Blog

As a neuroscientist who leads a commercial organization, my mission and motivation come from seeing how our customers use Inscopix technology to address major questions in their labs. But each day, my team and I engage with Principal Investigators who are pressed by tightening budgets and must navigate a seemingly growing list of restrictions on

Image: Data courtesy of Jones Parker lab – Northwestern University. Efforts to develop more effective drugs for treating schizophrenia have received a significant boost with a groundbreaking study from the laboratory of Jones Parker at Northwestern University, published recently in Nature Neuroscience. Antipsychotic drugs, commonly prescribed for millions of people suffering from schizophrenia, often come

Pregnancy and childbirth are extraordinary experiences that profoundly change a mother’s life. But did you know that the stress a woman faces during her adolescent years can have unexpected effects on her behavior after becoming a mother? It is a fascinating topic that has captured the attention of scientists. New research led by Kyohei Kin

How do we steadily recognize environments we are in while experiencing joy or possibly trauma? A recent publication by Dr. Kyogo Kobayashi and Dr. Naoki Matsuo from Kyushu University addressed this question of how animals code environmental information, i.e., spatial contextual memory in the brain, distinct from episodic memories. Using the Inscopix nVista miniscope, the

In an innovative new publication from the Anderson lab at Caltech, ‘An approximate line attractor in the hypothalamus encodes an aggressive state,’ Nair et al. use the Inscopix miniscope to investigate the population dynamics of the ventromedial hypothalamus (VMHvl) during aggressive behavior. This brain region was previously shown to cause attack behavior when optogenetically stimulated,

The Inscopix nVue™ system that was released last year has been a game changer for the in-vivo freely behaving imaging field and we are excited about the new application that enables simultaneous imaging of blood flow with cellular activity! If you aren’t familiar, the nVue system is a miniaturized microscope enabling the dual color imaging