2018

Kay Tye Lab

Kay Tye on Neural Circuits of Emotions and Her Lab Philosophy

Kay Tye, PhD, is a neuroscientist and Assistant Professor at MIT. Her cutting-edge science has garnered prestigious awards, including the McKnight Scholar Award from 2015-2018. Her lab studies the neural circuit mechanisms of emotions and motivated behaviors in mice, and she’s been one of the neuroscientists collaborating with Inscopix to apply nVoke, our game-changing all-optical

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100 Publications with Inscopix Tech_FINAL-thumb-List_16

Must-Read Neural Circuit Papers in February 2018

February brought a number of blockbuster papers related to neural circuit research, including two papers that applied Inscopix technology. The behaviors studied ranged from motor learning, sleep, decision-making, fear, thirst, hunting, predation, and evasion. Plus there’s a novel genetically encoded fluorescent voltage reporter this month! Two of the papers have videos that accompany them, so

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100 Publications with Inscopix Tech_FINAL-thumb-List_17

Podcast: Dr. Cori Bargmann on Accelerating Breakthroughs in Biomedical Research

For our latest podcast, we had the honor of interviewing one of the most influential leaders in biomedical research today, the President of Science at the Chan Zuckerberg Initiative (CZI), Dr. Cori Bargmann. Cori is also the Torsten N. Wiesel Professor at Rockefeller University. Cori has dedicated her research career to understanding the genetic and

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100 Publications with Inscopix Tech_FINAL-thumb-List_18

Blockbuster Study from Dr. Anatol Kreitzer’s Lab Sheds Light on Neural Circuit Mechanisms of Motor Learning

At Inscopix, we take immense pride in the scientific success of our community members. Recently, we had the privilege of interviewing Dr. Anatol Kreitzer (Gladstone Institutes/UCSF) about the tour-de-force study from his lab published in Cell last week. This paper investigated the role of a small population of striatal neurons, the GABAergic Fast-Spiking Interneurons (FSIs),

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Hippocampal-Hypothalamic Neural Circuit

Anxiety is Innately Coded by a Hippocampal-Hypothalamic Neural Circuit

The hippocampus mediates learning and memory, and since it receives its inputs from many areas, including the cortex and limbic system, it integrates vast types of information which can be paired with stimuli during learning. For example, a mouse can learn to fear a neutral environment if it is paired with an annoying stimuli, like

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