Telomere Analysis Technology (TAT®) is our state of the art proprietary technology that assesses telomere length individually. We measure telomere length using high-content screening, high-throughput fluorescence in situ hybridization.
We provide a comprehensive analysis of the entire distribution of telomere length ranging from the shortest to the longest telomeres, including frequency, mean and median values. Telomere length distribution and especially the subset of short telomeres are key parameters in age-related or chronic diseases; stem cell therapies; oncology product development; nutraceutical and cosmetics efficacy tests.
TAT® is an accurate and robust technology with a C.V. < 5% that can be performed on any cell type and is ideal for in-vitro research, pre-clinical and clinical studies.
A unique and innovative ready-to-use 3D-enriched Cancer Stem Cell solution for drug compound screening. - Enhances the biological relevance of your pre-clinical invitro CSC 3D-based culture efficacy assays for novel cancer treatment discovery and validation. - Helps you accelerate the discovery of novel cancer treatments that put an end to relapse and metastasis.
ZeClinics experience in the use of CRISPR/Cas9 technology is extended to the generation of genetically modified cell lines. Applicable to most of the commercially available human cell lines and induced pluripotent stem cell (iPSC) of your choice. We can design, construct and use the best gRNA to make customized Knockout and knockin lines.
Some examples of the genetic tools Canvax can use and customize are: (1) Engineering yeast, Gram-positive and Gram-negative bacteria, with bio-safety levels 1 and 2; (2)Versatile shuttle vectors to introduce exogenous DNA in certain bacterial species using plasmids and phages; (3) Random mutagenesis and overexpression process including transposition, bank generation and screening steps; (4) Reporter genes based on fluorescence or luminescence; (5) Chromosomal gene inactivation an aminoacidic changes in different bacterial species.
Advanced laser systems applications. 3D Bioprinting
InnoFluence develop advanced technology for marketing laser systems for 3D bioprinting with key applications in tissue engineering, cell culture and drug delivery markets. In addition, the company activity commercialize associated services (training, consulting, engineering, safety and regulation aspects) in this area, as well as engineering services in general for development of the application specifics in the industrial manufacturing and advance science.
Cancer stem cell activity - Ad hoc research services
Our experts can advise on appropriate models and plan and manage protocols in accordance with the aims of your study. Our ad-hoc department aims to provide customized solutions to suit our customers R&D needs. We can advise on all aspects of the process from basic cell work, to in vivo efficacy testing.