Helping neurosciences and mental health startups bridging the gap between academic research and the first round of dilutive funding.

Scouting, Due diligence, Platform development

Chargée de portefeuille de projets scientifiques sur l'Institut Hospitalo-Universitaire VBHI: Precision & Global Vascular Brain Health Institut. Le VBHI à Bordeaux est en développement pour devenir le centre d'excellence et de référence mondiale sur la Santé Vasculaire et Cérébrale. Je suis en charge des modalités de mise en oeuvre et du suivi des projets. En collaboration avec les équipes scientifiques, j'analyse les risques et identifie des livrables.Bordeaux's VBHI, the Precision & Global Vascular Brain Health Institut, is a center of excellence and world reference in vascular and cerebral health under development. I am in charge of implementing methods and monitoring projects. In collaboration with scientific teams, I analyze risk analysis and identify goals and milestones.

Tanit Therapeutic is a company developing short-acting compounds to treat CNS disorders. My role is to manage the preclinical studies in collaboration with CROs and to collect all IND-enabling data.

Bhavani is a company focused on mental health and neurodegenerative disorders. They use supplements containing microdoses of psilocybin, assisted with therapies and coaching. My role is to extract clinical data to evaluate new treatments' efficacyand safety.

Research and development on mental health prevention and indigenous healing.

Return Health is developing novel psychedelic therapeutics for dementia that fundamentally alter disease progression — reducing behavioral and psychological symptoms, reversing cognitive decline, and ultimately improving quality of life for patients and their caregivers.

Aphrodite Health is a US-based first female-focused psychedelic biotech company introducing psychedelic medicines to address women’s mental and physical health challenges overlooked by modern medicine.

I have a fellowship at the Neurosciences and Pharmacology institute of UCL, London, where I am researching the symptoms of diabetes on the central nervous system.I am working with the following techniques:-two-photons microscopy-in vivo surgery and measurements-brain slices preparations and measurements

During this postdoc I focused on the anatomical and functional properties of the brain microvasculature, especially at the arteriole-capillary junctions.The techniques I used were mostly:- 2 photon microscopy,- in vivo microsurgery,- python based data analysis

PhD candidate in the TransNeuro laboratory, at the neurosciences and pharmacology institute of Copenhagen University. My research concerned in vivo brain metabolism in the central nervous system. More specifically, I studied the neuronal, glial and pericyte control of the microvasculature during cortical spreading depression.These are the main techniques that I learned:- 2 photon microscopy,- in vivo microsurgery,- MatLab based data analysis- laser doppler blood flow measurements- oxygen tissue tension live measurements

My project focused on the effect of the familial hemiplegic migraine type 1 mutation on the brain metabolism and blood flow.

In vivo effects of cortical spreading depression on oxygen consumption and cerebral blood flow in the mouse.

During my PhD I have spent some time in a laboratory of UCLA at the department of Physiology, where I learned molecular biology techniques.I have developed there and adeno-associated virus for calciumindicator specific to pericyte cells, which was a first in the field.The techniques I used were :- plasmid construction,- qPCR- DNA maxi prep- confocal microscopy- immunohistochemistry

Neuron–Glia interactions in the spinal cord

Proliferation studies on PEC and HUVEC cells