01:00:05
Nicolas Bolo - Diabetes and the Brain: What Magnetic Resonance Studies Tell Us
53:06
Blaise Frederic - Quantitative cerebral hemodynamic measures and physiological noise ...
45:46
Douglas Rosene - Neuroanatomical and Cellular Correlates of Diffusion MR Tractography
34:16
Philip Corlett - Delusions and the Brain: Learning about odd beliefs through Cognitive Neuroscience
30:27
Natalia Egorova - Social Communicative Actions in the Brain
34:53
Mehdi Moghari - Cardiovascular Magnetic Resonance Imaging: An Emerging Field in Clinical Practice
37:21
Christian Langkammer - Insights into tissue composition and microstructure by postmortem MRI
51:36
Rosalind Picard - What Does Skin Conductance Tell Us About Brain Activity?
00:19
fMRI medium
53:12
Stephen LaConte - Brain Computer Interfaces Increase Whole-Brain Signal-to-Noise
53:08
Christos Papadelis - Tracking Noninvasively the Information Flow along Fibers in the Human Brain:
38:04
Iiro Jaaskelainen - Movies as Naturalistic Affective-Social Stimuli (cont)
58:54
Ofer Pasternak - Free-Water Imaging
09:54
TutorialSimpleProbe
27:23
Dimitrios Pantazis - Novel Interaction Measures for Statistical Functional Connectivity Using MEG
01:04:22
Margaret Livingstone - How do we acquire functional modules and what are they good for?
01:00:16
Ed Boyden - Optogenetics, Robotic Neural Recording, and Other Neuroscience Tools
51:36
Seth Smith - Throwing the Box at it
55:37
Anne Blood - Understanding the puzzle of motor control: A systems level approach
01:00:21
Rick Hoge
52:21
Christophe Grova
55:13
Eric Klawiter
43:04
Todd Constable
51:57
markSlifstein
52:43
PeterCaravan
58:22
Dost Ongur - Novel MRS approaches to probe white matter abnormalities in schizophrenia
45:24
Gael Varoquaux - Learning and comparing multi-subject models of brain functional connectivity
49:54
Jorge Sepulcre - Large-Scale Connectome of the Modal Brain
48:20
Kawin Setsompop - Efficient Diffusion Imaging Acquisition.mp4
36:50
Pain Markers.mp4
01:00:18
Optogenetics, Robotic Neural Recording....mp4
X
About
BrainMap seminars are by and for researchers using neuroimaging to study human brain structure and function, and for anyone interested in learning about neuroimaging. We aim to cover the most recent neuroimaging techniques from modalities that include MRI, EEG/MEG, optical imaging and PET. The seminars are presented by Martinos Center researchers, collaborators, and outside speakers. The attendance is about 20-30 people, typically physicists, methodologists, neurologists, radiologists and neuropsychologists. The talks are about 40 - 60 minutes long, plus 15 minutes of discussion.
Tags