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The Brain Behavior Quantification and Synchronization (BBQS) program is a basic research effort in the NIH BRAIN Initiative to develop new tools and approaches in support of a more comprehen...
This talk will present the methodology of using the guided ultrasonic waves generated by the rodent to track its physiology, behavior, and psychological state. When behaving in an environmen...
We are developing the three-banded panther worm Hofstenia miamia as a new model system for neuroscience. Hofstenia is a rare, lab-tractable member of a lineage of early-branching marine inve...
The study of psychopathology is changing with the advent and pervasive use of smartphones, wearables, and connected devices together with significant advances in brain imaging. These new ave...
A central goal for neuroscience is to understand how our brains process information in real life, such as faces during natural social interactions. While we have gained important knowledge u...
The ability to record every spike from every neuron in a behaving animal is one of the holy grails of neuroscience. Here, Alison Hanson discusses a collaborative effort aimed at coming one s...
Behaving animals continually reconcile the internal states of their neural circuits brain-wide with incoming sensory and environmental evidence to evaluate when and how to act. The brains of...
To make movement and foraging decisions in a naturalistic environment, multiple neural populations must work synergistically to produce successful actions. These decisions span multiple scal...
Virginia will discuss work on single-trial analysis of EEG signals during episodic memory tasks. They develop single-trial classifiers to predict whether people will remember pictures from E...
Individuals with substance use disorders often show impaired sensitivity to reward value. However, it is not clear whether such impairment impacts reward-related decision making and whether...
Studying motor behaviors can reveal fundamental principles of the brain and mind. This presentation focuses on our work towards developing the hardware and computational tools that will allo...
With the internet, society has been exposed to puzzling and exquisite animal behavior, while neuroscience has vastly concentrated on a few inbred animal models studied in trained unnatural s...
A core goal of neuroscience is to understand how the brain adaptively orchestrates movements to execute complex behaviors. Quantifying behavioral dynamics, however, has historically been pro...
Many nonhuman primate species show sex differences in behavior, which suggests that there may also be sex differences in brain organization. In order to better understand the evolution of se...
How do the cognitive and physiological traits of individuals translate into real-world group dynamics? There is an empirical and theoretical gap between understanding individual-level proces...
Thomas Scientific's Cannabis Specialists demonstrates how to leverage vendor consolidation ultimately saving you time & money in today's supply chain challenged climate....
In recent years, small volume biopsies have been increasingly utilized for diagnosis of tumors in both primary and recurrent settings. Concomitantly, the numbers of ancillary studies for cha...
Mariana Kiehl (Sr. Applications Scientist at Roche Sequencing & Life Science) describes the KAPA Total Prep FFPE workflow, a novel single-tube method for combined sequencing of DNA and R...
Microscopy involves the study of organisms too small to see with the naked eye, magnifying the small worlds within our own so we can study and understand these samples. Organs, tissues and c...
Dr. Christopher E. Mason Professor of Genomics, Physiology, and Biophysics at Weill Cornell Medicine and the Director of the WorldQuant Initiative for Quantitative Prediction Digital PCR for...
10:00am PT, 12:00pm CT, 1:00pm ET: Welcome 10:15am PT, 12:15pm CT, 1:15pm ET: Digital PCR for minimal residual disease research and cancer research Dr. Christopher E. Mason Professor of Geno...
10:00am PT, 12:00pm CT, 1:00pm ET: Welcome 10:15am PT, 12:15pm CT, 1:15pm ET: Digital PCR for minimal residual disease research and cancer research Dr. Christopher E. Mason Professor of Geno...
De novo gene synthesis and protein expression are established technologies that can give access to nearly any target DNA or protein sequence, allowing for engineering of biologics. In this p...
How can labs increase their sample throughput and pipetting accuracy and reproducibility without investing in an expensive automated liquid handler? Electronic pipettes are a cost-effective...
mRNA‑based products are rapidly growing in the biotherapeutics space. Important considerations need to be made to develop a process for mRNA synthesis that consistently generates high‑yield...
Surface plasmon resonance is a real-time and label-free technique that offers low sample consumption and high throughput when compared to other biophysical techniques and has been widely ado...
Background and aim: G protein-coupled receptors (GPCRs) are vital membrane proteins involved in cellular and physiological processes, including sensory perception, signaling, neurotransmissi...
The Brain Behavior Quantification and Synchronization (BBQS) program is a basic research effort in the NIH BRAIN Initiative to develop new tools and approaches in support of a more comprehen...
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