

“I call it catalytic collaboration. Here, the<br />

brightest minds work together without limits.<br />

People want to come here because they see <strong>VAI</strong><br />

as a major scientific hub that turns big ideas<br />

into real breakthroughs for human health.”<br />

Dr. Peter A. Jones<br />

Chief Scientific Officer<br />

Distinguished Professor, Center for Epigenetics<br />

9


IT STARTS WITH OUR PEOPLE, EACH<br />

OF THEM DEEPLY CONNECTED TO<br />

THE WORK WE DO, EACH OF THEM<br />

DRIVEN BY AN URGENT DESIRE TO<br />

MAKE A DIFFERENCE.<br />

“When I was 13, my father was diagnosed<br />

with Parkinson’s disease, and I knew<br />

then what I was going to do with my life.<br />

At <strong>VAI</strong>, we’re getting closer every day to<br />

slowing, stopping and even preventing<br />

the progression of Parkinson’s. We’re<br />

pursuing some of the most exciting<br />

breakthroughs in the field.”<br />

Dr. Patrik Brundin<br />

Associate Director of Research<br />

Professor & Director,<br />

Center for Neurodegenerative Science<br />

A PERSONAL CONNECTION<br />

After spending much of his career in academic<br />

research and establishing himself as a leader<br />

in the field of neurodegenerative disorders,<br />

Dr. Patrik Brundin sensed a passion and<br />

determination to cure Parkinson’s disease<br />

among Van Andel Institute leadership that<br />

matched his own, and he found a new path<br />

forward.<br />

Since joining the Institute in 2012, he has<br />

assembled a team of world-class scientists who<br />

bring diverse approaches to their work and<br />

share a sense of urgency to develop treatments<br />

that improve outcomes for real people.<br />

“It’s important to me that our team includes<br />

people with a range of perspectives: be it from<br />

different scientific backgrounds, working with<br />

new technologies, or just challenging the status<br />

quo. It’s the only way we’re going to beat these<br />

diseases,” Brundin said.<br />

“Being rigorous and ambitious is how we work<br />

here at <strong>VAI</strong>. At the same time, we all share a<br />

personal connection to our mission that drives<br />

us forward. That’s what unites and motivates<br />

us to pursue breakthroughs that will improve<br />

quality of life for people with Parkinson’s, and<br />

one day, prevent the disease altogether.”<br />

11


IT CONTINUES WITH A CULTURE THAT<br />

VALUES CURIOSITY AND ENCOURAGES<br />

BRIGHT MINDS TO TAKE RISKS IN THE<br />

NAME OF PROGRESS.<br />

AT THE FOREFRONT<br />

One visit was all it took for Dr. Rita Guerreiro<br />

and Dr. José Brás, scientists originally from<br />

Portugal, to decide to join Van Andel Institute.<br />

From their first moments in Grand Rapids,<br />

they sensed an overwhelming institutional<br />

commitment and understood how fully<br />

their groundbreaking approaches would be<br />

encouraged. They believed the breakthroughs<br />

they hope to achieve would be possible.<br />

Using cutting-edge genomic technologies,<br />

bioinformatics and computational biology to<br />

analyze robust and timely data from every<br />

corner of the world, they are working to<br />

understand why and how neurological<br />

diseases occur, mindful with every step of<br />

a shared goal to transform people’s lives<br />

through discovery.<br />

“The work we do at <strong>VAI</strong> is for people,<br />

not just for the sake of science. Our<br />

research analyzes massive amounts<br />

of data to uncover the similarities<br />

in people who have been affected by<br />

neurodegenerative disorders like<br />

Alzheimer’s, Parkinson’s or Lewy<br />

body dementia. This is cutting-edge<br />

technology, but behind each data<br />

point is a person we want to help.”<br />

Dr. Rita Guerreiro<br />

Associate Professor,<br />

Center for Neurodegenerative Science<br />

13


ALL OF IT IS FOCUSED ON BRINGING<br />

TOGETHER THE BEST IDEAS FROM<br />

AROUND THE GLOBE TO ACHIEVE<br />

TRANSFORMATIONAL BREAKTHROUGHS<br />

IN SCIENCE AND EDUCATION.<br />

A PASSION FOR RESEARCH<br />

Menusha Arumugam was always inspired by<br />

science, but unlike many of her peers who<br />

aspired to become doctors, she found herself<br />

most at home in the research lab. She learned<br />

of Van Andel Institute after coming to the<br />

United States from Malaysia to study biology<br />

as an undergraduate student. During her first<br />

visit to <strong>VAI</strong>, “the commitment everyone has<br />

to supporting, mentoring and developing one<br />

another here was clear right away.”<br />

“At Van Andel Institute Graduate School,<br />

we aren’t training students to be<br />

students — we’re training them to be<br />

the scientific leaders of tomorrow.”<br />

Dr. Steven J. Triezenberg<br />

Dean, Van Andel Institute Graduate School<br />

Now well into her studies at <strong>VAI</strong>, Arumugam is<br />

working alongside some of the sharpest minds<br />

in science as she pursues advances in cancer<br />

research. “I’m grateful for the experience I’ve<br />

had at the Institute. I talk to graduate students<br />

at other schools and they don’t get nearly the<br />

level of support we do here. It’s an incredible<br />

opportunity that’s allowing me to fulfill my<br />

dream of helping people through my passion<br />

for research.”<br />

“I’ve wanted to be a scientist my<br />

whole life. Even as a graduate student<br />

at <strong>VAI</strong>, I already feel like a trusted<br />

colleague. I’m treated like someone<br />

who will contribute to the next<br />

breakthrough in human health.”<br />

Menusha Arumugam<br />

Ph.D. Candidate<br />

15


BREAKTHROUGHS THAT MATTER<br />

BECAUSE THEY ENHANCE LIVES.<br />

“It’s inspiring to see how much a<br />

simple experiment can transform a<br />

child’s view of the world. At <strong>VAI</strong>, we’re<br />

helping students learn to think in<br />

ways that will help them become a<br />

generation of innovators and creators.”<br />

Ben Talsma<br />

Learning Solutions Specialist<br />

INSPIRING THE NEXT GENERATION<br />

Ben Talsma has two passions:<br />

bringing education alive for students<br />

and making the world a better<br />

place. It was the pursuit of these<br />

two passions that made Van Andel<br />

Institute the perfect fit.<br />

Talsma first collaborated with<br />

the Institute as an award-winning<br />

educator. Since joining <strong>VAI</strong>, he sees<br />

his values brought to life every day,<br />

as teachers learn to transform their<br />

instruction and as students find new<br />

joy in learning.<br />

Talsma believes that <strong>VAI</strong> is home to<br />

an incredible combination of people,<br />

programs and resources and that<br />

it will impact countless students for<br />

years to come.<br />

“We’re in the business of giving<br />

life to extraordinary ideas.<br />

For students, we inspire a sense<br />

of wonder and possibility.<br />

For teachers, we support them<br />

in creating learning experiences<br />

that are meaningful and fun.”<br />

Terra Tarango<br />

Chief Education Officer<br />

17


THIS IS WHAT MAKES US DIFFERENT.<br />

It’s a vision that empowers us to set lofty goals and gives us the<br />

confidence to pursue them.<br />

AREAS OF RESEARCH & EDUCATION<br />

EPIGENETICS<br />

Epigenetics examines how<br />

the instructions in our DNA<br />

are used to determine cell<br />

form and function. <strong>VAI</strong><br />

scientists are investigating<br />

the role of epigenetics in<br />

health and diseases like<br />

cancer, neurodegenerative<br />

disorders and diabetes,<br />

with the goal of developing<br />

new prevention and<br />

treatment strategies that<br />

could help millions of<br />

people around the world.<br />

CANCER<br />

Cancer encompasses<br />

more than 100 different<br />

diseases characterized by<br />

uncontrolled cell growth.<br />

At <strong>VAI</strong>, scientists are<br />

investigating how and why<br />

cancer begins and the<br />

mechanisms that allow it<br />

to spread — key steps to<br />

designing life-changing<br />

diagnostic and treatment<br />

strategies.<br />

PARKINSON’S DISEASE<br />

& NEURODEGENERATIVE<br />

DISORDERS<br />

Thanks to recent<br />

advances, <strong>VAI</strong> scientists<br />

are narrowing down the<br />

factors that contribute<br />

to neurodegenerative<br />

diseases like Parkinson’s<br />

and working to translate<br />

these findings into new,<br />

life-changing therapies.<br />

METABOLISM<br />

& NUTRITION<br />

Metabolism is a vast array<br />

of chemical reactions that<br />

power every biological<br />

process in our bodies,<br />

from regulating appetite to<br />

ensuring that the immune<br />

system can fight off viruses<br />

and bacteria. <strong>VAI</strong> scientists<br />

are studying metabolism<br />

and how it is impacted by<br />

nutrition and our own genetics<br />

to improve, predict,<br />

prevent, diagnose and treat<br />

disease.<br />

BONE DISEASE<br />

STRUCTURAL BIOLOGY<br />

GRADUATE EDUCATION<br />

K–12 EDUCATION<br />

<strong>VAI</strong> scientists study several<br />

aspects of bone biology,<br />

from the mechanisms that<br />

give rise to healthy bone<br />

tissue to those that cause<br />

disease, with the goal of<br />

developing new, more<br />

effective treatments.<br />

Understanding how the<br />

smallest parts of the<br />

human body work together<br />

gives us vital insight into<br />

health and disease. <strong>VAI</strong><br />

scientists seek to reveal<br />

the molecular architecture<br />

of these critical building<br />

blocks, notably the vast<br />

array of proteins that carry<br />

out our biological functions.<br />

The Graduate School<br />

develops the next<br />

generation of scientists<br />

through its innovative,<br />

problem-based Ph.D.<br />

program in molecular and<br />

cellular biology. Students<br />

conduct rigorous science<br />

and translate findings<br />

into clinical applications,<br />

blending discovery with<br />

invention and insight<br />

with application.<br />

Through hands-on student<br />

programs, innovative<br />

project-based learning and<br />

transformative professional<br />

development for teachers,<br />

<strong>VAI</strong> is ushering in a new era<br />

in K–12 education — one<br />

where students develop<br />

not only knowledge, but<br />

also their ability to apply<br />

that knowledge to making<br />

the world a better place.<br />

19


AND IT’S HOW WE KNOW WE’RE<br />

MAKING A DIFFERENCE.<br />

For those affected by neurodegenerative diseases like<br />

Parkinson’s and Alzheimer’s. For people fighting cancer.<br />

For students and teachers embracing the challenges<br />

facing our world.<br />

RESEARCH HIGHLIGHTS<br />

Establishing a link between<br />

the appendix & Parkinson’s<br />

Blood test for<br />

pancreatic cancer<br />

Developing more precise<br />

medications<br />

Viral mimicry improves<br />

cancer treatment<br />

<strong>VAI</strong> scientists identified<br />

the appendix as a<br />

possible starting point<br />

for Parkinson’s, opening<br />

the door to potential<br />

new therapies that aim<br />

to head off the disease in<br />

the gut, long before motor<br />

symptoms occur.<br />

<strong>VAI</strong> scientists developed a<br />

new combination blood test<br />

for pancreatic cancer that<br />

may help catch the disease<br />

sooner, which could lead to<br />

earlier and more effective<br />

medical intervention.<br />

<strong>VAI</strong> scientists for the first<br />

time identified the structure<br />

of a G protein–coupled<br />

receptor, a major drug<br />

target, which is a critical<br />

step in understanding its<br />

function and leveraging it<br />

for treatment of disease.<br />

<strong>VAI</strong> scientists and<br />

collaborators have found<br />

that anti-cancer drugs<br />

called demethylating<br />

agents trick cancer cells<br />

to behave as though they<br />

are infected with a virus or<br />

other pathogen. This “viral<br />

mimicry” leads to cell death,<br />

decreasing the number of<br />

cancer cells and improving<br />

the effectiveness of other<br />

treatments, such as chemoand<br />

immunotherapies.<br />

Earliest stages of life<br />

<strong>VAI</strong> scientists are studying<br />

how DNA replicates, which<br />

may one day contribute to<br />

the development of better<br />

therapies for the more<br />

than 40 diseases related<br />

to failures in this process.<br />

SU2C Catalyst awards<br />

The Van Andel Institute–<br />

Stand Up To Cancer<br />

Epigenetics Dream Team<br />

scientists earned two of 10<br />

prestigious Catalyst awards<br />

from Stand Up To Cancer,<br />

which support clinical trials<br />

for new bladder cancer<br />

and non-small cell lung<br />

cancer therapies.<br />

Creating a cancer atlas<br />

<strong>VAI</strong> scientists played<br />

integral roles in The Cancer<br />

Genome Atlas, a federally<br />

led project to molecularly<br />

map cancer. The more<br />

than decade-long initiative<br />

was the most in-depth<br />

undertaking of its kind,<br />

spanning 10,000 tumors<br />

across 33 cancer types.<br />

Spread of Parkinson’s<br />

disease through the brain<br />

<strong>VAI</strong> scientists were the first<br />

to show that a Parkinson’s<br />

disease-associated protein<br />

spreads from parts of the<br />

brain connected to the<br />

nose to other brain regions<br />

affected by the disease. The<br />

discovery has implications<br />

for finding ways to slow or<br />

stop disease progression.<br />

Van Andel Institute Purple Community collaborates with community, educational<br />

and corporate partners to raise funds for <strong>VAI</strong>’s research into diseases like cancer<br />

and Parkinson’s. 100% goes directly to the cause.<br />

21


AT VAN ANDEL INSTITUTE, WE<br />

DO MORE THAN DREAM ABOUT<br />

IMPROVING HUMAN HEALTH.<br />

WE STRIVE TO MAKE IT<br />

A REALITY EVERY DAY.<br />

CLINICAL IMPACT<br />

VAN ANDEL INSTITUTE–STAND UP TO CANCER (<strong>VAI</strong>-SU2C)<br />

EPIGENETICS DREAM TEAM<br />

Optimizing drug combinations for a one-two punch<br />

against cancers, including:<br />

» Metastatic colorectal cancer<br />

» Acute myeloid leukemia (AML)<br />

» Myelodysplastic syndrome (MDS)<br />

» Chronic myelomonocytic leukemia (CMML)<br />

» Non-small cell lung cancer<br />

» Bladder (urothelial) cancer<br />

» Liver, pancreatic, bile duct and gallbladder cancers<br />

» Breast cancer<br />

K–12 EDUCATION MAKING A DIFFERENCE<br />

Creating classrooms where curiosity, creativity<br />

and critical thinking thrive.<br />

International Linked<br />

Clinical Trials (iLCT)<br />

Repurposing existing<br />

drugs to shorten the<br />

development pipeline in<br />

collaboration with The<br />

Cure Parkinson’s Trust.<br />

The iLCT initiative<br />

aims to identify new<br />

therapies for Parkinson’s<br />

disease by repurposing<br />

medications used<br />

for other conditions,<br />

including diabetes,<br />

high cholesterol and<br />

respiratory ailments.<br />

200+<br />

5K+<br />

7K+<br />

SCHOOLS IMPLEMENTING <strong>VAI</strong>’S<br />

PROJECT-BASED LEARNING UNITS<br />

TEACHERS AND LEADERS ATTENDING <strong>VAI</strong>’S<br />

PROFESSIONAL DEVELOPMENT WORKSHOPS<br />

STUDENTS SERVED WITH <strong>VAI</strong>’S<br />

INNOVATIVE STUDENT PROGRAMS<br />

Van Andel Institute’s signature events are an important catalyst for scientific<br />

innovation, bringing community members together in support of research and<br />

educational initiatives that give people hope for a healthier future.<br />

23


333 Bostwick Ave. NE | Grand Rapids, MI 49503 | 616.234.5000 | vai.org

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