Who We Are

The New Jersey Life Sciences Vendors Alliance (NJLSVA) is a coalition of businesses, individuals and academia who provide goods and services to New Jersey’s life sciences companies.

The NJLSVA was founded to educate suppliers on trends in industry procurement and public policy that affects the life sciences industry.

Choose NJ’s RFP Watch

Choose New Jersey’s RFP Watch provides up-to-date information on business opportunities throughout the Garden State at a cost that is affordable for all companies – with a place of business in New Jersey – large and small.

To learn more click here

Rutgers RWJ’s Dr. Gaurav Gupta Puts a 3D-Printed Skull Bone into Patient’s Head

Dr. Gaurav Gupta and patient Christopher Cahill

New Brunswick, NJ, August 22, 2017 — MaryLynn Schiavi reports in USA Today that a decade ago, the idea of printing parts of the human body through 3D printing was still in the realm of science fiction.

But on March 28, Dr. Gaurav Gupta, assistant professor of neurosurgery at Rutgers Robert Wood Johnson Medical School, successfully inserted a 3D-printed skull implant into patient Christopher Cahill, of New Brunswick, during a four-hour surgery.

Cahill suffered an injury to the frontal lobe in early 2017 that resulted in life-threatening brain swelling.  After emergency surgery relieved the swelling, Gupta determined that Cahill’s skull was unusable because of an infection in the skull.

Gupta turned to 3D printing as the best solution to replace the missing skull bone.

In 3D printing, three-dimensional objects are manufactured from a two-dimensional digital file.  Dr. Gupta said it has become increasingly popular in the production of medical devices because of its precision and accuracy.

Dr. Gupta collaborated with medical device company DeputSynthese CMS to develop a customized cranial skull implant for Cahill made of a plastic known as polyetheretherketone (PEEK), which Gupta said was chosen for its strength, stability and biocompatibility.

Prior to 3D printing, Gupta said, surgeons used metal mesh to replace pieces of the skull, but it was not as strong or as precise.

“The 3D printed model is an exact and custom fit because it is created using the patient’s CT scan,” Gupta said.

According to Gupta, PEEK is an inert substance that does not cause an inflammatory reaction, there are no known allergies to it, and it is not rejected by the body.  The implants are also impact- and fracture-resistant, and do not erode or dissolve.

The patient said that while he was surprised and hopeful when Gupta suggested the use of 3D printing as a way to replace his skull, he had some apprehension.

“I was nervous about what I would look like after the surgery,” Cahill said. “However, I am happy that I look exactly the same and feel like myself again.”

Prior to the surgery, additional skin had to be grown on the patient’s head to cover the implant. Gupta turned to Dr. Tushar Patel, MD, plastic and reconstructive surgeon and partner at The Plastic Surgery Center, in Shrewsbury, to insert a tissue-expander that enabled Cahill to have enough skin for surgery.

Imagining the Future

The 43-year-old Dr. Gupta admits that when he chose to specialize in neurosurgery, he could never have imagined what was ahead.

“Ten years ago, we could not even think that we would be using this technology. However, we certainly always had the need for it,” he said.

Gupta said that from his perspective, 3D printing is in its infancy.

“It’s such a new area and everybody’s very excited about it, and everybody likes to use the words 3D, 3D printed body parts. But it must be understood that this is not a magic new substance that will increase your life or the fountain of youth,” Gupta said.

He said it is vitally important that the technology be used with caution — on the right patient for the right procedure.

A Pivotal Point in Medicine

What is most thrilling and awesome to Dr, Gupta is the speed and ways humans are now evolving.

“If you trace the evolution of mankind, it has been very slow with changes taking thousands of years.” he said.

“But in the 20th century, humans began using nonhuman or prosthetic devices for prolonging our lives,” he said.  “And in the last 50 years, this evolution has taken the form of artificial knees, hips, etcetera.”

Gupta said that this is the fastest humans have evolved, offering a chance to fight diseases that otherwise would have incapacitated human beings.

“There will be better cures for the diseases we are troubled with today, and for the diseases that are not cured, we will be able to offer solutions to live with those diseases more comfortably,” he said.

Gupta believes the machine-human interface will grow, along with artificial intelligence, as well as the use of nonhuman tissue.

For Schiavi’s full story, click here.