An operating room nurse tripped over cables and fell, shattering her wrist. It was a lightbulb moment: What if the hazardous wires could be removed altogether?
In order to better serve the needs of people with Type 2 diabetes, BD set out to create a central, digital hub for people to manage all aspects of their care.
Delve worked with the team at Breas-HDM, physicians, and our development partners to create a new ventilator platform for healthcare providers to monitor, triage, and collaborate on the care of patients on life support.
Laser scanning technology could create a 3D digital image of the complete ear. But to work, a headset placed around the patient’s ear during the scan had to be completely immobile.
Imagine being strapped into a large machine, completely immobilized, for an hour while it delivers high doses of radiation to treat your cancer - every day for six months.
Delve helped QMedic shift its market focus and connect with a new site, now focused on prospective B2B customers seeking better connections and deeper intelligence for more efficient and cost-effective care for people living independently at home.
Athenahealth studied the performance of over 87,000 healthcare providers and tasked Delve with making this data understandable and useful for prospective customers.
Homethrive is a virtual care service that helps people age in-home comfortably, while reducing the burden on unpaid caregivers who serve this population.
In March 2020, with the coronavirus pandemic straining hospital capacity and shutting down global supply chains, healthcare facilities faced a desperate shortage of personal protective equipment (PPE) for workers on the front lines.
A pioneering technique for growing semi-autologous heart valves that could grow with a child means one surgery rather than multiple surgeries, minimizing risk.
The accurate delivery of high-dose radiation can significantly improve outcomes for cancer patients. Nothing short of perfect positioning and calibration of equipment is acceptable.
Ikaria’s INOtherapy™ is a suite of FDA-approved nitric oxide inhalation therapies used to treat newborns with hypoxic respiratory failure. Ikaria approached us to design a meter that supports accurate billing of the drug therapy.