The five dreaded words…

We didn’t get it all

But it doesn’t need to be this way

Surgeon’s perform a delicate balance completing resection while preserving healthy tissue and function.

Our AI-powered enables more precise intraoperative surgical decisions

The Data Tells us we Need to Improve the Precision of Cancer Resection

Breast Conservation Surgeries (BCS)

Up
to

35%

15-35% of BCS lumpectomies require a second surgery which often presents increased risk of complications ²

Transurethral Resection of Bladder Tumor (TURBT)

30-50%

of TURBT resections are incomplete, contributing to a higher risk of residual disease, early recurrence, and increased mortality¹

Radical Prostatectomies (RP)

25%

of RP procedures result in positive surgical margins, leading to a 2 to 3 fold increased in risk of biochemical recurrence³

1. A randomized, controlled trial of Cavity Shave margins in breast cancer. Chagpar, A. B et al. (2015). New England Journal of Medicine, 373(6)
2. Quality of diagnostic staging in patients with bladder cancer: A process-outcomes link. K Chamie, et al. 3, 2015, Cancer, Vol. 121
3. Frequency of Positive Surgical Margin at Prostatectomy and Its Effect on Patient Outcome. K. Iczkowski, M. Scott. Prostate Cancer, Vol. 2011

  1. 1. A randomized, controlled trial of Cavity Shave margins in breast cancer. Chagpar, A. B et al. (2015). New England Journal of Medicine, 373(6)
    2. Quality of diagnostic staging in patients with bladder cancer: A process-outcomes link. K Chamie, et al. 3, 2015, Cancer, Vol. 121
    3. Frequency of Positive Surgical Margin at Prostatectomy and Its Effect on Patient Outcome. K. Iczkowski, M. Scott. Prostate Cancer, Vol. 2011

CytoVeris’ Specimen Imaging Technology relies on the intersection of the natural biochemical characteristics of tissue, multispectral autofluorescence imaging and explainable AI, and is under development to make a difference for patients across multiple disease areas.

Enabling SMARTER,

More EFFICIENT,

More EFFECTIVE,

TISSUE VISUALIZATION

......all without the use of an imaging agent

Enabling SMARTER,

More EFFICIENT,

More EFFECTIVE,

TISSUE VISUALIZATION

all without the use of an imaging agent

AI POWERED - INTUITIVE OUTPUT

No DYE

REAL-TIME

INCREASED PRECISION

intraoperative tissue insights increase margin accuracy

SEAMLESS FIT  w/WORKFLOW

intra-operative efficiency require fewer resources

COST SAVINGS

of secondary operations & additional treatments

better outcomes

fewer complications, re-operations, radiation therapy, better functional outcomes


Real-time imaging during prostatectomy could improve the odds of preservation of function and reduce recurrence for 90,000 men in the U.S. per year.


60% reduction in the breast cancer positive margin rate nationwide could avoid reoperations for 30,000 women annually.


Real-time bladder resection imaging could avoid 70,000 repeat TURBT procedures per year in the U.S.

Real-time imaging during prostatectomy could improve the odds of preservation of function and reduce recurrence for 90,000 men in the U.S. per year.

60% reduction in the breast cancer positive margin rate nationwide could avoid reoperations for 30,000 women annually.

Real-time bladder resection imaging could avoid 70,000 repeat TURBT procedures per year in the U.S.

CytoVeris is aligned with the OR of the future

REAL-TIME

Easy to interpret tools to visualize cancer tissue in real-time during surgery and enable faster decisions

DATA


The future of surgery is DIGITAL – real-time information to surgeons to enhance intraoperative decision-making

PERSONALIZED

Accurate margin data allows customization of the surgical procedure to each patient’s needs

ROBOTICS

Platform technology presents ability to integrate imaging into robotics surgical procedures

Learn More about CytoVeris’ Technology and Products

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