News

Does your dog have social skills?

A study suggests that viewing the owner’s face works as a positive social reinforcement for dogs. Learn more about this and other surprising results about “man’s best friend”.

Paper published in Nature Neuroscience

In the scope of the research project 356/18 - Neural mechanisms underlying unconscious working memory supported by the BIAL Foundation, Albert Compte et al. published the paper Interplay between persistent activity and activity-silent dynamics in the prefrontal cortex underlies serial biases in working memory in Nature Neuroscience.

Project supported by the BIAL Foundation published in Scientific Reports

Adriana Sampaio, principal investigator of the research project “286/16 - Getting the aging brain to train: A working memory and neurostimulation approach”, supported by the BIAL Foundation, published in Scientific Reports the paper Probing the relationship between late endogenous ERP components with fluid intelligence in healthy older adults.

Paper published in the International Journal of Psychophysiology

In the scope of the research project 51/14 - The Dissociated Self: An Investigation of Emotional Responses to a new Body-threat Task in those Predisposed to Anomalous Body Experiences, Dissociation and Disembodiment supported by the BIAL Foundation, Jason Braithwaite et al., published the paper The Body-Threat Assessment Battery (BTAB): A new instrument for the quantification of threat-related autonomic affective responses induced via dynamic movie clips in the International Journal of Psychophysiology.

Project supported by the BIAL Foundation published in Journal of Humanistic Psychology

Christine Simmonds-Moore, principal investigator of the research project “329/16 - Exploring the correlates and nature of subjective apparitional experiences”, supported by the BIAL Foundation, published in the Journal of Humanistic Psychology the paper Synesthesia and the Perception of Unseen Realities.

The BIAL Foundation has a h-index = 66

66 papers published in the scope of projects supported by the BIAL Foundation were cited at least 66 times. Overall, the papers were cited about 20 times on average.

Researchers supported by the BIAL Foundation published in Cortex

Alejandra Sel et al. published in the scope of the research project 44/16 - Inducing and measuring plasticity in response control mechanisms in the human brain, supported by the BIAL Foundation, the paper The somatotopy of observed emotions in Cortex.

Project supported by the BIAL Foundation published in Scientific Reports

The research team of the project Aware Mind-Brain: Bridging insights on the mechanisms and neural substrates of human awareness and meditation, coordinated by Antonino Raffone, published in Scientific Reports a paper about meditation: Common and distinct lateralised patterns of neural coupling during focused attention, open monitoring and loving kindness meditation

Results of a project funded by the BIAL foundation presented in Neuron

The article Postingestive Modulation of Food Seeking Depends on Vagus-Mediated Dopamine Neuron Activity has been published in the journal Neuron. This paper presents some of the main findings from project 176/10 - Dopaminergic regulation of dietary learning in humans and rodents, supported by the BIAL Foundation and led by Albino Oliveira-Maia.

Researchers supported by the BIAL foundation published in The Journal of Headache and Pain

Isabel Pavão Martins et al. published in the scope of the research project 63/10 - Mindful ageing. Avoiding age related cognitive decline, supported by the BIAL Foundation, the paper Cognitive aging in migraine sufferers is associated with more subjective complaints but similar age-related decline: a 5-year longitudinal study in The Journal of Headache and Pain.

Cell Reports presents results of a project supported by BIAL Foundation

The research team of project 253/14 - The impact of lipid signaling modulation in cognition, led by Tiago Gil Oliveira, published in Cell Reports the paper Phospholipase D1 Ablation Disrupts Mouse Longitudinal Hippocampal Axis Organization and Functioning.

Research project supported by the BIAL Foundation features in the journal Scientific Reports

Carlo Miniussi published in the scope of project 51/16 - Cognitive plasticity: Modulation and monitoring through a neurophysiological approach, supported by the BIAL Foundation, the paper Effects of different transcranial direct current stimulation protocols on visuo-spatial contextual learning formation: evidence of homeostatic regulatory mechanisms in the journal Scientific Reports.

Prof. Maria de Sousa

BIAL Foundation expresses profound sorrow on the passing of Prof. Maria de Sousa, a unique figure in science worldwide, who contributed to the scientific and academic development in Portugal in a remarkable way.

The quest of physiological markers for the experience of pain

Researcher: Elia Valentini - Department of Psychology & Centre for Brain Science, University of Essex Summary: The aim of this project is to improve measurement of the human experience of pain by investigating a combination of psychophysical and physiological responses during mild noxious stimulation. More specifically, we want to investigate how sensitive and specific to pain the brain oscillatory responses are. We use EEG as the main technique, but we are keen to collaborate with neuroscientists using fMRI, autonomic measures and brain stimulation as well as with computational neuroscientists. A clinical collaborator would also be very much welcome.

EEG investigation of hypnosis and decision-making

Researcher: Rinaldo Livio Perri - University Niccolò Cusano Rome, Italy Summary: I work in the field of hypnosis and cognitive neuroscience. In particular, I adopt the event-related potentials (ERPs) to investigate the effect of the hypnotic suggestions on sensory processing and cognitive performance. I am an expert in decision-making and proactive brain processes before the stimulus administration (e.g., the perceptual, prefrontal and premotor readiness during the expectancy stage). I could help colleagues to properly analyze the ERP signal in the pre-stimulus stage of processing. Also, I would be happy to share my EEG data for re-analyzing them in the frequency domain (e.g., wavelet or coherence analysis in the hypnosis research). Feel free to contact me for any question! More information on my papers: https://scholar.google.it/citations?user=-8e_V64AAAAJ&hl=it Possible collaborations: neuroscientist with experience in the EEG frequency analysis Email: perri.rinaldo@gmail.com

Transparent Psi Project - looking for collaborators

Summary: We are running a fully transparent, expert consensus-base multilab replication of Bem’s (2011) experiment 1. The project features state of the art methods to maximize transparency and study integrity. The study involves a computerized experiment taking about 20 minutes per session. Group testing is possible in a computer lab, no specialized equipment needed. Labs are expected to recruit at least 100 participants. Participants will be exposed to images with explicit erotic/sexual content in the experiment. No financial compensation is required for the participants. Data collection is expected to take place in the 2020 fall semester. Every material is provided for ethics/IRB submissions and data collection in English (translation of materials might be necessary by the collaborators). The study is pre-registered and the manuscript is accepted in principle for publication in the journal Royal Society Open Science. All collaborators who meet the minimum sample size criterion will get authorship on this paper reporting the results of the replication study. More information in the preprint: https://psyarxiv.com/uwk7y/ Indicate interest in the collaboration via the following form: https://tinyurl.com/tpp-labs With any question contact the lead investigator: Dr. Zoltan Kekecs, kekecs.zoltan@gmail.com

Cognitive control and learning

Researcher: Ignacio Obeso, Ph.D. / CINAC - HM Puerta del Sur Summary: The aim of our projects is to understand the behavioral and neural mechanisms used to learn how humans establish adaptive behaviour in changing contexts. More specifically, we want to decipher how stopping abilities are initially learned and later executed under automatic control. We use task-related fMRI, brain stimulation and clinical models to test our predictions in laboratory settings as well as online home-based paradigms. Possible collaborations: computational scientist Email contact: i.obesomartin@gmail.com https://iobesomartin.wixsite.com/cognitivecontrol