Custom Animal Cell-based Assays

R&D Solutions

Get a quote

We're excited to learn more about your project and provide you with a customized quote tailored to your needs. Please fill out the form below, and we'll get back to you as soon as possible.

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

Custom Animal Cell-based Assays

Inquiry Now

Cell Metabolism Assay Cell Proliferation Assay Cell Viability Assay Cytotoxicity Assay Apoptosis Assay Cell Invasion and Migration Assay Custom Animal Cell-based Technology Why Choose Us?

Animal cell-related assays can be utilized in basic biological research, animal medical research, and veterinary drug discovery and screening applications to characterize essential features qualitatively and quantitatively such as cytotoxicity, biological activity, biochemical mechanisms, and exercise capacity. BioVenic offers scientific researchers comprehensive animal cell-related detection solutions, including design and implementation. BioVenic also conducts detailed analysis of complex biological data to draw more physiologically relevant research conclusions. Our cell testing laboratory has mastered various testing technologies suitable for animal cells. Cell testing is divided into categories: cell proliferation, cytotoxicity, cell apoptosis, cell viability, and cell invasion or migration testing based on specific requirements. Our animal cell-based assay solutions are efficient, sophisticated, and more biologically and physiologically relevant than biochemical assays.

Fig.1 The intrinsic and extrinsic pathways of apoptosis.^1,2

Cell Metabolism Assay

BioVenic has introduced a comprehensive range of personalized metabolic testing services for animal cells. These services include metabolite detection, metabolic pathway analysis, and assessment of cell metabolic activity. The iconic metabolites and metabolic networks of various cell types are closely linked to essential biological processes, including apoptosis, signaling, immune response, and gene expression. Through comprehensive measurement, detection, and quantitative analysis of cell metabolism levels, we support customers in advancing their projects related to the research of animal body aging, metabolic dysfunction, metabolic disorders, and other diseases, as well as in the development of veterinary drugs.

Cell Proliferation Assay

BioVenic has launched an animal cell proliferation test designed to quantify the relative rate of division of animal cells or cell groups to evaluate the proliferation process. Cell proliferation plays a crucial role in the growth and development of individual animals and in maintaining normal tissue and cell homeostasis. Our cell proliferation testing involves examining various aspects such as cell metabolic activity, DNA synthesis linked to cell proliferation, protein expression, ATP concentration, and more. We tailor unique solutions for each perspective to effectively address the diverse requirements of scientific research projects.

Cell Viability Assay

BioVenic has developed a sophisticated detection technology for assessing animal cell viability. Our service measures change in cell viability, evaluates cell health, determines cytotoxicity, assesses the efficacy of veterinary drugs, and explores active ingredients. Our expert team is committed to enhancing comprehensive capabilities through technological advancements to ensure reliable detection and reproducible results for assessing cell viability.

Cytotoxicity Assay

BioVenic's animal cytotoxicity analysis services enable personalized assessment of the capacity of specific substances or compounds to induce harm or mortality in target cells. Our varied assessment options are well-suited for studying the survival of animal cells following treatment with potential veterinary drugs or formulations.

Apoptosis Assay

BioVenic offers services for detecting apoptosis in animals to support research aimed at understanding the mechanism of apoptosis, studying pathological apoptotic diseases, and advancing the development of veterinary drugs. Our apoptosis detection methods range from solutions based on morphological observation and analysis to those based on biological function. These solutions are capable of analyzing various hallmark activities that represent apoptosis.

Cell Invasion and Migration Assay

BioVenic provides customers with customized comprehensive solutions for detecting animal cell motility. The technical methods for studying cell migration and invasion are divided into cell scratch experiments and Transwell experiments. At the same time, combined with the automated confocal imaging technology platform, the migration behavior of animal cells can be recorded more intuitively and comprehensively. We are committed to providing customers with one-stop services, from experimental design and execution to offering reliable research tools for various disciplines related to basic research in animal medicine and cell biology.

Custom Animal Cell-based Technology

CRISPR Genome Editing	BioVenic enables knock-in, knock-out, point mutation, and other editing of animal genomes through a comprehensive technology platform based on the CRISPR system. We are advancing basic research in animal-related biology in innovative and revolutionary ways. We are committed to providing high-quality precision editing services for animal cell genomes, as well as comprehensive design and synthesis of gene editing tools to achieve stable insertion and expression, or even overexpression, of reporter genes in target cells. Our goal is to assist you in utilizing the power of CRISPR systems to create labeled target cells or cell populations.
Live Cell Imaging	BioVenic's live cell microscopy imaging technology platform integrates state-of-the-art scientific tools for animal cell biology research. Live cell imaging services enable the long-term observation of the dynamics and interactions of specific biomolecules within animal cells, as well as the dynamic behavior of cells. Our research and development team leverages various technological innovations to improve the practical application of live cell imaging in animals. We have also perfected label-free cell imaging to offer non-invasive real-time insights into animal cells, catering to the diverse needs of customers and minimizing the toxic effects of fluorescent dyes on animal cells.
3D Cell Culture System Development	BioVenic has developed a sophisticated platform for creating 3D culture systems for animal cells. 3D cell culture provides a larger platform for animal cell research and can replicate the spatial arrangement of animal cells in vitro. Compared with 2D cell culture systems, 3D cell culture systems have received increasing attention due to their significant advantages in offering more physiologically relevant information and generating more predictive data. The development of animal 3D cell culture systems is a crucial technological advancement that enhances our capacity to mimic cellular structure and organ function. This enables in vitro cell detection to replicate the living environment and physiological conditions of cells more accurately in the animal body, enhancing the scientific value of the detection results.

Why Choose Us?

Professional Background

Our expert team has a comprehensive understanding and adept application of the physiological characteristics and biological activities of animal cells, guaranteeing that the experimental plan is professional, reliable, and highly feasible.

Full Range of Assay Solutions

For target animal cells, we support all-around one-stop detection services for proliferation, vitality, toxicity, metabolism, and apoptosis. We can tailor detection solutions to meet specific research objectives.

Cutting-edge Technology Platform

We have developed a high-throughput technology platform that facilitates cell detection and analysis, enabling the screening and real-time monitoring of large-scale cell populations.

BioVenic's animal cell-based assays offer valuable and scientifically significant data for fundamental biological research, veterinary drug development, and disease model assessment. We aim to enhance our understanding of biological systems by offering a range of solutions for measuring or detecting cells. Please contact us to discuss your scientific research needs.

References

Image retrieved from Figure 1 "The intrinsic and extrinsic pathways of apoptosis." Wong et al., 2011, used under [CC BY 2.0] (https://creativecommons.org/licenses/by/2.0/). Without modification.
Wong, Rebecca SY. "Apoptosis in cancer: from pathogenesis to treatment." Journal of experimental & clinical cancer research 30 (2011): 1-14.