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Archives - Seeing is Believing

Fall 2012

Seeing is Believing

Date: September 1, 2012


Zhiping Li describes mini-peritoneoscopy as a “true advance” over traditional laparoscopy. In hepatitis patients, he’s been able to reduce liver sampling error, a traditional hazard since liver disease rarely spreads uniformly.
Zhiping Li describes mini-peritoneoscopy as a “true advance” over traditional laparoscopy. In hepatitis patients, he’s been able to reduce liver sampling error, a traditional hazard since liver disease rarely spreads uniformly.

A few years back, after a checkup flagged elevated liver enzymes, forty-something Max Zacur* learned that he had hepatitis C, genotype 1.

A local gastroenterologist performed a percutaneous liver biopsy—the older sort with palpation first and “blind” needle insertion. But since the resulting pathology report showed little inflammation and no fibrosis, the hallmarks of active disease, Zacur opted to bypass treatment, given its reputation for side effects and low efficacy.

Last year came a repeat: His liver enzymes were again suspect, though he still felt fine. This time, Zacur went to a radiologist for a biopsy, one guided by ultrasound. And this time, the sample yielded quite different results, showing severe, significant fibrosis.

“Fortunately, therapy for hepatitis C is now more potent,” says Hopkins hepatologist Zhiping Li. “The downside, however, is that side effects have worsened. People daily feel like they have the flu. Some develop anemia.”

Zacur’s apparently burgeoning hepatitis gave Li pause, and he realized that an accurate global survey of Zacur’s liver disease was in order. For the patient’s third biopsy—this time at Hopkins—direct visual inspection of the liver via peritoneoscopy would guide the needle.

Brought to Hopkins from Germany three years ago, mini-peritoneoscopy lets endoscopists visualize the peritoneum and its contents via a small, streamlined instrument fed into a single port. A second opening admits the biopsy needle. The technique is extremely nimble because both ports need be only a few millimeters wide and can be put anywhere in the abdomen that a patient’s condition allows.

After biopsy, two Band-Aids are enough to close.

“It’s a true advance over traditional laparoscopy, which involves 5- to 10-millimeter suture-requiring holes in the abdomen,” says Li.

The new mini-peritoneoscopy service is unique in the United States, though the technique has spread throughout Europe. Li has seen some 50 patients so far, mostly with hepatitis.

Three advantages stand out, he says. “One is that you can retrieve a larger tissue sample.” That’s in contrast to ultrasound where housing the biopsy needle within the probe limits needle size. Also, Li adds, “we use sedation, and patients are happier with that.” Last, he says, post-biopsy bleeding isn’t a problem. “We catch bleeding right away because we can see it. That avoids painful hematomas that are almost universal otherwise.”

The major benefit, though, lies in damping down liver-sampling error—a traditional hazard, Li says, because liver disease rarely spreads uniformly throughout the organ.

 That certainly was the case with Zacur. Though his frontal left lobe showed spots of fibrosis, his right was clean. Thanks to the global view achieved through mini-peritoneoscopy, Li’s recommended a “watch and wait” approach, which Zacur was happy to follow.  Marjorie Centofanti

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