Experimental Models

Aging is a complex and multifaceted process that occurs over an extended period. By utilizing experimental models, researchers can study specific aspects of aging in a controlled environment, allowing for a better understanding of underlying mechanisms and the development of targeted interventions.

Welcome to CD BioSciences, a preclinical research organization (CRO) specializing in aging models and evaluations. We offer comprehensive services, including in vitro aging model customization, in vivo aging model customization, and evaluation of aging in animal models. Our mission is to provide researchers and pharmaceutical companies with reliable and tailored experimental models to advance aging research and facilitate drug development.

Evaluation Services of Aging in Animal Models

Food Intake Analysis Body Temperature Analysis Body Composition Analysis Serum/Urine Analysis Glucose Homeostasis Analysis Behavior Analysis Lifespan Analysis

CD BioSciences offers advanced techniques, such as specialized feeding monitoring systems and precision balance scales, for food intake analysis in animal models.

CD BioSciences offers body temperature analysis services to evaluate thermoregulatory changes in animal models.

CD BioSciences offers body composition analysis services using reliable techniques to evaluate changes in animal models.

Through comprehensive analysis of serum and urine samples, we can help clients evaluate various markers, hormone levels, and renal function in animal models.

CD BioSciences offers specialized glucose homeostasis analysis services to evaluate changes in glucose regulation in animal models.

CD BioSciences conducts comprehensive behavior analysis in animal models to assess changes in cognitive function, motor coordination, anxiety, and depression-like behaviors associated with aging.

CD BioSciences offers specialized animal model lifespan analysis services to assess the effects of various interventions or treatments on longevity.

Experimental Models

Experimental Models

Senescence-Induced Fibroblasts

Senescence-Induced Epithelial Cells

Senescence-Induced Endothelial Cells

Senescence-Induced Chondrocytes

Senescence-Induced Myoblasts

Senescence-Induced Mesenchymal Stem Cells

Yeast Models

Roundworm Models

Turbellaria Models

Fruit Flie Models

Rodent Models

Nonhuman Primate Models

Avian Models

Fish Models