byJohns Hopkins University School of MedicineA light-sheet microscope 3D image displays the convergence of dopaminergic transmitter inputs from the ventral tegmental area (green), a midbrain str
byJohns Hopkins University School of MedicineA light-sheet microscope 3D image displays the convergence of dopaminergic transmitter inputs from the ventral tegmental area (green), a midbrain str
by Massachusetts Institute of TechnologyBright staining highlights VIP-expressing interneurons in this coronal cross-section of a mouse brain. The neurons may help drive glymphatic clearance of a
by Massachusetts Institute of TechnologyBright staining highlights VIP-expressing interneurons in this coronal cross-section of a mouse brain. The neurons may help drive glymphatic clearance of a
by Aaron Wagner,Pennsylvania State UniversityThe idea of complimentary dominance — both hemispheres of the brain contribute to different aspects of movement in both halves of the body — was deve
by Aaron Wagner,Pennsylvania State UniversityThe idea of complimentary dominance — both hemispheres of the brain contribute to different aspects of movement in both halves of the body — was deve
by Liz Ahlberg Touchstone,University of Illinois at Urbana-ChampaignSimultaneous editing of splice sites with SPLICER enhances exon skipping. Credit:Nature Communications(2024). DOI:
by Liz Ahlberg Touchstone,University of Illinois at Urbana-ChampaignSimultaneous editing of splice sites with SPLICER enhances exon skipping. Credit:Nature Communications(2024). DOI:
by Tejasri Gururaj , Medical XpressNeural computations underlying flexible decision-making in rats. Credit: Dr. Marino PaganResearchpublishedinNaturehas revealed that neural co
by Tejasri Gururaj , Medical XpressNeural computations underlying flexible decision-making in rats. Credit: Dr. Marino PaganResearchpublishedinNaturehas revealed that neural co
by University of BergenLaurence Bindoff (picture) and Janniche Torsvik have studied the connection between the protein (PITRM1) and neurodegeneration in order to create new medicines to fight Alz
by University of BergenLaurence Bindoff (picture) and Janniche Torsvik have studied the connection between the protein (PITRM1) and neurodegeneration in order to create new medicines to fight Alz
byKeck School of Medicine of USCNewborn neuron (green and purple cell) in brain tissue from patients with epilepsy. Credit: Aswathy Ammothumkandy/Bonaguidi Lab/USC.Cell Stem CellWhy do adu
byKeck School of Medicine of USCNewborn neuron (green and purple cell) in brain tissue from patients with epilepsy. Credit: Aswathy Ammothumkandy/Bonaguidi Lab/USC.Cell Stem CellWhy do adu
by Asociacion RUVIDTesting the Alzheimer's app prototype in the communityResearchers from the Polytechnic University of Valencia take their new Alzheimer's app out for first testing and f
by Asociacion RUVIDTesting the Alzheimer's app prototype in the communityResearchers from the Polytechnic University of Valencia take their new Alzheimer's app out for first testing and f
by Lori SolomonSocioeconomic deprivation increases the risk for sustaining a traumatic brain injury (TBI), and in some age groups, it may also increase the risk for epilepsy after a TBI, according to
by Lori SolomonSocioeconomic deprivation increases the risk for sustaining a traumatic brain injury (TBI), and in some age groups, it may also increase the risk for epilepsy after a TBI, according to
by Cell Transplantation Center of Excellence for Aging and Brain RepairResearchers testing the potential positive effects of "micro-injury" by brief insertion of a small needle into the hipp
by Cell Transplantation Center of Excellence for Aging and Brain RepairResearchers testing the potential positive effects of "micro-injury" by brief insertion of a small needle into the hipp