NIRS fNIRS Online Neuroscience Course Instituto do Cerebro

07/11/2022 at 07:11:10

Multimodal wearable NIRS-EEG Mobile

NIRSport2 Advantages

High powered dual LEDs 32mW maximum illumination / optional next generation APD detectors with down to 33 pW sensitivity.

Proprietary automated ultra-fast source and detector specific signal optimization.

Variable tension spring holders offering optimal scalp coupling and comfort.

Full array short-distance detectors available.

Probe-level 9-axis accelerometer(s).

NIRSport2 system

fNIRS platform

EEG-NIRS High signal quality

NIRS-fNIRS extensive versatility

NIRS EEG extensive versatility

NIRS wearable

NIRS-fNIRS Mobile

Mobile NIRS-EEG wearable

Multimodal wearable NIRS-EEG Mobile

NIRS-fNIRS for future research needs

fNIRS optimal user experience

NIRS for highest Signal Quality Success in science

NIRS Modularity and Scalability

NIRS-fNIRS Modularity in divisions of 8 sources 8 detectors

NIRSport2 the base device comes in 8 x 8 and 16 x 16

NIRSport2 up to 5 devices can be fully synchronized.

NIRS with Short distance channels

High-density arrangement with 48 sources and 48 detector arrangement with 3 connected fNIRS NIRSport2 devices.

NIRS-EEG Multimodal EEG-NIRS Mobile

EEG-NIRS High signal quality

NIRS Modularity and Scalability

NIRS with Short distance channels

fNIRS optimal user experience

NIRS-fNIRS Mobile

NIRS-fNIRS extensive versatility

NIRS-fNIRS for future research needs

NIRS EEG extensive versatility

Mobile NIRS-EEG wearable

NIRS-fNIRS Modularity in divisions of 8 sources 8 detectors

Neuroscience 2022 Brain Support Latam

FALAN Federation of Latin American and Caribbean Neuroscience Societies

LATBrain A brain with science and Latin American consciousness

BrainSupport Solution for Neuroscience Researchers

Soluciones tecnológicas BrainSupport para la investigación neurocientífica en Sudamérica, Latinoamérica.

NIRS fNIRS Online Neuroscience Course Instituto do Cerebro

Nesta sexta-feira (08), o Instituto do Cérebro (ICe) vai realizar um curso gratuito, com certificado de participação, de Espectroscopia Funcional em Infravermelho Próximo (fNIRS). Esta técnica é capaz de monitorar a atividade cerebral de maneira não-invasiva através de ondas de luz que atravessam as camadas superficiais do cérebro. As vagas presenciais já estão completamente preenchidas.

NIRS fNIRS Online Neuroscience Course

O curso será dividido em duas partes: pela manhã, palestras on-line de pesquisadores experientes em fNIRS; à tarde, o curso de forma presencial no Laboratório de Humanos, que também será transmitido pela internet.

Confira a programação:

Part 1 – On-line

10:00 – 10:45 Neuroscience of the individual with fNIRS – Rickson Mesquita

10:45 – 11:30 Neuroscience research in Education – João Sato

Part 2 – On-line and in-person

13:00 – 13:45 Introduction to fNIRS – Juan Pablo

13:45 – 14:30 fMRI & the BOLD response – Dráulio Araújo

14:30 – 14:45 Coffee break

14:45 – 15:30 Hands-on data acquisition

15:30 – 16:00 fNIRS publications, scientific questions and experimental designs

16:00 – 17:00 Data analysis with fNIRS