Welcome to Artis Analytica, where our expertise encompasses a wide range of advanced data analysis techniques across various scientific disciplines. With proficiency in synchrotron radiation and electron microscopy techniques, we offer tailored solutions to address your analytical needs. As a scientific hub, we connect partners seeking analytical solutions with skilled experts, driving innovation and problem-solving across academic and industrial sectors. Additionally, we provide scientists with a platform to share and market their expertise, facilitating collaboration and knowledge exchange.

Background

We are a multidisciplinary team of experts in various scientific disciplines, spanning from life to material sciences. We specialize in developing innovative algorithms, methodologies, and approaches for analyzing data from cutting-edge techniques, such as cryoEM, synchrotron X-ray imaging, spectroscopy, and diffraction.

We aim to bridge the gap between partners seeking customized analytical solutions and proficient experts. As trusted advisers, we streamline the process of matching precise scientific expertise with diverse data analysis needs, facilitating seamless collaborations. Our goal is to ensure that these partnerships are not only efficient but also effective, catalyzing innovation and problem-solving across a wide spectrum of industries.

Mission

Cryo-electron microscopy

At the heart of our services is a specialized focus on revealing biomolecular structures through cryo electron microscopy. Our proficiency extends to method development in Single Particle and Subtomogram Averaging techniques, guaranteeing precise and comprehensive analysis. By employing customized analytical strategies and pipelines, we assist customers in unraveling the complex architecture of biomolecules. This facilitates advancements in crucial areas like drug discovery, protein engineering, and the comprehension of biological mechanisms.

Imaging life in 3D

Cryo soft X-ray and electron microscopy offer groundbreaking insights into cellular ultrastructure, visualizing organelles with exceptional clarity and resolution in their hydrated state. Fluorescence microscopy complements this by revealing the intracellular localization of therapeutic agents and their effects. Employing a correlative imaging approach, fluorescence microscopy provides insights into cellular responses and morphology. We support the development of techniques combining tomographic and correlative approaches to reconstruct 3D images, facilitating the study of dynamic cellular processes across various fields of research such as biology and medicine.

Advanced materials

Smart characterization techniques, such as synchrotron diffraction (XRD) and spectroscopy (XAS), are key in advancing materials science, spanning catalysis, batteries, nanoparticles, semiconductor devices, polymers, and pharmaceuticals. Synchrotron XRD delivers precise insights into crystallographic structures, elucidating atomic arrangements within materials, aiding catalyst research to optimize performance or steelmakers to analyze microstructure of new generation products. Meanwhile, synchrotron XAS unveils electronic structure and chemical bonding, crucial for designing efficient energy storage systems like batteries. By enabling atomic-level characterization of nanoparticles, these techniques drive the development of tailored materials across diverse applications, from renewable energy to biomedical devices, fostering innovation and enhancing performance.

Freelancer platform

Being a freelance scientist is undoubtedly challenging. Along with your regular academic duties, you must manage all aspects of your business, leaving little time to develop your expertise and serve your customers effectively. It's demanding work, and you may question whether the extra income is worth the effort. We offer you support in a wide range of administrative tasks, such as billing, social security, and tax procedures, allowing you to focus on what you do best. Additionally, we also provide opportunities to access projects through our intermediation.

Solutions

Get in Touch

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