Drosophila Lifespan Analysis Service Based on Automated Monitoring Systems

STEMart offers a specialized Drosophila Lifespan Analysis Service using automated monitoring systems to provide accurate, high-throughput analysis of lifespan in fruit fly populations. By leveraging advanced technologies, we can monitor Drosophila activity, movement, and survival in real-time, allowing researchers to investigate genetic, environmental, and pharmacological factors that influence lifespan. This service is ideal for aging studies, genetic screenings, and drug discovery, providing detailed insights into factors that affect longevity.

The automated monitoring systems used in our laboratory enable continuous tracking of Drosophila without human intervention, ensuring consistent and unbiased data collection. These systems detect fly movement and activity, recording mortality events with high precision. The technology is widely applied in aging research, genetics, and disease modeling, providing researchers with comprehensive lifespan data and the ability to analyze the impact of various treatments or genetic modifications.

Leveraging our state-of-the-art monitoring systems and expertise in Drosophila research, we offer a range of lifespan analysis services designed to meet your specific research goals. Whether you are studying the genetics of aging, testing anti-aging compounds, or exploring the effects of environmental factors on lifespan, our services provide accurate, reproducible results.

What We Offer

• Lifespan Analysis Service

Comprehensive tracking of Drosophila lifespan in controlled environments, allowing for detailed investigation of genetic and environmental influences on longevity.

• Genetic Screening for Longevity Genes

High-throughput screening of Drosophila populations to identify genes that impact lifespan, ideal for aging research and genetic studies.

• Pharmacological Testing for Anti-Aging Compounds

Evaluation of compounds that may extend lifespan or delay aging-related decline in Drosophila, providing valuable preclinical insights.

• Dietary and Environmental Influence Studies

Analysis of the impact of dietary interventions, environmental conditions, or stress factors on Drosophila lifespan and health.

Why Choose Us

• High-Throughput, Real-Time Monitoring

Our automated systems provide continuous, real-time tracking of Drosophila populations, ensuring precise lifespan data without manual intervention.

• Unbiased and Accurate Data Collection

Automated systems eliminate human error and bias, offering consistent and reliable data for lifespan analysis.

• Flexible Experimental Design

We offer customizable study designs to fit your research needs, whether you are focusing on genetic, pharmacological, or environmental factors affecting lifespan.

• Expert Support and Consultation

Our team has extensive experience in Drosophila research and provides full support from experimental design to data analysis.

Our Resources

Automated Drosophila Monitoring System (TriKinetics DAM2)

The TriKinetics DAM2 system provides real-time monitoring of Drosophila activity, detecting movement and mortality events, ensuring precise lifespan tracking.

Environmental Control Chambers (Percival Scientific I-36LL)

Our environmental chambers maintain controlled temperature, humidity, and light conditions to ensure a stable environment for Drosophila lifespan studies.

Data Analysis Software (TriKinetics DAMSystem)

The TriKinetics DAMSystem software allows for detailed analysis of lifespan and activity data, providing researchers with customizable output and statistical insights.

STEMart provides high-quality animal model services tailored to meet the specific needs of our clients. Our team of experienced specialists utilizes cutting-edge equipment and adheres to rigorous quality control protocols, ensuring precise and dependable results. Contact us to learn more about our animal model services and how we can help you achieve your research goals.