Pedro Nascimento Alves
@pedro-n-alves.bsky.social
MD, PhD
Neurologist, Neuroscientist
Neurologist, Neuroscientist
Pinned
Neurotransmitters’ white matter mapping unveils the neurochemical fingerprints of stroke
Nature Communications - Neurotransmitters play a key role in brain function. Here, an MRI atlas of neurotransmitter circuits was developed to map stroke pre- and postsynaptic disruptions.
rdcu.be
How does stroke disrupt neurotransmitter circuits?
We built an MRI atlas of neurotransmitter circuits to map pre- & postsynaptic disruptions. Our findings shed light on stroke cognitive deficits and potential treatments.
Read more in Nature Communications: rdcu.be/edHcH
We built an MRI atlas of neurotransmitter circuits to map pre- & postsynaptic disruptions. Our findings shed light on stroke cognitive deficits and potential treatments.
Read more in Nature Communications: rdcu.be/edHcH
How does stroke disrupt neurotransmitter circuits?
We built an MRI atlas of neurotransmitter circuits to map pre- & postsynaptic disruptions. Our findings shed light on stroke cognitive deficits and potential treatments.
Read more in Nature Communications: rdcu.be/edHcH
We built an MRI atlas of neurotransmitter circuits to map pre- & postsynaptic disruptions. Our findings shed light on stroke cognitive deficits and potential treatments.
Read more in Nature Communications: rdcu.be/edHcH
Neurotransmitters’ white matter mapping unveils the neurochemical fingerprints of stroke
Nature Communications - Neurotransmitters play a key role in brain function. Here, an MRI atlas of neurotransmitter circuits was developed to map stroke pre- and postsynaptic disruptions.
rdcu.be
March 15, 2025 at 6:50 PM
How does stroke disrupt neurotransmitter circuits?
We built an MRI atlas of neurotransmitter circuits to map pre- & postsynaptic disruptions. Our findings shed light on stroke cognitive deficits and potential treatments.
Read more in Nature Communications: rdcu.be/edHcH
We built an MRI atlas of neurotransmitter circuits to map pre- & postsynaptic disruptions. Our findings shed light on stroke cognitive deficits and potential treatments.
Read more in Nature Communications: rdcu.be/edHcH