Aequil Science is a research laboratory specializing in applied biophysics. We collaborate with various clinicians and research laboratories.
We specialize in low-frequency, low-energy therapies.
Our approach encompasses all living beings, following the « One Health » concept.
The challenge lies in integrating the biophysical paradigm alongside the biochemical paradigm, within a research perspective aimed at enriching the understanding of biological phenomena and therapeutic approaches in all their complexity.
Science
AEQUIL Science focuses on the entire innovation process, from scientific and clinical research to the development of patented technologies and specific commercial applications. We collaborate with other scientific and clinical research organizations.
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Moreno M-V., Roscop F, Electromagnetic Innovation: A Novel Biophysical Strategy to Combat Nosocomial Antibiotic Resistance, Invited speaker, International Drug and Discovery Science and Technology Conference, Sweden, 2025
Roscop F, Moreno M-V. Electromagnetic Innovation: A Novel Biophysical Strategy to Combat Lyme Disease, International Drug and Discovery Science and Technology Conference, Sweden, 2025
Moreno M-V., Roscop F.: Exploring the effect of EM dynamization on water, 3rd European Congress Aquaphothomics Conference, 2023, Italia.
Ben Mansour S-A, Roscop F, Reant S, Moreno M-V, The future of drugs is digital: improving the accuracy and repeatability of digital drugs, International Drug and Discovery Science and Technology Conference, Japan, 2023
Roscop F, Bridging the gap between physics, biology and chemistry, Water Conference / On the Physics, Chemistry, and Biology of Water , 2022, Germany.
Moreno M-V, Lehnert J., Premiski Y., Martin-Peulet G., Tortel A., Moreau G. : Evaluation of the moisturizing power of tap water, treated by different biophysics methods, ICEBI, Procedia, p 192, 2013
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Moreno M-V., Ben Mansour Sid Ahmed, Feasability of a smart bra to screen breast cancer, Invited speaker, International Drug and Discovery Science and Technology, Proceedings, p64, Japan, 2023.
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Moreno M-V, Coux M-N, Clarion A, Grounauer P-A, Electrical evolution of aqueous humor with ageing, Book of abstracts, id112, p16 ICEBI 2016
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Dassonville Y, Barthod C, Passard M, Moreno MV, A multi-electrode probe to detect anisotropy of muscles, Book of abstracts, id197, p87 ICEBI 2016, Germany
Moreno MV, Khider N, Ribbe E, Damez JL: Differentiation of fast and slow muscle fibers by bioimpedance. J. Phys. Conf. Ser., 224, 01 2086, 2010, USA.
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Moreno MV, Togola T, Caliste JP, Chauvet P, Dissa A, Ly O: Early Detection and Monitoring of Mother-Child Malnutrition (S): an Innovative Non-Invasive e-Health Device, Women and Development Conference in Africa,Invited speaker, UNESCO, 2012.
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Moreno M-V.. Roscop F.: Device and method for imprinting an active effect of at least one reference product into a treatment product. Patent. PCT/EP2023/087145/WO2024133595A1, 2024
Moreno M-V.. Roscop F.: Device and method for capturing a digital signature of a reference product. Patent. PCT/EP2023/087144/WO2024133594A1, 2024
Moreno M-V., Chevalier T: Dispositif de surveillance de paramètres biologiques, Brevet FR2300218, janvier 2023.
Moreno M-V., Roscop F.: Procédé de fabrication d'un produit de traitement, Brevet FR2214017, 2022.
Moreno M-V., Grounauer P-A., Medical Device for Eye Examination, Patent WO2021/245146A1, 2022.Moreno M-V., Grounauer P-A., Dispositif médical d’examen oculaire, Patent FR2005831, 2020
Congress/Conference Presentations
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Moreno M-V, Ben Mansour S-A, Roscop F. How to improve the repeatability, reproducibility and accuracy in the structuration of water by electromagnetic waves? Under review
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Moreno MV, Herrera E. Evaluation on Phantoms of the Feasibility of a Smart Bra to Detect Breast Cancer in Young Adults, Sensors, 2019, 19 (24), 5491.
Hollebecque A, Cousin S, Ribbe E, Moreno MV, Clarion A, Varga A, Soria JC, Antoun S: Comparison of two methods of evaluation of body composition (CC) in patients followed for cancer: multi-frequency impedancemetry (BIS) and analysis of CT images, Clinical nutrition and metabolism 26, 2012, S54.
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Pierre-Alain Grounauer, Cloé and Marie-Valerie Moreno, Can Impedance Eye Recording (IER) be the New Health’s Eye Testing? JOJ Ophtalmology, volume 1, issue 2, DOI: 10.19080/JOJO.2024.11.555809, 2024.
Moreno M-V., Houriet C., Grounauer P-A., Ocular Phantom-Based Feasibility Study of an Early Diagnosis Device for Glaucoma. Sensors, 2021, 21 (2), 579.
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Peixoto M., Moreno M-V, Khider N. Conception of a Phantom in Agar-Agar Gel with the Same Bio-Impedance Properties as Human Quadriceps, Sensors 2021, 21(15)
Pinsault N., Moreno MV .: Bioimpedancemetry: examples of applications (Part 2), Scientific Kinesitherapy, n ° 542, PP 47-49, 2013.
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Ribbe E., Mellet J., Moreno MV. : Measuring body composition: which techniques and which applications in monitoring athletes?, Journal of the association of French athletic trainers, p. 32-35, n ° 214, June 2014.
Rebeyrol J, Moreno MV, Ribbe E, Vannicatte A: Case study: using monitoring of body composition data obtained by bioimpedance, in training of an elite male runner. The engineering of sport, Volume 2, Issue 2, June 2010, Pages 3059-3064, 2010.
Rebeyrol J, Moreno MV, Ribbe E, Buttafoghi L, Pedron O, Dechavanne C: Bioimpedance data monitoring in physical preparation: a real interest for performance of elite skiers for Winter Olympic Games 2010. The engineering of sport, Volume 2, Issue 2, Pages 2881-2887, 2010.
Moreno MV., Moreno G., Hubert F .: Monitoring of bioimpedance data during exercise in cyclists, The engineering of sport, vol.2, p517, 2008.
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Garnier R.: Your health with your eyes closed, Annex (chap. Moreno M-V) p159-174, Ed. Albin Michel, 2018
Moreno MV., Chauvet P, Ly O: Comparison between Caucasian and west African Children for assessing earlier malnutrition, Gazz Med Ital-Arch SCI Med, 3406, 2017.
Moreno MV., Coux MN, Ribbe E., Goyard E.: New method for quantifying the total volume of water in the obese subject, Clinical nutrition and metabolism 30, n ° 4, 2016
Coux MN., Ribbe E., Moreno MV: Optimizing your nutritional strategy through body composition, Clinical nutrition and metabolisme 28 (2014), S90-91.
Berend S, Saint-Palais A, Joly MA, Rodrgues P, Delzescaux P, Ribbe E, Moreno MV, Ritz P: the phase angle reflects the intensity of the dice nutrition, but not the calorie restriction, Annales d'Endocrinologie 73, number 4 page 415, September 2012.
Sanchez J, Monnami A, Ribbe E, Moreno MV: Sculpt your figure, Editions Thierry Souccar, Chap. 3, p 41-48, 2011.
Moreno MV, DJjeddi D, Jaffrin MY: Assessment of body composition in adolescent subjects with anorexia nervosa by bioimpedance. Med Eng Phys, Volume 30, Issue 6, Pages 783-791, 2008.
Moreno MV, Portail A, Coux MN, Ribbe E: Description of physiological aging process and detection of malnutrition through the study of body composition determined by bioimpedance, Gazz Med Ital, Arch Sci Med- 3404, 2017.
Moreno MV, Chauvet P., Ly O., Comparison between Caucasian and west African children for assessing earlier malnutrition, Gazzetta Medica Italiana, Arch. Sci. Med. 3406, 2016.
Moreno MV., Djeddi D., Jaffrin MY: Evaluation of a foot-to-foot impedancemeter for monitoring of nutritional status in anorexic adolescents by bioimpedance. Comput Methods Biomech Biomed Engin. 8, issue 4: 199-200, 2005.
Moreno, M.-V., Ribbe, E., Coux, M.-N., et al. New tool for detecting undernutrition in children. Clinical Nutrition and Metabolism, 2016, vol. 30, no 1, p.58-59
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Moreno, M. V., Ribbe, E., Rebeyrol, J., et al. Evaluation of a new impedancemeter to independently access extracellular, intracellular and total body water volumes. Application to the measurement of hydration,. Medical & Biological Eng & Computing, 2015, Volume 53, Issue 10, pp 989-999.
Moreno, M. V., Ribbe, E., Vannicatte A. , Krief L.: Evaluation of a multifrequency impedancemeter by biphotonic Densitometry, measuring independent tissue indices, in supine and standing position. Comparison with skin folds, Gazzetta Medica Italiana Arch SCI Med 2015; 174:1-2;3029-GMI
Moreno M-V, Chasset L., Bittner PA., Barthod C., Passard M.: New reusable elastomer electrodes for assessing body composition, Journal of Physics, Conf. Ser., 434, 2013.
Jaffrin M-Y, Fenech M, Moreno M-V, Kieffer R: Total body water measurement by a modification of the bioimpedance spectroscopy method. Med. Bio. Eng. Comput., 44:873-882. 2006.
Jaffrin M-Y, Moreno M-V: Les pèse-personnes impédancemètres, ou comment connaître sa composition corporelle en se pesant. Annales de Kinésithérapie, 44. 45-46. 2005.
Jaffrin M-Y, Kieffer R, MORENO M-V : Evaluation of a foot-to-foot impedancemeter measuring extracellular volume in addition to fat free mass and fat tissue mass. Nutrition, 21. 815-824. 2005.
Publications
Aequil Science showcases its work and its team’s 25 years of experience through two key modules.
Aequil
Aequil Life Inside
Aequil Life Inside is a module designed to treat bacteria, viruses, and fungi using low-frequency, low-energy electromagnetic waves. Following promising preclinical trials (on petri dishes and mice), clinical trials on humans are planned for 2026.
Ongoing trials are also exploring applications for air, water, animals, and plants.
Aequil Diag Inside
Aequil Diag Inside is a module for analyzing living systems using biopotentials, bioimpedance, photoplethysmography, and accelerometry. Aequil Diag has already been applied in numerous studies on humans, animals, and plants.
By leveraging data analysis expertise and artificial intelligence, Aequil Diag Inside aims to develop digital twins, enabling early detection solutions—well before clinical and biological symptoms appear.
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