According to wikipedia, “Jean Philippe Arthur Dubuffet (July 31, 1901 – May 12, 1985) was one of the most famous French painters and sculptors of the second half of the 20th century.” “He coined the term Art Brut (meaning “raw art,” often times referred to as ‘outsider art’) for art produced by non-professionals working outside [...]
Posts Tagged ‘Memory’
rs35753505 C-alleles make de l’Art Brut of the brain
Posted in Fusiform gyrus, Middle frontal gyrus, NRG1, middle occipital gyrus, tagged 23andMe, Add new tag, Art, Brain, Cognition, DNA, Frontal lobe, Functional magnetic resonance imaging, Fusiform gyrus, Memory, Mental disorder, Mental health, Outsider art, Painting on March 10, 2010 | Leave a Comment »
Thousands of genes together with thousands of resting-state nodes actually makes the genes-to-cognition problem LESS complex
Posted in Uncategorized, tagged Biology, Brain, Cognition, connectome, default network, Development, DNA, Dopamine, Frontal lobe, Functional magnetic resonance imaging, Genetics, Memory, Mental health, Prefrontal cortex, Psychology, resting state network on January 7, 2010 | Leave a Comment »
DON’T tell the grant funding agencies, but, in at least one way, the effort to relate genetic variation to individual differences in cognitive function is a totally intractable waste of money. Let’s say we ask a population of folks to perform a task – perhaps a word memory task – and then we use neuroimaging [...]
Recalling finch beaks using variable decision criteria to learn from whence we came
Posted in Uncategorized, tagged Charles Darwin, Development, episodic memory, evolution, Frontal lobe, Functional magnetic resonance imaging, Galápagos Islands, Genetics, individual differences, John Gould, Jonathan Weiner, Memory, Natural selection, Neuroimaging, Psychology on December 14, 2009 | Leave a Comment »
Image via Wikipedia In his book, The Beak of the Finch, Jonathan Weiner describes the great diversity of finches on the Galapagos Islands – so much diversity – that Darwin himself initially thought the finch variants to be completely different birds (wrens, mockingbirds, blackbirds and “gross-bills”). It turns out that one of the pivotal events [...]
echoblog: understanding how neuromodulator (genes) help the brain compute
Posted in 5HTT, Dopamine, Noradrenaline, acetylcholine, tagged Depression, Dopamine, Memory, Artificial Intelligence, Neural network, Computation, Machine learning, Research Groups, Neuromodulator on September 29, 2009 | Leave a Comment »
Image by jurvetson via Flickr pointer to: Computational Models of Basal Ganglia Function where Kenji Doya provides computational explanations for neuromodulators and their role in reinforcement learning. In his words, “Dopamine encodes the temporal difference error — the reward learning signal. Acetylcholine affects learning rate through memory updates of actions and rewards. Noradrenaline controls width [...]
I express a multiple-handed Hindu goddess in my brain, therefore I am
Posted in Frontal cortex, Hippocampus, Kalirin, Rho GTPase, tagged Alzheimer's disease, Biology, Dendritic spine, Elizabeth Wurtzel, Gene expression, Joseph E. LeDoux, Memory, Prozac Nation, Synaptic Self: How Our Brains Become Who We Are, synaptogenesis on September 15, 2009 | Leave a Comment »
Image via Wikipedia Joseph LeDoux‘s book, “Synaptic Self: How Our Brains Become Who We Are” opens with his recounting of an incidental glance at a t-shirt, “I don’t know, so maybe I’m not” (a play on Descartes’ “cogito ergo sum“) that prompted him to explore how our brain encodes memory and how that leads to [...]
PSD-95 holds your long term memories in place
Posted in PSD95, tagged Memory, Neuron on August 12, 2008 | Leave a Comment »
Image by pchow98 via Flickr One of the cool things about the brain & one of the ways in which it differs markedly from our current computer systems is that cells and synapses are living dynamic entities that grow and sprout new connections in response to experience. Since the 1980′s studies using protein synthesis inhibitors [...]
Intronic rs833070 / rs2146323 variants in VEGF demonstrate link to hippocampal size to reinforce role in rehabilitation, resilience and medication response
Posted in Hippocampus, VEGF, tagged 23andMe, exercise, Memory on July 2, 2008 | Leave a Comment »
Image via Wikipedia The mitogenic activities of the vascular endothelial growth factor protein family are well researched. A number of findings have linked this gene to learning and memory and hippocampal-dependent response to antidepressant medication. Indeed, its reasonable to expect that a mitogen such as VEGF would regulate hippocampal cell division and the accompanying benefits [...]
rs4675690 C-allele steers my left insula away from angry old farts
Posted in CREB, Insula, tagged 23andMe, Emotion, Insula, Memory on May 14, 2008 | Leave a Comment »
Image via Wikipedia Indeed, learning how to manage one’s response to the negative emotions of others and stay out of trouble is an important life skill. At some point, most of us learn to just avoid angry, mean or melodramatically negative people and save ourselves the strife. Roy Perlis and colleagues, in their recent paper, [...]
Genetics and emotional memory – a view from Rawanda
Posted in ADRA2A, Noradrenaline, tagged Adrenergic receptor, Emotion, Memory on June 2, 2007 | Leave a Comment »
Image via Wikipedia Dominique JF de Quervain and colleagues provide an elegant example of how genetic differences can relate to complex traits such as the ability to recall emotionally laden experiences. In their recent Nature Neuroscience paper, they looked at a deletion of 3 glutamic acid residues (301–303) in the third intracellular loop of the [...]
Who are you? & thanks for your interest!
Topics/tags of interest
Posting since April 2007
-
Top Clicks
-
Blog Stats
- 36,221 clickitas
-
Remarks
Darlene Francis on About Giza on Epigenetics and cognitive deve… dendrite on homunculi Vicki Travis on homunculi Science on the Inter… on Inheritance of epigenetic… Topics of interest
- 5HTT (10)
- ABCB1 (1)
- acetylcholine (7)
- Actin (2)
- ACTN3 (1)
- ADH1C (1)
- ADORA2A (1)
- ADRA2A (3)
- AMPA receptor (2)
- Amygdala (8)
- Angular gyrus (1)
- ANK3 (1)
- APOE (2)
- ARHGAP18 (1)
- ASIC1a (2)
- ASPM (2)
- ATXN1 (1)
- AVPR1a (4)
- BAF53b (1)
- Basal Ganglia (3)
- BDNF (7)
- CABYR (1)
- CACNA1C (1)
- CACNA2D1 (2)
- Caudate nucleus (2)
- CB1 receptor (1)
- CDC34 (1)
- CDH13 (1)
- Cell adhesion molecules (1)
- Cerebellum (4)
- CHAT (1)
- CHRM3 (1)
- CHRNA4 (1)
- CHRNA7 (1)
- Chromosome structural variants (6)
- Cingulate cortex (13)
- CNTNAP2 (4)
- Collateral sulcus (1)
- COMT (8)
- Corpus callosum (1)
- COX1 (1)
- CREB (2)
- CRHR1 (1)
- DARPP32 (4)
- DAT (2)
- default network (1)
- DISC1 (1)
- DLPFC (8)
- Dopamine (11)
- DRD2 (6)
- DRD4 (2)
- DTNBP1 (1)
- DYRK1A (1)
- EDA2R (1)
- EGR1 (1)
- Estrogen (1)
- FMR1 (1)
- FOXA2 (1)
- FOXP2 (3)
- Frontal cortex (19)
- Frontal pole (1)
- Fusiform gyrus (4)
- G-protein (3)
- GABA (3)
- GATA4 (1)
- Glucocorticoid receptor (1)
- Glutamate (5)
- GPR6 (1)
- GRIA3 (1)
- GRIK2 (1)
- GTPase (1)
- HDACs (3)
- Hippocampus (14)
- HOXB8 (1)
- HTR2A (1)
- Hypothalamus (2)
- Inferior frontal gyrus (1)
- Insula (3)
- Intronic or repetitive sequences (4)
- Kalirin (1)
- KCNA2 (1)
- KCNH2 (1)
- KCNJ6 (1)
- Kinesin (1)
- Lateral septum (1)
- Lateral ventricle (1)
- LDB1 (1)
- Leptin (1)
- LIMK1 (1)
- Locus coeruleus (1)
- MAOA (7)
- MCPH1 (1)
- MECP2 (5)
- MHC loci (4)
- Middle frontal gyrus (2)
- middle occipital gyrus (1)
- Middle temporal gyrus (3)
- Mindfulness (3)
- Motor cortex (1)
- Myelin (2)
- Neural crest (1)
- NEUROG1 (1)
- NLGN3/4 (1)
- Noradrenaline (5)
- NPSR1 (1)
- NRG1 (3)
- NRXB1 (2)
- NTRK2 (1)
- Nucleus accumbens (1)
- NURR1 (1)
- Olfactory bulb (1)
- OPRM1 (2)
- Orbitofrontal cortex (3)
- OTR (2)
- OXTR (1)
- Parahippocampal gyrus (3)
- Parietal cortex (2)
- PCLO (1)
- Posterior parietal cortex (2)
- PSD95 (2)
- Putamen (1)
- RARB (1)
- RGS2 (1)
- RGS4 (1)
- Rho GTPase (1)
- RLN (1)
- Rostral fronto-occipital fasciculus (1)
- RSRC1 (1)
- SAPAP3 (1)
- SEMA(1-7) (1)
- SEZ6 (1)
- SIRT1 (1)
- SLC1A1 (1)
- SLITRK1 (1)
- SNORD115 (1)
- SNRPN (1)
- SOD2 (1)
- Somatosensory cortex (1)
- SRPX2 (1)
- Stria terminalis (1)
- Striatum (9)
- Substantia nigra (1)
- Subthalamic nucleus (1)
- Superior temporal cortex (4)
- Suprachiasmatic nucleus (1)
- Supramarginal gyrus (2)
- SWI/SNF (1)
- Sylvian fissure (1)
- Temporal lobe (3)
- TGF-alpha (1)
- TH (1)
- Thalamus (3)
- Thap1 (1)
- THBS1 (2)
- THBS2 (2)
- Torsin A (1)
- TPH2 (2)
- UBE3A (1)
- UGT2B17 (1)
- Uncategorized (207)
- Vagus (1)
- VEGF (1)
- Ventral tegmental area (1)
- VGF (1)
- Visual cortex (4)
- White matter (8)
- ZNF804A (2)
-
Spam Blocked
