.png?width=200&height=200&name=Untitled%20design%20(87).png "Cold Plates")
.png?width=200&height=200&name=Untitled%20design%20(88).png "Heating Mantles")
.png?width=200&height=200&name=Untitled%20design%20(89).png "Homogenizer")
.png?width=200&height=200&name=Untitled%20design%20(91).png "Lab Freezer")
.png?width=200&height=200&name=Untitled%20design%20(92).png "Lab Oven")
.png?width=200&height=200&name=Untitled%20design%20(93).png "Lab Fridge")
.png?width=200&height=200&name=Untitled%20design%20(97).png "Temperature and Humidity")
Thermoline has been a trusted partner in providing high-quality products and services to Agriculture and Environmental research institutions for over five decades. We understand the unique needs of Agriculture and Environmental research facilities and are dedicated to supporting researchers and organisations with the best solutions available.
The agriculture sector is embracing technology and innovative practices to enhance productivity, sustainability, and resilience against environmental challenges. Our Thermoline Climatron Plant Growth cabinets are often used for growing Arabidopsis thaliana, a small flowering plant that is widely used as a model organism in plant biology and genetics. Its significance stems from its relatively simple genome, short life cycle, and ease of cultivation, making it an ideal subject for scientific study. Plant growth research is a dynamic field, constantly evolving with new discoveries and methodologies aimed at improving agricultural productivity and sustainability. These studies demonstrate the diverse and interdisciplinary nature of plant growth research, which combines genetics, molecular biology, environmental science, and advanced technology to address the challenges of modern agriculture.
Other common uses in environmental research are using Thermoline temperature and humidity cabinets for Drosophila research. Drosophila melanogaster, commonly known as the fruit fly, is a pivotal model organism in genetic and developmental biology research. The extensive use of Drosophila in research stems from its genetic simplicity, short life cycle, and the availability of sophisticated genetic tools. The Humiditherm temperature and humidity cabinets are often chosen due to the humidity generated without the use of ultrasonics. Drosophila research continues to be a cornerstone of genetic and biomedical research, offering valuable insights that are translatable to human health and disease.
These studies demonstrate the diverse and interdisciplinary nature of plant growth, agriculture and other environmental research, which combines genetics, molecular biology, and advanced technology to address the challenges of modern agriculture and environmental science.