Creative Bioarray services

Cell Culture Services: Creative Bioarray Offers Complete Solutions for Your Research Needs

The practice of cell culture remains essential for biomedical research and drug development as it provides critical tools to study cellular functions and disease processes while generating possible treatments. Creative Bioarray utilizes its extensive knowledge and advanced skills in cell culture to deliver a comprehensive suite of services. We provide personalized and dependable high-quality cell culture solutions which help both researchers and companies reach their scientific and therapeutic objectives.

ATP Cell Viability Assay

ATP is involved in a variety of enzymatic reactions to maintain normal life activities. When normal cells undergo apoptosis and necrosis, the content of ATP will be characteristic changed. Thus, ATP has been widely accepted as a valid marker of viable cells. The measurement of ATP using firefly luciferase is the most commonly applied method for estimating the number of viable cells.

creative bioarray - Exosome Identification

Secreted exosomes play important roles in the pathogenesis of various diseases. The quality and purity of isolated exosomes are crucial for their functions and may directly affect the outcome. Creative Bioarray's exosome identification service makes it easy to detect and characterize exosomes with our experience working on exosomes. Our expertise characterizes isolated exosomes in many different ways including particle size, quantity, specific antibodies, and more. We are dedicated to providing our customers with well-developed assays and high-quality data at a competitive price.

creative bioarray - Immortalized Cell Culture

Immortalized cells are a population of cells from a multicellular organism due to mutation, which can escape normal cellular senescence and keep undergoing division. Thus, this kind of cells can grow in vitro for prolonged periods. The mutations required for immortality can occur naturally or be intentionally induced for experimental purposes. Immortal cell lines are a powerful tool for the biological investigator to research the biochemistry and cell biology of multicellular organisms, which plays an important role in the study of the biology of cell growth, differentiation, and senescence. And they have been applied in the research of cell biology, immunology, hematology, cancer biology, toxicology, and molecular biology.

creative bioarray - Microsomal Stability Assay

Creative Bioarray is committed to providing microsomal stability assay service with high effectivity and reliability to accelerate drug development. We provide microsomal stability assays for all small compounds such as pharmaceuticals, industrial chemicals, and clients' products. Creative Bioarray's microsomal stability assay can be further extended to metabolite profiling and give out more information about the metabolism of your compound. S9 stability assay and hepatocyte stability assay are also available at Creative Bioarray. Liver S9 fraction (Cat. CSC-C4093X) as a product can be used in genotoxicity tests such as the Ames test as a metabolic activator.

creative bioarray - In Vitro Toxicity Assay Kits

In vitro toxicology and in vitro toxicity testing involves the study and interpretation of adverse effects through in vitro research methods typically associated with bacterial and mammalian cell cultures. Creative Bioarray's in vitro toxicity testing uses the latest advances in the field of in vitro toxicology to help clients determine the viability of compounds early in the preclinical phase of drug development or new product discovery.

creative bioarray - CHO Cell Culture Media

CHO cell culture media is a complex mixture of nutrients, growth factors, and other supplements. Creative Bioarray aims to provide you with the right CHO cell culture media to support the growth and maintenance of CHO cells. Our media can be divided into two main categories: basal media and supplemental media. Basal media usually contain basic nutrients such as amino acids, glucose, and vitamins required for cell growth. On the other hand, supplemental media contain additional factors needed to support specific cell functions, such as growth factors, serum, and antibiotics.

creative bioarray - In Situ Hybridization

In situ hybridization is a technique for detecting the expression pattern of a particular gene sequence in cells or tissues using a complimentary sequence known as a probe. The probe is typically labeled with a fluorochrome or an enzyme, so it can be detected either by using a fluorescent microscope or with a bright field microscope. ISH differs from immunohistochemistry which typically localizes proteins in tissue sections. ISH can be performed on a variety of targets, including RNA within cells, DNA in metaphase chromosome preparations obtained from mitotic cells, or DNA in interphase nuclei from cells in the non-mitotic phases. ISH not only has the advantages of detection in morphological context, but also is favored by people for its high sensitivity to nucleic acid detection. ISH has been widely used in clinical cytogenetics, tumor biology, gene mapping and chromosome evolution research.

creative bioarray - Keratinocyte Cell Culture

Keratinocyte Cells are the most common skin cells, 90% of them are located on the out layer of the skin. The Keratinocyte Cells work as a barrier that protect the under skin layer tissue and nerves. This barrier can be found everywhere in our body, such as skin, hair, and nails, they are all made by keratin protein which produced by Keratinocyte Cells. Creative bioarray provides multiple types of Keratinocyte Cells growth media such as Human Keratinocyte Stem Cell Media, Epidermal Keratinocyte 3D Prime Medium, Defined, Epidermal Keratinocyte Medium, Defined, Calcium Free and PCT Epidermal Keratinocyte Medium, Low BPE, Calcium Free etc.

creative bioarray - Human Neural Progenitor Cells

The CD34+/CD38- immunophenotype defines a primitive subpopulation of progenitor cells. Human Cord Blood CD34+/CD38- Progenitor Cells from Creative Bioarray are characterized by flow cytometry, analyzing cell viability and the presence of the CD34 and CD38 markers. Our cells have a purity of >90%.