Behind every gift to WSU's College of Veterinary Medicine, there is a
story. A dog learns to walk again. A scholarship
made veterinary school more affordable. A beloved animal's
life saved from cancer. Your gifts are helping to support
our faculty, our patients, and our students. From everyone at
the college, you have our sincere gratitude for your generous
support.
Gifts in 2010
Dr. Maggie Highland
CVM Graduate Student Receives the
Morris Animal Foundation/Pfizer Animal Health Fellowship
Like a lot of
veterinarians, Maggie
Highland loved animals
as a child.
Growing up on a farm for
much of her life, she
had always admired the
veterinarians who came
to treat their animals.
"I wanted to be a farm
veterinarian as a kid,"
explained Highland. "But
by the time I decided to
go to veterinary school,
I knew I wanted to
specialize in pathology
to better understand the
nature of disease in
order to diagnose
disease or determine the
cause of death in
animals."
After receiving her DVM
from the University of
Wisconsin-Madison, she
spent two years at the
University of
California-Davis as a
resident training in
pathology with a focus
on domestic and exotic
animal diseases.
She then spent two more
years at the University
of Wisconsin-Madison and
the Milwaukee County Zoo
specializing in zoo and
wildlife pathology.
"I’m really interested
in how the environment
and environmental
stressors affect the
spread of diseases in
wild animals," said
Highland. "For
instance, the role human
and domestic animal
encroachment plays in
the spread of infectious
diseases in wildlife."
This year, Highland
received the prestigious
Morris Animal
Foundation-Pfizer Animal
Health Fellowship.
While at WSU her
doctoral project will
focus on intervention
strategies to decrease
the number of deaths in
wild Bighorn sheep
caused by pneumonia.
Pneumonia outbreaks
sporadically and
profoundly affect
Bighorn sheep herds
throughout the western
United States.
"I was fortunate to have
4 years of post-DVM
training in anatomic
pathology," said
Highland. "But I
knew I wanted to
continue my education
and pursue a Ph.D.,
which would give me more
options for work in
academia, government, or
a wildlife health
agency. Without
this fellowship, getting
my doctorate would have
been less feasible
financially."
"Tari," [pronounced TAR-ee] a 10 year-old
registered Quarterhorse mare undergoes a spiral
CT scan to examine a mass near one of her
carotid arteries
The WSU Veterinary
Teaching Hospital Has a New CT Scanner Thanks to Dear Friends of
the College
Last spring, the WSU
College of Veterinary
Medicine installed a
new, upgraded spiral,
computed tomography (CT)
scanner for use in both
small and large animals
thanks to a very
generous donation from
Joseph T. Mendelson, Sr.
and his wife Barbara of
Santa Barbara, Calif.
"We knew that a CT
scanner would help
everybody for a long
time," said Joe
Mendelson. "I've been
around horses my whole
life and the old CT
scanner wasn't adequate
for what the
veterinarians are doing
at WSU."
More than a decade ago,
Joe and Barb Mendelson's
dog, "Scout," was
treated by WSU alumnus
Dr. John Oplinger (‘79)
at the Wickenburg
Veterinary Clinic in
Arizona. The
Mendelson's were so
grateful for the
wonderful care Dr.
Oplinger gave Scout,
they wanted to give back
to his alma mater.
And they did just that.
Their first gift to WSU
in 1996 started a cancer
fund in Scout's name,
and they have been
supporting the college
ever since. In
2010, the Mendelsons
made an extraordinary
donation when they gave
the college the funds to
purchase a 16-slice
spiral CT scanner.
Speed is one of the main
features of the CT unit,
and the imaging is
produced in a variety of
planes as well as in
three-dimensional
representations of
anatomic structures.
Small animals, such as
cats and dogs, can often
be imaged in the new CT
scanner in seconds, in
many cases without
general anesthesia.
With the faster speed,
many more horse can be
scanned each year.
"Before the new CT, we
only imaged a few horses
a month, but now I would
expect to do 10 times
that," said Professor
John Mattoon, a board
certified veterinary
radiologist and chief of
WSU's diagnostic imaging
section. "The new
CT is truly
state-of-the-art with
brand new software that
greatly improves its
capabilities."
Horses are too large to
fit entirely in the CT
scanner, so only the
head, upper neck, and
lower limbs are imaged.
For smaller animals, the
entire body can be
scanned, and is
especially useful for
examining the lungs and
abdomen.
For the Mendelsons, WSU
has a special place in
their hearts.
Although neither
attended WSU (Joe almost
came here in the 1950s
on a basketball
scholarship) or have had
a pet treated at the
Veterinary Teaching
hospital, they have
become loyal Cougars and
dear friends of the
college. Their
current veterinarian in
Santa Barbara, Dr. Ron
Faoro ('81), is also a
WSU alum.
"Seems we have a lot of
connections to WSU,"
said Joe Mendelson.
We're glad they do.
Dr. Boel Fransson, WSU small animal surgeon
and VALT lab director and Dr. Courtney Watkins,
WSU small animal surgery resident,
work on the virtual reality trainer.
A Big Screen, High Definition
Television Monitor Allows Trainees to Watch and Learn
In a small,
windowless room, four
veterinarians
simultaneously tie
sutures, biopsy a liver,
and perform minimally
invasive abdominal
surgery. No, this
is not a typical
operating room. It
is a veterinary
laparoscopic training
laboratory—the first of
its kind in the nation.
But earlier this year
when the WSU Veterinary
Applied Laparoscopic
Training, or VALT,
laboratory got its new
virtual laparoscopic
trainer, the only place
to watch the virtual
procedures was on a
small laptop computer
monitor.
"The small monitor made
it difficult to really
see and get a feel for
what was happening,"
said Dr. Boel Fransson,
director of the VALT
laboratory. The
virtual laparoscopic
trainer has a real feel
and provides immediate
feedback to surgeons
during training.
Thanks to four generous
donors, veterinarians
training in laparoscopic
surgery can now view
their procedures on a
big screen, high
definition television
monitor. Long-time
college supporters John
and Charyn Zarzycki, who
also support a student
scholarship, along with
Dr. Rick DeBowes,
associate dean of
Veterinary Development
and External Relations,
and an anonymous donor
understand how vital
this kind of training is
for surgeons.
"We are so grateful for
this new television
monitor," said Dr.
Fransson. "It is
invaluable for teaching
and learning the latest
techniques in
laparoscopic surgery."
Laparoscopic surgery is
being used more often in
veterinary medicine
because of the same
advantages to patients
seen in humans.
Risks associated with
traditional open surgery
are minimized, pain is
reduced and easier to
control, and patients
often recovery much more
quickly. It is
also a valuable tool
that allows
veterinarians to run
diagnostic tests they
may not otherwise be
able to perform.
"Currently we are
training residents and
veterinarians at WSU in
our lab," said Dr.
Fransson. "Our plan is
to open it up to DVM
students as an elective.
We hope in the future to
even invite surgeons
from other universities
to come train in our
lab."

Dr.
Annie
Chen-Allen,
WSU
veterinary
neurologist
A Neurological Diagnostics Machine
Helps to Detect Disease and Deafness
The neurology service
at WSU new diagnostics
machine will help make
advanced muscle and
nerve disorder diagnoses
thanks to a generous
friend of the college.
Electromyography (EMG)
and nerve conduction
velocity (NCV) are two
of the medical tests
veterinarians will be
able to perform with the
new equipment.
"It is a valuable
tool for diagnosing
muscle and nerve
disorders in our
patients," said Dr.
Annie Chen-Allen, a WSU
veterinary neurologist.
"We can also use this
machine to diagnose
deafness, which, as a
hereditary disorder, is
especially important for
breeders."
An EMG diagnostic
test is often used when
patients show signs of
muscle weakness or
atrophy, while a NCV is
used when symptoms
include pain or
numbness.
"It is a very
important tool for
patient diagnostics,"
said Dr. Chen-Allen.
"With it we can more
easily identify diseases
that involve the
muscles, nerves, and the
hearing centers."
The new machine will
also be a valuable
learning tool for
veterinary students,
interns, and residents.
They will learn
firsthand how to perform
these diagnostic tests
and interpret the
recorded information.
"This machine has the
ability to make
recordings so that we
can play back the
abnormalities for
teaching purposes," said
Dr. Chen-Allen.
"We are very grateful to
have this new device to
train future
veterinarians and to
better care for our
patients."

(from l-r):
Dr.
Brian
Maran,
cardiology
resident;
DVM
students
Jackie
Parker
'12,
Shana
O'Donnell
'10,
Brynne
Lyle
'10.
A Large Screen TV Monitor Makes
Teaching and Learning Easier Thanks to a Generous Friend of the
College
Students can now watch ultrasounds, radiographs (or x-rays), and
other procedures more easily thanks to a new large screen TV
monitor from a generous friend of the college. Before the WSU
cardiology group received the monitor, veterinary students
crowded around a small computer screen or viewing window. Now
students can view procedures more easily and more students can
watch procedures at the same time. Students will also be able to
watch medical procedures, such as fluoroscopy, in real time.
"Students used to have to watch live procedures crowded around a
little window," said Dr. Brian Maran, a first year WSU
veterinary cardiology resident. "With the new monitor, more
students can watch and it is easier for them to see what is
happening."
The new monitor also makes it easier to put up teaching
materials such as Web pages, photos, or an ECG
(electrocardiogram) of a teaching case. Teaching cases are
generally typical cases of classic conditions that all students
need to learn.
"It is great for
teaching," said Dr. Lynne Nelson, a WSU veterinary cardiologist.
"With fluoroscopy it is not practical to have six students in
the room at the same time observing a surgical procedure.
Now we can have one student in the room and five students can
view the procedure on the monitor."
"It is nice set-up for the students because we can watch and
don't all have to be standing around the patient," said DVM
student, Brynne Lyle. "It is especially good for radiographs
because before it was difficult to see. With the new monitor it
is easy to see."

(from l-r):
Biosound applications specialist, Chris Ingle;
WSU wildlife specialist, Dr. Charlie Robbins;
and WSU cardiologist, Dr. Lynne Nelson use
the echo to perform myocardial strain analysis
on Kio the grizzly bear. The test gives
information about different regions
of Kio's heart muscle.
A New Portable Echocardiograph Makes Heart
Diagnosis Possible in Remote Locations
Patients at WSU's Veterinary Teaching Hospital can now receive on-location
cardiovascular diagnosis thanks to a new portable echocardiograph from a
generous friend of the college.
"We are very grateful to have this machine." said Dr. Lynne Nelson, a WSU
veterinary cardiologist. "This echo is the latest, state-of-the-art,
portable machine. Because it is portable, we can take it to a sick horse,
kitten, or any animal."
An echocardiograph is used to diagnose cardiovascular conditions in animals.
The machine can test for heart disease, measure the size and shape of the heart,
and locate tissue damage.
But, until now, patients had to come to the WSU Veterinary Teaching Hospital for
testing. Veterinarians and technicians can bring the new portable
echocardiograph to a sick or downed animal and make a diagnosis in remote
locations.
"It has the same quality as a larger, stand alone machine," said Nelson.
"And, it is very versatile. It can be use on small exotic animals to large
animals like horses. We love it."