Use Viabio Software for Bioprinting Optimisation
Use Viabio Software for Bioprinting Optimisation
Use Viabio 3D bioprinting optimisation software for modeling and simulation of critical construction processes to enhance the viability of bioprinted tissues and organs.
Improve the efficiency and scalability of 3D bioprinting technology through the use of AI and mathematical modelling.
Our Products:
SaaS
The main product is the software application for modeling physical processes inside a printed organic structure and finding its optimal design to increase viability.
The product is offered as a Software-as-a-Service Platform, with a monthly or annual subscription.
The cost depends on the functionality that the end user requires. Additionally, we offer a per-click mode for the software, with a one time cost.
Our present emphasis is centered around analyzing spheroids, although we remain open to dedicating a significant amount of time in the future to studying organoids, along with exploring diverse 3d bioprinting techniques.
The product is offered as a Software-as-a-Service Platform, with a monthly or annual subscription.
The cost depends on the functionality that the end user requires. Additionally, we offer a per-click mode for the software, with a one time cost.
Our present emphasis is centered around analyzing spheroids, although we remain open to dedicating a significant amount of time in the future to studying organoids, along with exploring diverse 3d bioprinting techniques.
Software Modules for Bioprinting Optimisation
We are aiming to develop Software modules for wide range of bioprinters.
The control software allows for real time adjustment of the bioprinting process using to computer vision control and modeling of bioprinting physics.
We tested it on Computer-Assisted Manufacturing Complex for 3D bioprinting we have prototyped.
The control software allows for real time adjustment of the bioprinting process using to computer vision control and modeling of bioprinting physics.
We tested it on Computer-Assisted Manufacturing Complex for 3D bioprinting we have prototyped.
Our Team:
International diversified team of experienced professionals
- Dr. Bogdan KIRILLOVChief Scientific Officer
- Dmitry MOSTOVOYChief Executive Officer
- Nikolay MALUKHINChief Technical Officer
- Maksim ANNIKOVChief Marketing Officer
- Michael AKIMOV, MBANon-Executive Director
Would you like to work with us?
Join our internship program and embark on a journey of learning, growth, and hands-on experience in Viabio. We're on the lookout for talented interns who are eager to make a real impact.
See Team roles below and send us your CV to: viabio@viabio.tech
See Team roles below and send us your CV to: viabio@viabio.tech
As a bioinformatician, you will play a crucial role in our research and development efforts by applying computational and statistical techniques to analyze biological data. Your expertise will contribute to the understanding of complex biological systems and the discovery of novel insights in synthetic biology and bioengineering.
Requirements:
Requirements:
- Ph.D. or MSc in Bioinformatics, Computational Biology, Bioengineering, or a related field;
- Strong programming skills in languages such as Python, R, or Perl, with experience in bioinformatics toolkits and libraries;
- Proficiency in the use of bioinformatics tools, databases, and resources;
- Experience with statistical analysis, machine learning, and data mining techniques applied to biological data;
- Knowledge of molecular biology, genetics, and genomics concepts and methodologies;
- Excellent problem-solving skills and the ability to work independently as well as collaboratively in a team-oriented environment;
- Strong communication and presentation skills, with the ability to effectively communicate complex concepts to both technical and non-technical audiences;
- Attention to detail and the ability to handle and analyze large datasets in a fast-paced research environment;
- Collaborate with interdisciplinary teams of scientists to design and implement bioinformatics pipelines and workflows;
- Develop and apply computational algorithms, statistical models, and machine learning techniques to analyze and interpret biological data;
- Perform quality control and data preprocessing to ensure the accuracy and integrity of the datasets;
- Conduct data mining and visualization to identify patterns, correlations, and trends in large-scale biological datasets;
- Stay up-to-date with the latest advancements in bioinformatics and genomics research to inform the development and implementation of cutting-edge computational methods;
- Provide expertise and guidance in experimental design, data analysis, and interpretation of results to researchers and collaborators;
- Collaborate in the development and maintenance of bioinformatics databases, tools, and resources for efficient data management and analysis;
- Contribute to the preparation of scientific publications, grant proposals, and technical reports;
- Stay current with relevant regulations and best practices in data privacy, security, and ethical considerations in bioinformatics research;
- Familiarity with cloud computing and big data technologies for bioinformatics applications;
- Experience in the development and implementation of bioinformatics pipelines and workflows;
As a biophysicist, you will play a key role in our scientific research and contribute to the understanding of biological systems at a molecular and physical level. You will apply principles from physics, biology, and computational modeling to investigate the properties and interactions of biological molecules, study mechanical forces in biological systems, and analyze complex biological networks.
Requirements:
Requirements:
- Ph.D. or MSc in Biophysics, Physics, Biology, or a related field;
- Strong background in physics, biology, and computational modeling;
- Proficiency in using techniques such as spectroscopy, mass spectrometry, and computational modeling for the study of biological molecules;
- Experience in studying the mechanical properties of biological systems, including movement, deformation, and growth;
- Knowledge of mathematical modeling and simulation techniques applied to biological processes;
- Familiarity with network analysis, high-throughput assays, and advanced imaging techniques for the study of complex biological systems;
- Strong analytical and problem-solving skills, with the ability to interpret and analyze complex data;
- Excellent written and verbal communication skills, with the ability to effectively communicate scientific concepts to both technical and non-technical audiences;
- Ability to work independently as well as collaboratively in a team-oriented research environment;
- Apply principles of physics and biology to study the mechanical forces involved in biological systems, including movement, deformation, mass transfer, diffusion and growth;
- Use computational modeling and simulation to analyze and interpret experimental data, and develop mathematical models to understand the thermodynamics and kinetics of biological processes;
- Collaborate with interdisciplinary teams of scientists to study the interactions between different components of biological systems, such as cells, tissues, and organisms, and understand their collective behavior;
- Utilize tools such as network analysis, high-throughput assays, and advanced imaging techniques to investigate complex biological systems and analyze large-scale datasets;
- Stay up-to-date with the latest advancements in biophysics research and technologies, and apply them to enhance research methodologies and experimental techniques;
- Contribute to the publication of scientific papers, presentations, and grant proposals to disseminate research findings;
- Experience in applying biophysical techniques to study specific areas such as protein folding, membrane biophysics, or cellular mechanics;
- Knowledge of computational biology and bioinformatics tools for the analysis of biological data;
- Experience with advanced imaging techniques such as fluorescence microscopy or electron microscopy;
- Strong programming skills in languages such as Python, MATLAB, or R for data analysis and modeling;
We are seeking a dynamic and creative PR/SMM Manager Junior to join our marketing team. This entry-level role is ideal for individuals passionate about public relations and social media marketing. As a PR/SMM Manager Junior, you will assist in building and maintaining our brand's online presence, engaging with our audience, and supporting various PR initiatives. If you are a proactive and enthusiastic communicator with a strong interest in digital marketing, this could be the perfect opportunity for you to kickstart your career in PR and SMM.
Requirements:
Requirements:
- Basic Social Media Knowledge: Familiarity with major social media platforms (e.g., Facebook, Twitter, Instagram, LinkedIn) and an understanding of their best practices for engagement;
- Excellent Communication Skills: Strong written and verbal communication skills are essential to effectively convey brand messages and engage with the audience;
- Tech-Savvy: Comfortable using social media management tools, analytics platforms, and basic graphic design tools;
- Social Media Management: Assist in managing and curating content for the company's social media profiles, including posting updates, responding to comments, and monitoring engagement;
- Content Creation: Create engaging written and visual content for social media, blog posts, press releases, and other PR materials;
- PR Support: Assist in drafting press releases, media pitches, and other PR materials. Collaborate with senior PR professionals on media outreach;
- Research and Trends: Stay updated on industry trends, emerging platforms, and best practices to suggest innovative PR and SMM strategies;
- Internship or Relevant Experience: Previous internships or experience in public relations, social media marketing, or digital marketing is a plus;
- Graphic Design Skills: Proficiency in graphic design software (e.g., Adobe Photoshop, Figma) for creating visually appealing content;
- Basic SEO Knowledge: Understanding of search engine optimization (SEO) principles and how they apply to content creation;
- Analytics Familiarity: Experience with social media analytics tools (e.g., Google Analytics, Facebook Insights) to track and report on performance;
FAQ:
Viabio focuses on developing 3D bioprinting software to model and simulate key building processes and improve the survival of bioprinted tissues. Our team has been working tirelessly to develop cutting-edge technology that uses 3D printing to create human tissue and organs. This technology has the potential to not only significantly improve the lives of individuals who require organ transplants, but also to reduce the time and cost of drug development by allowing researchers to test drugs on human tissue in a lab setting.
Unfortunately, no. Our core product for physical modelling and spheroid analysis is distributed on a subscription model and per-click basis. However, all the heavy-duty calculations of the printed design take place on the cloud, saving you resources and time. At the same time, we work individually with each partner and can adapt to your requirements.
Yes. We are now actively seeking partnerships to improve our product. If you do not represent your company or if you are a scientist and would like to try our product, you can contact us. Then we will look at your case in more detail and help you solve your problems. Sometimes it will be necessary to sign a Non-Disclosure Agreement, for safety reasons.
If you are a scientist and have ideas on how to improve our product, we are always open to your suggestions. Especially if you are interested in working for us. Please contact us at maksim@viabio.tech. If you are a representative of a biotech company, we would also be glad to see your thoughts on collaborations.
The software presented is now software for modelling the physical processes that take place inside a spheroid. We offer a dedicated solution to control the quality of spheroids for further use in bioprinting. The software takes into account the oxygen consumption rates of the cells and estimates a decrease in oxygen concentration caused by intracellular diffusion. A decrease in oxygen concentration indicates necrotic processes and cell death. Knowing the type of cells and the type of medium, the size of the spheroids, you can determine whether this type of spheroid is viable for a given diameter for use in bioprinting. You load an STL model composed of spheroids and adjust the structure parameters. After the calculations, you will get a time distribution of the cell necrosis score. Currently, the software has limitations, so please contact us via the form below for a personal consultation.
Contact us: Please send us a message or any queries regarding our products, investments or business partnership. |
