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This ‘hot-blooded’ CEO is aiming to transform the way burn victims heal

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If you rode the tram with Daniela Marino after work one day in early April, you probably would’ve heard her elated screams. She was screaming in her office, too, and later that day when she got home.

Marino’s excitement was warranted. Her Swiss biotech, Cutiss, had not only recently announced positive results from the phase 2 clinical trial of its lead product, denovoSkin, but Nasdaq had also splashed a huge congratulations message about the results across its iconic screen in Times Square.

“When Nasdaq picked up the news about the phase 2, you can imagine … I was pretty loud,” she said with a laugh.

Marino’s enthusiasm for her company, science and life is infectious. She punctuates her speech — and her social media posts — with figurative and literal exclamation points. And as a “loud” Sicilian working in the Swiss biotech world, she doesn’t plan to tamp down her exuberant personality anytime soon.

“We are, by definition, hot-blooded people. We scream, we are loud, we laugh, make jokes, and that’s me,” she said. “I’m very, very emotional and passionate about what I do, and I don’t feel like masking it.”

A new quality of care

Marino is the CEO and co-founder of Cutiss, a Swiss clinical-stage life sciences company focused on regenerative medicine, tissue engineering and skin pigmentation. Its lead product, denovoSkin, is a personalized bioengineered human skin graft that showed efficacy as a dermo-epidermal skin substitute in adult and adolescent burn patients in the phase 2 trial.

Unlike traditional skin grafting, which transfers a thin layer of skin from a donor site and which Marino describes as “a technique,” rather than a product, denovoSkin creates multiple layers, or a full thickness, of skin tissue. And it can be bioengineered in large quantities from a sample of healthy skin the size of a postage stamp.

“I can use a stamp and give you back a carpet of skin,” Marino said.

DenovoSkin also has the potential to outperform the current standard of care because it can grow with the patient, limit scarring and drastically reduce the number of follow-up corrective surgeries required, particularly in children, the company said. Marino added that the product can develop into near-normal skin, improving a patient’s quality of life in terms of functionality, elasticity, smoothness, pain, itching, contraction and aesthetics.

denovoSkin

Cutiss’s devonoSkin bioengineered human skin graft.

Permission granted by Cutiss

 

“It will look better and it will feel better, and that’s why we really believe that this product has a unique opportunity to address a huge problem,” she said.

In addition to burns, the tech could also be used in skin traumas, reconstructive or plastic procedures, skin cancer, and cutaneous congenital malformations.

Cutiss plans to target markets in Europe, Switzerland and eventually the U.S., and denovoSkin has received Orphan Drug Designation for the treatment of burns by Swissmedic, EMA and FDA. In early 2022, the company also received exclusive rights to globally commercialize VitiCell, a product developed and patented by IBSA Pharma for skin re-pigmentation.

From the bench to the C-suite

Founded in 2017, Cutiss is a spin-off from the University Children’s Hospital in Zurich. After studying biotechnology and biology in Milan, Marino went to Switzerland for her Ph.D. and landed at the University of Zurich where she was tasked with managing a translational medicine skin grafting project that would eventually become Cutiss.

“Once I saw the results of the phase 1, which was conducted in Zurich on 10 children, I thought this was too good to be just left in the academic hands and publication storyline,” Marino said.


“I saw something that could make a lot of difference in patients’ lives, and I thought, somebody has to move it forward.”

Daniela Mario

CEO, Cutiss


In North America and Europe, there are about 60,000 severe burn patients each year and more than 1.5 million reconstructive surgery patients. Because of the promising science and unmet need, Marino started looking around for someone to take that academic work and turn it into a company. When no one stepped up, she decided it was up to her. 

“I took the challenge myself,” she said.

Although she planned to be “behind the bench” her whole life, Marino found that in co-founding Cutiss, she was “somehow driven by the same motivation that brought me to be a scientist.”

“I saw something that could make a lot of difference in patients’ lives, and I thought, somebody has to move it forward, and if there’s nobody better than me, maybe I’ll just take the chance,” she said.

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