My mission is to help small and medium-size medical technology and biotechnology entities with business aspects globally.
Whether you’re starting a new venture, or poised for expansion, my commitment is to collaborate with diligence, integrity and loyalty while propelling you towards your business goals with personalised and consistent strategic solutions.
Industry curriculum encompassing a decade and a half of international management experience in operations, process improvement, marketing strategy, health economics, and financial management with appointments held in the United Kingdom, Austria and Slovenia. Professional experience built predominantly within otological MedTech domain—as well as within digital health and care records ecosystem—in regulatory compliance, scientific research project funding, business strategy, education & training, account management, and in business development areas.
Dijana Mitrovic, MBA
Striving to create business experiences that leave no stone unturned with devotion to accuracy and attention to detail.
Committed to treating each case as unique and with the highest confidentiality, while delivering a smooth and hassle-free service.
Extensive industry knowledge allows individually crafted solutions, tailored to your specific business needs.
Advocating transparency, honesty and sincerity in every endeavour, from collaboration to decision-making.
Croatian | English | German | Italian | Serbian | Slovene | Spanish
Thirty Years of Translational Research Behind MED-EL by Dhanasingh A and Hochmair I (2021) Edited by Mitrovic D. Acta Oto-Laryngologica, Vol.141, Iss. sup1. 🔗
A compendium of eight articles:
Bilateral cochlear implantation. 🔗
EAS-Combined electric and acoustic stimulation. 🔗
ABI-auditory brainstem implant. 🔗
CI in single-sided deafness. 🔗
Signal processing & audio processors. 🔗
Drug delivery in cochlear implantation. 🔗
Special electrodes for demanding cochlear conditions. 🔗
Translational research around five categories of CI. 🔗
A novel cochlear measurement that predicts inner-ear malformation by Khurayzi T et al. (2021) Nature Scientific Reports, 11: 7339. 🔗
New Classification of Cochlear Hypoplasia Type Malformation: Relevance in Cochlear Implantation by Halawani RT and Dhanasingh A (2020) Journal of International Advanced Otology, 16(2): 153-7. 🔗
Cochlear Implantation With a Dexamethasone Eluting Electrode Array: Functional and Anatomical Changes in Non-Human Primates by Manrique-Huarte, R et al. (2020) Otology & Neurotology 41(7):p e812-e822. 🔗
Cochlear Implant Workshop at King Abdulaziz Medical City, Riyadh, Saudi Arabia (4 Mar-2020). Titles: “Data Import and DICOM Viewing Tools”; “Post-op Analysis”; “3D Ear: Segmentation of Anatomical Structures”
The 1st Royal Medical Services Cochlear Implant and Temporal Bone Hands on Cadaver Dissection, Amman, Jordan (17&18 Dec-2018). Titles: “Cochlear Parameters & Electrode Visualization”; “3D Reconstruction: Ear Canal, Incus and Malleus, Stapes and Temporal Bone, Facial Nerve and Chorda Tympani”; “Post-operative Analysis”
1st Chinese Conference on Artificial Hearing and Auditory Implantation, Beijing, China (20 Oct-2018). Title: “Cochlear Parameters and Post-operative analysis with OTOPLAN”
53rd Workshop and Symposium Inner Ear Biology 2016, Montpellier, France (17-21 Sep-2016). Title:“Noise Induced Alterations In The Auditory Behavior Of Rats With A Normal audiogram”
