you can also find all our investments on dealroom, crunchbase, & pitchbook
We invest in both healthcare tools (solutions designed to help healthcare organizations be better at what they do) and medical devices (solutions intended for use in the diagnosis, cure, mitigation, prevention, or treatment of a disease).
nina capital investments
fund 2 : 2021 - present
a way to streamline and automate the clinical and operational process of running a virtual ward for hospitals and their eligible patients, starting with frail elderly patients, in order to reduce in-hospital bed occupancy rates while meeting patient demand for quality hospital-grade care services.
a way to handle the end-to-end data infrastructure and management of cryo-EM datasets for life sciences R&D teams in pharmaceutical and biotech companies in order to decrease the cost and complexity of analysis.
a way to bring primary care back to undersupplied areas in order to ensure timely and effective care that takes place closer to the patient and family in the community.
a way to automate the submission and approval of prior authorization requests for insurance companies and healthcare providers serving patients with cardiometabolic diseases, in order to make the process intuitive, rapid, and accurate—ultimately enabling more precise treatment requests and advancing healthcare shift to value-based models.
a way to ignite community engagement and empathy at scale for patients with substance use disorders in order to reduce relapse rate.
a way to manage the physical, psychological, and emotional expressions of menopause for female workers during the menopausal phase of their life in order to increase women’s confidence in condition management and retention in the workplace.
a way to adapt to the complex and dynamic nature of clinical workflows and physicians’ schedules in order to enable reliable and effective urgent communication inside the hospital.
a non-pharmacological way to support patients with anxiety better manage their condition long-term.
a way for surgical team members to communicate perioperatively, easily and asynchronously, to drive perioperative quality, efficiency, and patient safety.
a way to increase the accuracy of polyp detection in colonoscopy procedures for patients undergoing colonoscopy screening in order to increase the number of polyps detected per procedure and reduce the overall rate of interval cancers.
a way to reduce bias in medical imaging data used for AI development in order to increase the performance of AI in diagnostics and management of treatment.
a way for polypharmacy patients to receive their right medications at home in a compliant, efficient, and consistent manner from the pharmacies that supply them in order to reduce their high pill burden.
a way to embed the different functionalities of a virtual care process in its entirety for established healthcare providers and emerging care companies to easily offer seamless virtual care services to their patient population.
a way to automate case formulation in order to improve access to and availability of quality mental health treatment.
a way to predict how each patient in a clinical trial will respond to treatment, allowing trial design teams to understand how an entire clinical trial will play out, and adapt accordingly.
a way to bring transparency to, and remove obstacles from, the full process of selecting, purchasing, fitting, and adjusting to hearing aids in order to increase access for millions of people who need one.
a way to seamlessly connect, fully automate, and accelerate all steps of the process of 3D printing a custom orthotic/prosthetic device for medical device manufacturers in order to scale production and meet the growing demand by patients and clinicians
a way for physicians and pharmaceutical companies to simplify the process of managing expanded access requests
a way to harmonize MRI scanner data for radiology leadership to understand and optimize their MRI practice
a way to streamline streamline critical processes for pharmaceutical and biotech clinical trial teams in order to reduce the time and costs associated with bringing new therapies to market
a way to offer people with private health insurance convenient, safe, and integrated access to health care billing and claim filing
a wholly personalized, all-inclusive way to help obese men (who have a BMI of 30 and higher) achieve over 15% weight loss
a way to deliver quality content produced by medical associations for physicians’ continuing education in order to increase its accessibility, all the while enabling novel digital native ways of interaction with pharma
nina capital investments
fund 1 : 2019 - 2021
acquired by aetion—a way to generate data that preserves the same statistical properties of the original healthcare data, while retaining none of the identifiable properties of the individual data points, in order to safely foster innovation and enable research and development
a way to manage genotypic big data generated by genomic tests in order to enable ease of accessibility, integration, security, and scalability in clinical settings
a way to digitize health assistants for senior care navigation in order to make personalized care navigation scalable
a way to aggregate clinical and claim data, and complement it with real-world evidence of outcomes to enable the transition to value-based reimbursement
a way to give women a voice, guidance, the choice, and access to a method of contraception in order to increase satisfaction and adherence
a way to provide convenient, automated ECG interpretation to healthcare professionals in order to improve its accuracy and efficiency
medical device IT platform to enhance the efficiency of perioperative care delivery in patients who receive joint replacement surgery, to reduce the incidence of chronic pain
a way for life science organizations to deploy third-party bioinformatics tools on their own data safely, quickly, and easily
a way to bring automation to the process of manufacturing cell therapies in order to reduce cost and time to bring these life-saving treatments to cancer patients
a way to increase the speed of image acquisition and reduce the dose of contrast in MR and PET without trade off in image quality, in order to increase throughput and comfort of patients during image acquisition
a way to detect retinal diseases early in patients who do not yet present with vision loss symptoms, in order to aid clinical decisions and monitor disease progression
a way to deliver a differential diagnosis and inform clinical decisions in stroke management in order to reduce the time to personalized, precise treatment.
a way to verify in-situ doses for proton therapy in order to provide cancer patients with a safer and more precise treatment that minimizes radiation damage to healthy cells, and reduces treatment cost
a way to reduce variability in making and interpreting measurements from echocardiograms, for the accurate assessment of cardiovascular diseases
a way to deliver diverse, curated medical data to developers in order to empower quality medical AI development
a way to perform REBOA safely without imaging guidance in patients after cardiac arrest in order to improve survival
a way to provide accurate, portable, affordable, and easy measurement of a person's refractive error and prescription for glasses
a way to accurately and non-invasively detect the first symptoms of recurrence of renal cell carcinoma
a way to support radiologists’ routine workflow during the process of image interpretation in order to reduce the time required for accurate diagnosis
a way to support the time-consuming, complex process of pathological diagnostics for pathology labs to ensure consistency in quality of interpretation and lower cost of interpretation per slide
a way to support radiologists’ image interpretation in order to improve accuracy and efficiency of breast cancer detection while reducing costs
a way to detect movement for bedridden elderly patients in nursing homes in order to improve the quality and reporting of care
a way to check white blood cells levels for patients receiving chemotherapy in order to monitor risk of infections and thus decrease the number of hospitalizations
we are now investing out of fund II
WHAT OUR ENTREPRENEURS SAY
ALVARO Sánchez-Ferro, Chief Medical Officer
LEUKO
Nina Capital is a really smart and “hands on” investment group that has not only supported our company financially, but provided key top-notch advice. They have backed up important strategic decisions such as our pivotal trials design and the definition of our regulatory pathway. Their commitment is extraordinary and as an additional example they provided support in our fundraising process even pitching with us in front of an SME panel. We will definitely choose Nina Capital again.
GUIDO Magrin, Chief Executive Officer
TEIACARE
Nina Capital is the seed stage health-tech venture capital firm with the best understanding of the dynamics of the healthcare space. They actively supported our fundraising process and helped sharpen the message around our value proposition, also by mobilizing the experts in their close network. The first venture capital firm to believe in TeiaCare, it has rapidly become our key ally for boosting our international presence.
MARKUS Holzer, Chief Executive Officer
CONTEXTFLOW
As a founder I carefully pick the team and people I work with and I am very excited to have the smart and motivated team of nina.capital supporting us on our journey to providing high quality healthcare to more people. Their vast expertise in the med-tech domain, network to potential partners and investors, combined with an understanding of early stage startups and what founders have to go through makes it a pleasure to work together with them.