REGION: Doctors complete first pair of kidney transplants

THIRD SURGERY SCHEDULED FOR WEDNESDAY

    By PAUL SISSON - psisson@nctimes.com | Posted: Tuesday, December 15, 2009 10:35 pm

Transplant surgeons Dr. Randolph Schaffer, left, and Dr. Jonathan Fisher work to remove a kidney from a living donor as surgical technician Jennifer Pinto, center, and other medical workers assist them at Scripps Green Medical Center in La Jolla on Tuesday. (Photo by Hayne Palmour IV - Staff photographer)

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Four kidney transplant patients ---- two donors and two recipients ---- rested in the intensive care unit Tuesday at Scripps Green Hospital after surgeons and nurses completed the first two-thirds of what is to be San Diego County's inaugural three-way kidney exchange.

The four patients, and two more on Wednesday, are part of a growing trend in transplant medicine that is gradually blurring the traditional lines of donor and recipient nationwide.

In the past, donors have usually been somehow related, either by blood or relationship, with the person who gets their kidney. The problem is, many donors cannot give to their loved ones because of incompatible blood type or antibody matches. But hospitals like Scripps Green are increasingly able to set up multiple-person swaps between strangers that connect donors with recipients who have never met.

The donor pool has been broadened by the simple biological fact that humans come with two kidneys, but need only one to filter their blood, and the recent development of improved anti-rejection drugs and a nationwide computer database that tracks potential donors.

Scripps' first foray into the new world of kidney matchmaking began early Tuesday when doctors Randolph Schaffer and Jonathan Fisher removed the kidney of a young woman and transplanted it into a college student from San Diego whom she has never met. Later that day, Scripps' transplant team, led by Dr. Christopher Marsh, did the same for the first woman's stepfather, who received a kidney from the husband of a woman who is scheduled to receive a kidney from a unrelated third "altruistic" donor on Wednesday.

The arrangement ensures that everyone gets a kidney from a person who is a close match to their blood and antibody profile, even though none are related.

The North County Times was able to observe the second of Tuesday's two transplant operations at the Scripps hospital.

Dr. Schaffer first used laparoscopic probes to precisely expose the donor's kidney, working with a tiny camera and scissors to cut away just enough tissue to remove the organ. He then reached a gloved and thoroughly sterilized hand and arm deep inside and cut and clamped the renal vein and artery, and the ureter tube, before pulling the fist-sized pale pink organ out of the patient's body.

"That's going to be a good-looking kidney," noted Dr. Fisher, minutes before Dr. Schaffer handed him a small metal dish with the organ floating in a water bath.

Fisher's job was to trim excess fat and make sure all of the kidneys' internal functions were normal before passing it to Dr. Marsh. Working with a Naval service resident, Marsh made the surgical sutures necessary to splice the new kidney into the recipient's renal and circulatory systems.

Because the kidneys only had to travel a few short yards from one operating room to the next, doctors said the recipients will have a much lower chance of organ failure.

Watching his colleagues work, Fisher was visibly excited about the prospect of more recipients finding donors through the new computerized matching protocol.

"The prediction is that it will add about 3,000 more kidneys per year to the pool," Fisher said. "That's just exciting."

Because it was the region's first three-way kidney swap, donors and recipients told Scripps that they wanted their identities kept private. Ensuring that privacy fell to Michelle Roberts, the hospital's director of organ transplants.

Besides assigning each patient a Disney character pseudonym, Roberts worked to minimize the chance that the families of each patient would encounter each other. Patients were located as far away from each other as possible within the hospital, but there was only so much that could be done in shared spaces like waiting rooms.

"With six patients all in the hospital at once, I can't ever guarantee that they're not going to see each other," Roberts said.

In the end, families and patients will probably discover each others' identities only if they make an effort.

"We say, 'Don't ask if you don't want to know,'" Roberts said.

Call staff writer Paul Sisson at 760-901-4087.

Cold War-era hospital-to-go goes on the block

The 'Packaged Disaster Hospital' had been in storage at the Walla Walla Regional Airport for decades.

By SHEILA HAGAR of the Walla Walla Union-Bulletin

Twenty-five yards of surgical stockings.

Abdominal retractor.

Radiation detection kits.

Stethoscopes, 17 wrapped in black plastic.

It sits in stacks and stacks just east of town at an auction house, close to where it was stored, mostly undisturbed for decades.

Green surgical masks, 120 to a package.

Bone pin cutter the length of an adult forearm.
Sigmoidoscope, powered by battery or electricity. You may not want to know more.

Amputating saw of gleaming surgical steel.

He's never seen anything like it in 35 years of business, explains Doug Macon of Macon Brothers Auctioneers. "When I first got this, I thought 'How will I market this? Who will I market to?'"

Bone chisels, various blade sizes.

Speculum, stainless steel, four-inch blades.

Bags of test-tube stoppers. Cork.

Wooden crutches.

There's not but a handful as complete as this, Macon says, his hand extending toward the packed space. "This is the most unusual ... thing of this nature I've seen."

The auctioneer is referring to a "Packaged Disaster Hospital," a leftover relic of the Cold War. And next weekend, up for auction for those hungering for graduated glass beakers in perfect, vase-like shape or cases of virgin glass microscope slides.

Originally named Civil Defense Hospitals, the emergency and temporary medical centers were adapted from Mobile Army Surgical Hospital -- MASH -- units.

It started in 1953, according to the encyclopedia of civil war defense and emergency management developed by the University of Richmond in Virginia and information from the Civil Defense Museum.

Packaged Disaster Hospitals were created for a terrified nation during the Cold War and its threat of nuclear disaster. The idea was to put together a field hospital that could be deployed to anywhere in the nation, using equipment not needed for civilian purposes. The plan was to create medical units that could operate for as long as 30 days, to serve survivors stuck in one place by the event.

Although the hospitals were maintained until 1980, the first few years saw 1,800 of the units acquired by the Federal Civil Defense Agency before the operation was transferred to the government's public health service.

Each hospital set weighs 45,000 pounds -- give or take a few stainless steel bedpans -- and requires 7,500 cubic feet of storage space. Putting one together takes 120 hours to assemble the various departments, including a pharmacy, dental office, surgery center, kitchen, X-ray, offices and housekeeping. Supplies range from antibiotics (although all drugs have been disposed of for the Walla Walla unit), housekeeping supplies and gurneys, down to shovels, axes and hand tools. Once set up, the units took up about 15,000 square feet of floor space and could support staffs of more than 70 professionals.

The last disaster hospital was assembled in 1962. At the program's zenith, more than 2,500 had been sent out, including to rural areas like Walla Walla. As potential needs evolved, the hospitals did, too. Some have been used for events such as hurricanes and floods, here and in developing countries.

As support of the civil defense program waned -- allocating the $7 billion to $9 billion needed for maintenance ended in 1972 -- America's thinking turned from preparation for a nuclear event to prevention.

Here, the Packaged Disaster Hospital has sat more or less untouched in an unheated, unlit and slightly damp warehouse at the airport. "They tried to store these in places as safe as possible from a nuclear exchange," Macon explains.

Earlier this year, Walla Walla County officials decided the time has come to divest the county of the outdated medical bounty and declared the hospital as surplus.

After the "overwhelming" inventory was categorized and listed by AmeriCorps volunteer Nick Plucker, it was shipped a few blocks to the auction house on Aeronca Avenue.

The medical unit represents a dichotomy of thinking about what might happen during nuclear warfare, Macon has noticed. The four camp-type stoves on his auction floor, with aluminum cauldrons large enough to bathe a child, operate on white gas, he says. "They assumed there would be gas available after a nuclear exchange ... it's a strange premise."

For the auctioneer, who grew up working in the family war-surplus business, the Packaged Disaster Hospital is fascinating. As he and his staff have prepared to sell the goods, by the piece or by the case, Macon has found himself drawn back to the days of "duck-and-cover" drill of his youth.

There's plenty of toys for grown-up Cold War kids. The inflatable tank for a water supply management system, still in its wooden crate. The linoleum knife to cut flooring for sterile areas. The thick stainless-steel everything -- buckets with lids, pitchers, vomit basins, catheter trays resembling oversized butter dishes.

The huge trolley cart stacked with ceramic coffee mugs and bowls that would have held food like soup or shredded wheat.

To have the items in such pristine condition from good storage and un-pilfered is not like the fate of many of the disaster hospitals, Macon points out.

It will be interesting to see who's attracted to the Nov. 14 auction that is slated to begin at 9 a.m., inside and outside the building concurrently, he adds. Some of the medical items are clearly outdated, like the canvas hand washing station with multiple spigots, designed to hang down and clean many at once.

Much of the equipment is still very usable, Macon feels. The forceps clamps (to the count of about 450) and scissors look much the same as now, and in higher quality than most could afford to purchase new, he says. "There might be veterinarians who can use these things. A lot of it could go to humane societies or Third World situations."

For more information about the auction, call 529-7770 or see the listing at www.maconbrosauction.com.

Cotton duck sand bags. Empty.

Stainless forceps jars.

Push brooms and mops.

Plastic irrigating nozzles. Again, you don't want to know.

The display seems to go for a mile.

Hand-powered hair clippers.

Aluminium meal trays, enough to feed 300.

Glass sugar shakers.

Surgical lamp, freestanding with base.

Sheila Hagar can be reached at sheilahagar@wwub.com or 526-8322. Check out her blog at blogs.ublabs.org/fromthestorageroom.

New surgical technique may benefit brain injured athletes

NFL players and other athletes who suffer serious or multiple concussions may benefit from ground-breaking research being conducted by scientists at Barrow Neurological Institute at St. Joseph's Hospital and Medical Center. The scientists are developing a surgical technique that involves hypothermia in specific regions of the brain.

Therapeutic hypothermia is a medical treatment that lowers a patient's temperature in order to help reduce the risk of injury to tissue. The endovascular intra-arterial cooling method being studied at Barrow rapidly preserves the injured portion of the brain and minimizes damage.

Results from the studies, which are being led by Barrow's director of Neurosurgery Research Mark Preul, MD, have been published in academic journals such as Neurological Research.

"The ability to cool a specific region of the brain allows us to protect the tissue and avoid risk of damage to other organs that can occur with whole body hypothermia," says Dr. Preul. "This work is targeted currently at severe injuries to the brain like massive strokes or trauma, but it also means we could be able to offer a less invasive and specific approach to saving brain tissue. We're working to develop ways to be more proactive about treating brain injuries like sports concussions that may have been under-treated in the past."

The filter-cooling unit technology works similar to renal dialysis, removing a volume of blood and replacing it with a cooled crystalloid solution through a catheter in the carotid artery. The rest of the brain and body maintain a normal temperature. The cooling process quickly lowers the metabolic rate of the tissue, protecting it from stress and further damage.

Results could be particularly welcome news for the NFL, which has been under fire from a House Judiciary Committee recently. The league also has been scrutinized in news reports for its medical treatment of former players who show signs of dementia and other types of mental decline.

"We're encouraged by our results in the lab, and believe it could translate into faster clinical response and improved outcomes for patients with brain injuries, including athletes, military personnel and trauma patients," says Dr. Preul.

Barrow Neurological Institute at St. Joseph's Hospital and Medical Center in Phoenix, Arizona, is internationally recognized as a leader in neurological research and patient care. Established in 1962 Barrow treats patients with a wide range of neurological conditions, including brain and spinal tumors, cerebrovascular conditions, and neuromuscular disorders. Barrow Neurological Institute is consistently rated among the Top 10 best hospitals in the United States for neurology and neurosurgery by U.S. News and World Report.

Surgical Robot Makes Minimally Invasive Hysterectomy Possible

Da Vinci Robot Reduces Recovery Times

Doug Schepman, 7NEWS Reporter
POSTED: 5:19 pm MST November 6, 2009

BOULDER, Colo. -- Recovering after a hysterectomy can be difficult both physically and emotionally. But a robotic surgical system is providing a minimally invasive approach to major surgery, and reduces recovery time by weeks.
Acupuncturist Julie Hoehing is accustomed to taking care of others. But a couple of years ago she started noticing the symptoms of her own serious medical condition.
"I'd had some blood work drawn and it showed that I was very anemic and it was from real heavy monthly bleeding," said Hoehing.
Suffering from severe fatigue and lethargy, Hoehing consulted with Dr. Lisa Lepine at Boulder Community Hospital.
"She ended up having a fibroid uterus that was the size of someone who was five and a half months pregnant, or a small watermelon," said Lepine.
The diagnosis was not a surprise to Hoehing whose two sisters required hysterectomies for the same condition.
"I had one sister who had a five hour, open abdominal surgery and she said that if you can get it done any other way go ahead and do it," said Hoehing.
She discovered a minimally invasive option at Boulder Community Hospital in the form of the da Vinci surgical robot.
Lepine has performed nearly 80 laparoscopic surgeries with the da Vinci robot, which allows up to four devices and a high-definition, 3D camera to be inserted through small incisions in the abdomen.
"We have little scissors, we have coagulation device, we have graspers," said Lepine.
They also utilize a rotary blade that allows the uterus to be removed in small sections through the same incisions. Lepine said this new surgical procedure offers several advantages over the traditional open abdomen hysterectomy.
"There is generally less blood loss, again there is fewer incisions, the healing time is much, much more rapid," said Lepine. "Often women will go back to work in one week or two as opposed to four to six weeks."
In fact, Hoehing was back to work in just six days.
"It made a huge difference in my life. It just really changed it, changed my energy level and within a couple of weeks I was up and really doing anything I wanted to do," said Hoehing.
Lepine hopes the shorter recovery time will encourage women to have the procedure done earlier, rather than waiting and suffering with their symptoms.
This technology can be used for several other types of surgery as well.
You can find more information by going to bch.org.

SURGICAL TECHNOLOGY: On-line Associate of Science

Degree in Health Studies
With emphasis in Surgical Technology

Description

The associate of science degree completion program is designed for students who have completed a surgical technology certificate program and wish to earn a college degree. The program is an end in itself or can be a stepping stone toward the Bachelor of Science degree. Courses are available for on-line delivery and the program can be completed on a full-time or part-time basis. Upon successful completion of the required general education credits, credit will be awarded for the surgical technology certificate program.

Admission Criteria/ Prerequisites

• College GPA of 2.5 or above (cumulative) earned at a regionally accredited institution (courses
considered for transfer must be completed with a “C” grade or above)
• Successful completion of a CAAHEP-accredited Surgical Technology certificate program.
Curriculum:
General Education Program 21 credits total
Humanities 9 credits

SS 235 The Sociology of Culture 3
HU 150 The World of Ideas: Critical Reasoning & Rhetoric 3
HU_ The World of Ideas: Elective 3

Communications 6 credits

CM 101 English Composition 3
CM 230 or 245 Language and Culture in Health Care 3
CM 290 Portfolio Synthesis 0

Natural & Applied Sciences 3 credits

SS_ Science Elective 3

Social Sciences 3 credits

SS 215 Life-Span Psychology 3

Professional Course Credit 40

Credit for surgical technology certificate courses will be awarded 40
following completion of all other program requirements

Program Total Hours: 61

* Note- the minimum residency requirement at Nebraska Methodist College is 15 credit hours.


SURGICAL TECHNOLOGY: On-line Associate of Science

Degree in Health Studies
With emphasis in Surgical Technology

Description

The associate of science degree completion program is designed for students who have completed a surgical technology certificate program and wish to earn a college degree. The program is an end in itself or can be a stepping stone toward the Bachelor of Science degree. Courses are available for on-line delivery and the program can be completed on a full-time or part-time basis. Upon successful completion of the required general education credits, credit will be awarded for the surgical technology certificate program.

Admission Criteria/ Prerequisites

• College GPA of 2.5 or above (cumulative) earned at a regionally accredited institution (courses
considered for transfer must be completed with a “C” grade or above)
• Successful completion of a CAAHEP-accredited Surgical Technology certificate program.
Curriculum:
General Education Program 21 credits total
Humanities 9 credits

SS 235 The Sociology of Culture 3
HU 150 The World of Ideas: Critical Reasoning & Rhetoric 3
HU_ The World of Ideas: Elective 3

Communications 6 credits

CM 101 English Composition 3
CM 230 or 245 Language and Culture in Health Care 3
CM 290 Portfolio Synthesis 0

Natural & Applied Sciences 3 credits

SS_ Science Elective 3

Social Sciences 3 credits

SS 215 Life-Span Psychology 3

Professional Course Credit 40

Credit for surgical technology certificate courses will be awarded 40
following completion of all other program requirements

Program Total Hours: 61

* Note- the minimum residency requirement at Nebraska Methodist College is 15 credit hours.


SURGICAL TECHNOLOGY: Associate of Science Degree

Mission Statement

The mission of the Surgical Technology Program is to provide educational experience in a learner-centered
environment to develop competent surgical technologists who are prepared for entry-level employment. Our
graduates meet the diverse needs of the communities they serve through the application of ethical standards,
delivery of safe surgical care and active professional engagement.

Description

Students who successfully complete Program and College requirements will be awarded an Associate of
Science Degree in Surgical Technology. Features of this CAAHEP-accredited program include experience in a
fully-equipped laboratory to simulate the surgical suite for skills practice and assessment prior to entering the
clinical setting, more than 700 hours of clinical experience in the operating room, and an integrated
professionalism-across-the-curriculum experience to prepare students for success in the workforce. Students
will take the Certified Surgical Technologist (CST) exam while enrolled in their final term as a student so they
may have the opportunity to enter the workforce as a credentialed surgical technologist.

Admission Criteria/ Prerequisites

Applicants to the Surgical Technology Program must satisfy all College admissions requirements.
Curriculum:

Math competency test administered at registration; completion of 0 credit modules as directed during fall term

Fall Semester : 13 Credit Hours
SC 225 Anatomy & Physiology I 4
SC 103 Chemistry* 3
SC 116 Medical Terminology 1
HU 150 World of Ideas: Critical Reasoning and Rhetoric 3
ST 101 Introduction to Surgical Technology with Lab 2

Spring Semester : 16 Credit Hours
CM 101 English Composition 3
SS 215 Life-Span Psychology 3
SC 226 Anatomy & Physiology II 4
ST 120 Surgical Technology I with Lab 6

Summer Session : 11 Credit Hours
SS 235 The Sociology of Culture 3
CM 230 or 245 Language and Culture in Health Care 3
ST 200 Pharmacology for the Surgical Technologist 1
ST 210 Surgical Technology II with Lab 4

Fall Semester 12 Credit Hours
ST 265 Correlated Patient Study 1
ST 260 Medical Ethics and Law for the Surgical Technologist 1
ST 220 Surgical Technology III 2
ST 205 Microbiology for the Surgical Technologist 2
ST 250 Surgical Technology Clinical I 6


Spring Semester 12 Credit Hours
HU -The World of Ideas: Elective 3
ST 268 Correlated Patient Study 1
ST 280 ST Seminar 2
ST 270 Surgical Technology Clinical II 6
CM 290 Portfolio Synthesis

Program Total Hours: 64