Author: abou

CTIBIOTECH™ specializes in the production of human tissues using 3D bioprinting and additive manufacturing for biomedical, pharmaceutical, and dermato-cosmetic research and development. CTIBIOTECH™ fosters innovative solutions for preclinical evaluation (efficacy and safety testing) of active ingredients, dermo-cosmetic products, therapeutic candidates, cell therapies, aesthetic devices, and medical devices. We industrialize the production of bioassays from biopsies collected with patient consent for medical, pharmaceutical and dermatocosmetics innovation.

CTIBIOTECH™ has developed a biobank with capacity of 50 000 clinical samples in collaboration French and European hospitals from living donors that provided ethical informed consent. We mass-produce human skin models, tumor models containing the patient’s immune system, or human liver models enabling high value-added biomedical innovation. These unique industrial processes are based on 3D bioprinting, an additive manufacturing method that enables reproducible and precise production of patient-specific human tissues. We evaluate, for example, the response to anti-cancer drugs, the efficacy of a cosmetic product, treatments for burn victims or the safety of vaccines.

CTIBIOTECH™ is looking for academic, industrial, financial and commercial partners to accelerate its technological developments in human tissue bioproduction (preclinical and clinical), with additive manufacturing, lab-on-chip, organ-on-chip in Japan and worldwide.

Asygn is based in Grenoble (French Alps), designing high performance electronics for sensors and RF applications. Asygn’s activity is backed by a high level of expertise and in-depth knowledge of high-resolution sensor interface, ultra-low power and RF design. Asygn recently launched the AS321x series, the first battery-free UHF RFID sensor chips.
Fully compliant with RAIN RFID infrastructures (EPC Gen 2), the AS321x chips feature an analog interface for connection to external sensors and on-chip sensors such as temperature, strain, ambient light, humidity, motion or electrical contact.
This IC family achieves state-of-the-art sensitivity including sensor bias and readout. Integrated on inlays without any additional components, it can transmit the acquired data to conventional UHF RFID readers over ranges of up to seven meters. Asygn’s products are targeting many applications and market segments such as Predictive Maintenance, Medical, Food Tracking, Retail, Automotive…