Property: Has bio
From Miniscope
| Property | |
|---|---|
| Allow multiple values | No
|
| Display name | Bio |
| Description | Short prose biography (1-3 sentences) introducing someone — what they work on, where they are in their career, why they're at this event |
| Input type | textarea |
| Data type | Text
|
A
Alessia is a visiting graduate student at the Aharoni Lab. She holds an MSc degree in Physics, and she is currently a PhD student in Atomic and Molecular Photonics at the European Laboratory for Non-Linear Spectroscopy (Florence, Italy), in the research group of Prof. Francesco S. Pavone. +
I am an Associate Professor in neuroscience at the University of Tours (group leader at UMR 1253 iBraiN, Inserm). My research contributed to establishing the functional role of adult hippocampal neurogenesis in antidepressant action and stress regulation, and now investigates hippocampal temporal coding, neuronal population dynamics, and innovative neurostimulation approaches in stress-related disorders. I'm planning to adopt 2-channel miniscope calcium imaging to record CA1 population activity in awake-behaving mice, and I'm attending the 2026 workshop to learn the hands-on skills for building and using a 2-channel miniscope. +
I am an Associate Professor in neuroscience at the University of Tours (group leader at UMR 1253 iBraiN, Inserm). My research contributed to establishing the functional role of adult hippocampal neurogenesis in antidepressant action and stress regulation, and now investigates hippocampal temporal coding, neuronal population dynamics, and innovative neurostimulation approaches in stress-related disorders. I'm planning to adopt 2-channel miniscope calcium imaging to record CA1 population activity in awake-behaving mice, and I'm attending the 2026 workshop to learn the hands-on skills for building and using a 2-channel miniscope. +
I grew up in Spain, studied my degree and Master's in Scotland and briefly moved to London before starting my PhD at the Netherlands Insititute for Neuroscience, focusing on mouse models for OCD. I use miniscopes to try and relate neural activity to OCD-related behaviours. I'm keen to meet more people using the technique to network, learn and improve my skills. +
I am a systems neuroscientist studying how distributed neural circuits generate feeding and motivational behaviors. By combining in vivo calcium imaging, quantitative behavior, and whole-brain activity mapping, I explore the neural population dynamics and circuit architectures that link internal states to behavioral decisions. +
I am a systems neuroscientist whose research seeks to understand how distributed neural circuits generate feeding and motivational behaviors. By combining in vivo calcium imaging, quantitative behavior, and whole-brain activity mapping, I explore the neural population dynamics and circuit architectures that link internal states to behavioral decisions. +
I am a PhD student and teaching assistant interested in how the hippocampus encodes time across different timescales, from seconds to weeks. I use miniscope calcium imaging to record neuronal activity in the CA1 region, and I am attending this event to develop my skills in imaging techniques and data analysis skills. +
Hi! I'm currently a PhD student in Denise Cai's lab at the Icahn School of Medicine at Mount Sinai. My work focuses on understanding how dorsal hippocampus supports learning-to-learn in novel spatial contexts. I have extensive experience using the UCLA V4 Miniscope and I would love to answer any questions you may have! +
Hi! I'm currently a PhD student in Denise Cai's lab at the Icahn School of Medicine at Mount Sinai. I'm currently studying how the hippocampus supports learning-to-learn in novel spatial environments using 1-photon calcium imaging. I've had years of experience troubleshooting Miniscopes and analyzing Miniscope data and would love to answer any questions you may have! +
C
I have just finished my first year of my Ph.D. In Cell Biology and physiology. My thesis is based on studying the electrophysiology, calcium imaging effects, and behavior of rats under different anesthetics. +
I provide Training, Support and Outreach about open source tools for neuroscience at Open Ephys. I collaborate with several hands-on Miniscope modules in Advanced Training Courses. I write documentation and promote discussions with developers based on user input. +
I provide Training, Support and Outreach about open source tools for neuroscience at Open Ephys. I collaborate with several hands-on Miniscope modules in Advanced Training Courses. I write documentation and promote discussions with developers based on user input. +
D
Leading the open-source UCLA Miniscope Project.
Associate Professor, Department of Neurology, UCLA +
Associate Professor, Department of Neurology, UCLA +
E
I am a PhD student in the Ryan Lab. I am studying how ambient cold is represented in the hippocampus and the circuitry involved in contextual cold conditioning. I recently started using calcium imaging to monitor CA1 activity during cold challenges, and I joined the course to improve my understanding of data analysis, get feedback on my experimental setup, and develop my overall expertise with miniscope. +
G
My name is Grace Schamber. I am currently using Miniscopes to determine the effects of estrogen on prefrontal neural encoding during fear conditioning. +
H
Computer Science student at ECE Paris and currently undergoing an internship within the Karalis Lab at the ICM. My work focuses on data processing pipelines for calcium imaging analysis and behavioural tracking. +
Computer Science student at ECE Paris and currently undergoing an internship within the Karalis Lab at the ICM. My work focuses on data processing pipelines for calcium imaging analysis and behavioural tracking. +
I am a neuroscientist with experience using in vivo models to apply imaging techniques and integrate behavioral data to better understand brain systems. My work includes method development, experimental design, and data analysis. +
STIMscope, CRISPI, HITscope, OptiSuite, 2P miniscope +