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There’s something

of a

revolution going on in stroke care.

And Mercy Medical Center Redding

is about to bring a game-changer

to the North State, says Deborah

Wedick, RN, Stroke Coordinator

and Telemedicine Manager.

Racing the clock

Most strokes are caused by a clot

blocking blood flow to the brain.

Medication can break up the clot,

but it must be given quickly—

within a few hours.

Outside that win-

dow, surgery is often

the best option to

get blood flowing

again and keep

brain tissue

from dying.

In the past, patients who needed

that lifesaving procedure, called a

thrombectomy, had to go to

Sacramento. There, special

equipment allows doctors

to remove a clot up

to 12 hours after

symptoms begin.

But soon, Mercy Medical

Center Redding will offer

the same level of care.

“That will make us the

only medical center from

Sacramento to Portland

to perform that

A new age in

stroke care

this procedure comes out of it with

little or no long-term disability.

Leading the way

The new equipment is part of a

five-year plan to become a compre-

hensive stroke center. That includes

“a big push to bring in the best and

the brightest,” Wedick says.

The medical center

recently hired an endo-

vascular neurologist, a

surgeon with the skills to

operate the biplane unit

and remove clots. There

are plans to add other ex-

perts to the staff as well.

And the hospital has built

a new neuro-intensive

care unit.

“We’re leading the way in

neuro care,” Wedick says.

From left: Luke Rawlings, MD; Assembly member Brian

Dahle; Deborah Wedick, RN; Jesse Wells, MD; and

Kevin Baird, RN.

The biplane suite is

expected to open in June.

Watch your local paper for

open house details.

If you think

someonemay be

having a stroke,

call 911 right

away. Don’t wait!

procedure,” says Kevin

Baird, RN, Stroke

Program Coordinator.

Pinpoint precision

The equipment that makes it pos-

sible is called a biplane neuroan-

giography system. Its cameras offer

a detailed view of blood vessels in

the patient’s head and neck.

Using those images, doctors can

see exactly where the stroke is

happening and check

for brain tissue that’s

still living. Then a

specialized surgeon

can insert a small

tube into an artery

and take the clot out.

“It revolutionizes the care of stroke,”

Baird says. “You can actually see the

patient improving right there.” And

he adds that 1 in 4 people who have

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