Insects of various species and shapes, belonging to arthropods in invertebrates, are the largest number of animal groups on the planet, accounting for more than 50% of all biological species (including bacteria, fungi, viruses), and they are almost everywhere. In every corner of the world, the ecological study of insects has never been interrupted.
Compared with warm-blooded animals such as mammals, because of their small size, they have to cope with huge heat loss during foraging, so their body temperature regulation mode has received extensive attention.
SSI animal energy metabolism thermography combined composite system includes SSI insect energy metabolism measurement module and infrared thermal imager, SSI insect energy metabolism measurement module is used to accurately measure carbon dioxide and oxygen consumption exhaled by insects such as fruit flies and other animals, and It can calculate the respiratory quotient, synchronize the monitoring of insect activities and its relationship with respiratory metabolism, and is widely used in the study of respiratory metabolism of various small insects, such as genetics, medical experiments, pest control, preventive medical research experiments, insect ecology. The infrared thermal imager is composed of a calibrated high-sensitivity infrared thermal imaging sensor, optical lens and analysis software. It can be directly connected to the computer for analysis by USB3 interface (very suitable for laboratory use and PCB analysis), and optional GigE network. The interface is networked for monitoring. The instrument is designed with high resolution, high precision, high sensitivity and high sensitivity (30mK). It can be used for accurate non-contact temperature measurement in laboratory and in different environments. It is widely used in life sciences (such as animal energy metabolism research, plant phenotype). Analysis, etc.), ecological and environmental science, industrial fields, quality inspection and quality control.
In 2017, Helmut Kovac et al. published the "Comparison of thermal traits of Polistes dominula and Polistes gallicus, two European paper wasps with strongly differing distribution ranges" in the article "J COMP PHYSIOL B" (influence factor 2.517). SSI's insect respiratory metabolism measurement system and infrared thermal imaging system studied the body temperature and metabolism of two European wasps, and proved that under different temperature conditions, the two wasps are different in environmental tolerance and their body temperature regulation The way determines the adaptability to different regions.
Anton Stabentheiner et al., "Assessing honeybee and wasp thermoregulation and energetics - New insights by combination of flow-through respirometry with infrared thermography" in the book Thermochimica Acta (influence factor 2.189), for insects such as bees and wasps Body heat regulation was studied and they demonstrated the application of infrared thermography and respirometry to the field of insect ecology research and obtained accurate results. Bees and wasps have different maximum thermal thresholds, which allows bees to kill wasps by heating. In the process of determining the critical thermal limit of insect respiration, the combined use of respiration and thermography provides a powerful explanation for the insect's respiratory traces.
Beijing IE Ketai Ecological Technology Co., Ltd. SSI insect energy metabolism measurement system is composed of carbon dioxide analyzer, oxygen analyzer, multi-channel gas circuit converter, air flow controller, data collector and program software, air chamber (breathing chamber, etc. ). 8 channels (can measure the respiratory metabolism of 7 animals at the same time) or more channel observation systems can be customized according to the research content and budget, or choose to measure CO 2 , O 2 , RQ and H 2 O at the same time. A measurement system for measuring CO 2 or O 2 .
In addition to the standard configuration, the system can be optionally equipped with a variety of physiological indicators:
* Optional WIC640 infrared thermal imager for temperature monitoring of experimental animals such as insects
* Optional AD-2 infrared activity monitoring device to monitor insect activity intensity in real time
* Optional temperature control system for temperature control
* Optional gas control system to regulate the concentration of oxygen or carbon dioxide that enters the breathing chamber.
Beijing Yiketai Ecological Technology Co., Ltd. has been committed to the promotion and technical services of biorespiration and energy metabolism technology for nearly 20 years, providing you with comprehensive biorespiration and energy metabolism measurement solutions:
- High-throughput insect breathing and energy metabolism measurement technology program (CO2 and O2 measurement)
- SSI experimental animal energy metabolism measurement system combined with thermal imager
- Portable animal respiratory metabolic measurement system and thermal imager combined program
- Human energy metabolism and activity intensity research measurement program
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