Neuroscience is undoubtedly a crucial discipline in exploring the mysteries of the human brain and nervous system.Various neuroscience studies on experimental animals such as mice and rats not only reveal the basic working principles of the nervous system, but also provide a solid scientific foundation for understanding human behavior, cognition, emotion, and various neurological diseases.

In a small SPF animal room laboratory, have you ever been forced to put your experimental record book on the floor and remove the cage cover with both hands to take out the animal because you can't free your hands to take out the cage?null ——"Not only do you have to remove the cover of this cage, you also have to remove the iron mesh to take the animal out. It's too complicated!" When the power suddenly went out in the laboratory, the life window on the cage cover could not meet the ventilation needs of the animals. When they were found, the animals were already dying and crying for help.?

Bufan Xu's research team from the Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences, recently published a research paper titled "A Sweet Almond Globulin Multifunctional Peptide: Identification, In Silico Screening, Restraint Mechanisms to Keap1 and ACE, and Antihypertensive and Ferrous Transport Efficiency" in the international academic journal Nutrients...

Breakthrough of scientific research equipment under tariff war

At three o'clock in the morning, the ventilation duct in the animal room emitted a low-frequency hum.null Experimenter Xiao Zhang pressed the hemostat again, and the metal teeth pierced the skin of the rat's neck.He was very familiar with this scene - wiping with iodine cotton balls, isolating the carotid artery, inserting a PE catheter... his movements were as precise as a surgical robot.But today, his fingers suddenly stopped in mid-air.null "The third one." The handwriting on the notebook was scribbled with coffee stains. "Post-operative infection rates have increased, and long-term survival rates are almost zero." Outside the glass window, the test animal in the cage anxiously gnawed at the cage door, the scabs on its neck reflecting dark red as it swayed...

In neuroscience, pharmacology or disease model research, blood oxygen saturation (SpO₂) monitoring of small animals (such as mice and rats) is a key parameter for evaluating anesthesia depth, respiratory function, and metabolic status.However, traditional methods require repeated blood sampling or rely on complex equipment, resulting in data lag, animal stress, and even experimental interruption.