Skip to main content

Are you a Healthcare Innovator? Join the Partnership at IPIHD


Innovations in Healthcare (founded as the International Partnership for Innovative Healthcare Delivery) is a nonprofit organization hosted by Duke University and founded in 2011 by Duke Health, McKinsey & Company, and the World Economic Forum. I am an IPIHD innovator myself and the learnings I had not only assessing my own innovations but engaging with other innovators is impeccable. At the heart of Innovations in Healthcare is our network of 60+ innovators from around the world working to expand access to affordable, quality healthcare. Every year, IPIHD identifies and recruit entrepreneurs with promising models of healthcare to apply to join their network as innovators. Through a highly competitive process, they then select the best organizations to join them. They help connect these innovators with opportunities, information, and contacts they need to scale up their work.

Nominations are open and the deadline is 16th September 2016. Do you know an organization that wants to be part of a global network of entrepreneurs working to innovate new solutions in healthcare? Would they like to connect with and be part of conversations about healthcare innovation with leading funders, corporations, academics, and other experts?

If so, recommend an organization to join our network! Again, the deadline for nominations is September 16th. You can nominate an organization you think should be in our network here: https://duke.qualtrics.com/jfe/form/SV_4OA6hxGc5uU6ANT

Currently, our network is comprised of 67 healthcare innovators working across 49 countries. Through a competitive annual selection process, innovators are chosen to join our network based on their innovation, readiness to scale, and the financial sustainability of their approach. Last year, we received more than 160 nominations and selected the top 12 organizations from this pool.

For more details about our network and selection process, please click here.

Questions? Please contact Logan Couce at logan.couce@duke.edu.

We look to grow our network to include companies working in some of the geographies and health care areas listed below, as part of our efforts to scout for the best healthcare innovators globally:

ā€¢ Geographies of Focus: Brazil, Southern and West Africa, Southeast Asia, India, East Africa, Mexico

ā€¢ Type of Care Focus: population health management, chronic management for non-communicable diseases (especially as connected with primary care), healthcare financing models

What should innovators expect from here?

Innovations in Healthcare has a two tiered selection process:

ā€¢ July 25th-September 16th, Nomination Period: Interested innovators can self-nominate through the short online form. Finalist candidates will be notified by October 1st.

ā€¢ October 1st-October 31st, Application Period: Finalist candidates submit more detailed applications. Internal and external review committees help to assess the finalists. Organizations selected to join our network will be notified in mid-December.




Popular posts from this blog

Innovations that caught my attention recently-#Healthtech

No. 1- Lyme bacteria use the same technique as White Blood Cells to navigate and move in blood vessels In an interesting case of convergent evolution Lyme bacteria use the same technique as White Blood Cells to navigate and move in blood vessels.To zip through the bloodstream and spread infection throughout the body, the bacteria that cause Lyme disease take a cue from the white blood cells trying to attack them. Both use specialized bonds to stick to the cells lining blood vessels and move along at their own pace, biologist Tara Moriarty and colleagues report September 6 in Cell Reports. ā€œItā€™s really an amazing case of convergent evolution,ā€ says Wendy Thomas, a biologist at the University of Washington in Seattle who wasnā€™t part of the study. ā€œThereā€™s little structural similarity between the molecules involved in these behaviors, and yet their behavior is the same.ā€ No.2- Wearable Robot for people who lost their hand function This wearable robot helps disabled patients re...

PDAs in Healthcare -Passe or in Vogue

The PDA is a very small and portable, handheld computer, which has many more functions than a calculator, and the capacity to store information much like a Personal Computer (PC). Basic functionality available on most PDAs includes an address book, schedule, calendar, note pad, and e-mail. The PDA is convenient to use in clinical and field situations for quick data management, and the information can be synchronized with a PC . By means of a wireless network, information can be exchanged anytime from anywhere to and from a PDA, and the network will provide immediate access to all kinds of necessary clinical and administrative data . Health care professionals need access to information several times a day, and the PDA has the potential to provide this. For the PDA, there are numerous documents and medical software applications available, with a wide variation in quality. A large number of medical students take advantage of the PDA for educational purposes and patient care with great sa...

Blockchain, Predictive Analytics and Healthcare

Episode-of-care payment and comprehensive care payment systems can help providers prevent health problems; avoid the occurrence of acute episodes among individuals who have health conditions; prevent poor outcomes during major acute episodes, such as infections, complications, and hospital readmissions; and reduce the costs of successful treatment. Using cryptography to keep exchanges secure, blockchain provides a decentralised database, or ā€œdigital ledgerā€, of transactions that everyone on the network can see. This network is essentially a chain of computers that must all approve an exchange before it can be verified and recorded. Learn more about the use of Blockchain in healthcare here: Blockchain, Predictive Analytics and Healthcare from Dr. Ruchi Dass It is distributed. Means it is de- centralised. Nobody is an owner. It is public. Everyone can see it. Things that have happened are time stamped, recorded and coded. It is persistent. As far as everyone is pa...