Carmel Diagnostics ltd.
Carmel Diagnostics is a medtech company who developed an innovative method for measuring Oxidative Stress (OS) of a biological liquid, a recognized biomarker of health and disease and a key diagnostics parameter. This OS parameter is measured by TCL (ThermoChemiLuminescence), an advanced yet simple technology. Carmel’s lead product is Embryo Selection in IVF process. Carmel won the prestigious Phase-2 grant from Horizon2020, planning market launch in H1/2021. It has an experienced, motivated team.
CARTHAGENETICS SUISSE
CarthaGenetics® has worked for the most prestigious biotech and pharma companies, as Alexion, Alnylam, Amicus, Biogen, BioMarin, FoldRX/Pfizer, Genzyme, Horizon, Insmed, Orchard, PTC, RegenXbio, Shire, Ultragenyx, as well as for Turkish Ministry of Health and Turkish Pharmacist Association (TEB). CarthaGenetics® is focused on innovative medicines, including cell and gene therapies and has 3 main areas of expertise:
1) Speed up the enrollment in Clinical Trial(s) through patient identification in cooperation with CROs:
- Our direct presence in countries with high birth numbers as Turkey, Algeria, Tunisia, Morocco is increasing the chances to complete enrollment in a shorter time.
- Our strong network among Pediatricians, Metabolicians, (Pediatric) Neurologists, Lipidologists, (Pediatric) Nephrologists, Geneticists, Hematologists and Oncologists will speed up patients identification.
2) Early Access Program (EAP or NPP) including Compassionate Use and Named Patient Sales (NPS) in countries where such programs are allowed as for instance:
- ATU in France
- Law 648 / Law 326 in Italy
- Endikasyon Dışı Kullanım Kılavuzu in Turkey
3) Biosimilars of Orphan Drugs for North Africa where there is no Orphan Drug exclusivity, representing a population about 100M. For any question please send us a message on contact@carthagenetics.com or contact us at our Swiss Headquarter +41 22 575 31 31 and visit our website at www.carthagenetics.com
CarthaGenetics® is directly present in Switzerland, France, Germany, Italy, Spain, Turkey as well as in Algeria and Tunisia

Philippe Carteron de Balmont
General Manager & FounderCEDEM AG
CEDEM AG is a privately-owned international pharmaceutical company. We manufacture and supply healthcare and pharmaceutical products. We work on promoting improved health and wellness through our wide range of groundbreaking food supplements to medical devices and personal care products. Our products range from health supplements such as vitamins, minerals and herbal medicines to medical kits, medical equipment, personal care products and cosmetics. We supply our brand to retailers and wholesale distributors in Europe specially emerging markets.
Rasha Oudeh
CEOCell4Pharma BV
To get more successful drugs to market, we empower researchers to accurately identify and eliminate nephro-toxic compounds during preclinical stages of drug development. We partner with CRO's to deliver our highly accurate and stable human renal ciPTEC Cell Lines to researchers of Bio-pharmaceutical companies and Academia
Ron Byron
CEOCello Health BioConsulting
objective and actionable strategic advice to realize value across all therapeutic areas and stages of
development.
James Lee
Principal, Oncology LeadCelumigen Pharmaceuticals
Mr. Jake Townsend
CEOCerevel Therapeutics
We seek to transform the lives of people suffering from neuroscience diseases, including Parkinson’s disease, epilepsy and schizophrenia, through the development of novel therapies. We have built a highly experienced team of senior leaders and neuroscience drug developers who combine a nimble, results-driven biotech mindset with the proven expertise of pharmaceutical company drug discovery and development.
Scott Lewis
Corporate Development & Strategy
Connexin Therapeutics Ltd.
For 20+ years, our scientific co-founder, Dr. Stewart Bloomfield, has researched and published extensively on the connexin-mediated mechanisms by which elevated intraocular pressure causes cell death in the retina and optic nerve, resulting in vision loss. His research has demonstrated three key points:
1. Retinal and optic nerve cell death is mediated by the bystander effect, which, in turn, mediated by a protein called connexin 36; and
2. Inhibition of connexin 36 prevents further loss of vision in glaucoma; and
3. This inhibition can be achieved using a small molecule drug.
Thus, our goal at Connexin Therapeutics is to develop and partner novel compounds which block connexin 36, thereby preserving vision and potentially preventing blindness in patients with glaucoma. Importantly, glaucoma patients with either elevated or normal intraocular pressure will benefit from retinal neuro-protectants, even in the presence of aggressive attempts to reduce intraocular pressure via drugs or surgery. Other ophthalmic diseases which may benefit from connexin inhibition include subtypes of glaucoma (i.e., normotensive glaucoma), retinitis pigmentosa, and the prevention of corneal scarring secondary to eye surgery. These are indications which may be pursued as the company grows.
In addition to our work with connexin 36 in glaucoma, we may have an opportunity to discover and develop a novel connexin 45 inhibitor. Preliminary work from our laboratory suggests that inhibiting connexin 45 has protective benefits in a range of ischemic ophthalmic conditions, such as diabetic retinopathy. Thus, we have the opportunity to advance two programs from the current round of financing into full development or even licensing.
Interest from multinational pharmaceutical companies in novel compounds to treat ophthalmic conditions is extraordinarily high, as these companies recognize that the rapidly aging population, coupled with significant unmet needs and favorable reimbursement policies, all make for attractive licensing opportunities for companies like Connexin Therapeutics. Thus, we anticipate initiating licensing discussions with pharmaceutical companies as novel connexin inhibitors emerge from our efforts.
Connexin Therapeutics raised ~£150,000 in Seed financing in early 2019. These funds are being used to synthesize and test novel small molecules in animal models of glaucoma. These compounds are based on a molecule which has already demonstrated efficacy in mouse models of glaucoma. Thus, these data supplement and extend the work already published.
We are currently raising ~£2,000,000 to optimize our lead compounds. After ~8-10 quarters of work we anticipate having a library of patentable compounds which are highly selective for connexin 36, backed by primate data. We will have a second compound which inhibits connexin 45 for diabetic retinopathy. Future financing rounds will take one or both leads into clinical trials, while also fueling our expansion into other indications with this same mechanism of action.
