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#Connectome

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Connectome Price Reaches $0.11 on Major Exchanges (CNTM)

Connectome (CURRENCY:CNTM) traded down 2.6% against the U.S. dollar during the 24-hour period ending at 17:00 PM E.T. on January 26th. Connectome has a market capitalization of $136,096.36 and $1.96 million worth of Connectome was traded on exchanges in the last day. One Connectome coin can now be bought for approximately $0.11 or 0.00000306 BTC on exchanges. During the last week, Connectome has traded 22.6% lower against the U.S. dollar.
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WKRB News

Connectome Price Down 23.7% This Week (CNTM)

Connectome (CURRENCY:CNTM) traded up 3.6% against the US dollar during the 1-day period ending at 18:00 PM Eastern on January 25th. During the last seven days, Connectome has traded 23.7% lower against the US dollar. One Connectome coin can currently be bought for $0.11 or 0.00000308 BTC on major exchanges. Connectome has a market capitalization of $137,706.23 and approximately $1.42 million worth of Connectome was traded on exchanges in the last day.
STOCKS
modernreaders.com

Connectome (CNTM) Hits 24 Hour Trading Volume of $1.30 Million

Connectome (CURRENCY:CNTM) traded 5.7% lower against the U.S. dollar during the one day period ending at 20:00 PM E.T. on January 24th. Connectome has a total market capitalization of $127,967.88 and $1.30 million worth of Connectome was traded on exchanges in the last 24 hours. One Connectome coin can now be bought for approximately $0.11 or 0.00000292 BTC on major cryptocurrency exchanges. During the last seven days, Connectome has traded 34.1% lower against the U.S. dollar.
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TRENDING TOPICS
arxiv.org

Imposing Connectome-Derived Topology on an Echo State Network

Can connectome-derived constraints inform computation? In this paper we investigate the contribution of a fruit fly connectome's topology on the performance of an Echo State Network (ESN) -- a subset of Reservoir Computing which is state of the art in chaotic time series prediction. Specifically, we replace the reservoir layer of a classical ESN -- normally a fixed, random graph represented as a 2-d matrix -- with a particular (female) fruit fly connectome-derived connectivity matrix. We refer to this experimental class of models (with connectome-derived reservoirs) as "Fruit Fly ESNs" (FFESNs). We train and validate the FFESN on a chaotic time series prediction task; here we consider four sets of trials with different training input sizes (small, large) and train-validate splits (two variants). We compare the validation performance (Mean-Squared Error) of all of the best FFESN models to a class of control model ESNs (simply referred to as "ESNs"). Overall, for all four sets of trials we find that the FFESN either significantly outperforms (and has lower variance than) the ESN; or simply has lower variance than the ESN.
COMPUTERS
jneurosci.org

Existence of Functional Connectome Fingerprint during Infancy and Its Stability over Months

The functional connectome fingerprint is a cluster of individualized brain functional connectivity patterns that are capable of distinguishing one individual from others. Although its existence has been demonstrated in adolescents and adults, whether such individualized patterns exist during infancy is barely investigated despite its importance in identifying the origin of the intrinsic connectome patterns that potentially mirror distinct behavioral phenotypes. To fill this knowledge gap, capitalizing on a longitudinal high-resolution structural and resting-state functional MRI dataset with 104 human infants (53 females) with 806 longitudinal scans (age, 16–876 d) and infant-specific functional parcellation maps, we observe that the brain functional connectome fingerprint may exist since infancy and keeps stable over months during early brain development. Specifically, we achieve an ∼78% individual identification rate by using ∼5% selected functional connections, compared with the best identification rate of 60% without connection selection. The frontoparietal networks recognized as the most contributive networks in adult functional connectome fingerprinting retain their superiority in infants despite being widely acknowledged as rapidly developing systems during childhood. The existence and stability of the functional connectome fingerprint are further validated on adjacent age groups. Moreover, we show that the infant frontoparietal networks can reach similar accuracy in predicting individual early learning composite scores as the whole-brain connectome, again resembling the observations in adults and highlighting the relevance of functional connectome fingerprint to cognitive performance. For the first time, these results suggest that each individual may retain a unique and stable marker of functional connectome during early brain development.
HEALTH
Nature.com

Comprehensive diffusion MRI dataset for in vivo human brain microstructure mapping using 300 mT/m gradients

Strong gradient systems can improve the signal-to-noise ratio of diffusion MRI measurements and enable a wider range of acquisition parameters that are beneficial for microstructural imaging. We present a comprehensive diffusion MRI dataset of 26 healthy participants acquired on the MGH-USC 3"‰T Connectome scanner equipped with 300 mT/m maximum gradient strength and a custom-built 64-channel head coil. For each participant, the one-hour long acquisition systematically sampled the accessible diffusion measurement space, including two diffusion times (19 and 49"‰ms), eight gradient strengths linearly spaced between 30 mT/m and 290 mT/m for each diffusion time, and 32 or 64 uniformly distributed directions. The diffusion MRI data were preprocessed to correct for gradient nonlinearity, eddy currents, and susceptibility induced distortions. In addition, scan/rescan data from a subset of seven individuals were also acquired and provided. The MGH Connectome Diffusion Microstructure Dataset (CDMD) may serve as a test bed for the development of new data analysis methods, such as fiber orientation estimation, tractography and microstructural modelling.
SCIENCE
WKRB News

Connectome (CNTM) Hits 24-Hour Trading Volume of $1.11 Million

Connectome (CURRENCY:CNTM) traded down 9.4% against the dollar during the 1 day period ending at 15:00 PM Eastern on January 18th. Connectome has a total market capitalization of $178,994.16 and approximately $1.11 million worth of Connectome was traded on exchanges in the last day. One Connectome coin can currently be purchased for approximately $0.15 or 0.00000354 BTC on cryptocurrency exchanges. In the last seven days, Connectome has traded 31% lower against the dollar.
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tickerreport.com

Connectome (CNTM) Price Tops $0.18

Connectome (CURRENCY:CNTM) traded down 1.2% against the dollar during the twenty-four hour period ending at 21:00 PM Eastern on January 15th. Connectome has a market capitalization of $221,622.95 and approximately $1.43 million worth of Connectome was traded on exchanges in the last day. Over the last seven days, Connectome has traded 5.2% lower against the dollar. One Connectome coin can currently be bought for about $0.18 or 0.00000425 BTC on major exchanges.
STOCKS
Nature.com

Cortical traveling waves reflect state-dependent hierarchical sequencing of local regions in the human connectome network

Recent human studies using electrocorticography have demonstrated that alpha and theta band oscillations form traveling waves on the cortical surface. According to neural synchronization theories, the cortical traveling waves may group local cortical regions and sequence them by phase synchronization; however these contributions have not yet been assessed. This study aimed to evaluate the functional contributions of traveling waves using connectome-based network modeling. In the simulation, we observed stable traveling waves on the entire cortical surface wherein the topographical pattern of these phases was substantially correlated with the empirically obtained resting-state networks, and local radial waves also appeared within the size of the empirical networks (<"‰50Â mm). Importantly, individual regions in the entire network were instantaneously sequenced by their internal frequencies, and regions with higher intrinsic frequency were seen in the earlier phases of the traveling waves. Based on the communication-through-coherence theory, this phase configuration produced a hierarchical organization of each region by unidirectional communication between the arbitrarily paired regions. In conclusion, cortical traveling waves reflect the intrinsic frequency-dependent hierarchical sequencing of local regions, global traveling waves sequence the set of large-scale cortical networks, and local traveling waves sequence local regions within individual cortical networks.
SCIENCE
modernreaders.com

Connectome One Day Volume Reaches $1.51 Million (CNTM)

Connectome (CURRENCY:CNTM) traded 9.8% higher against the US dollar during the 1 day period ending at 12:00 PM E.T. on January 9th. During the last week, Connectome has traded 15.6% higher against the US dollar. Connectome has a market cap of $237,534.03 and $1.51 million worth of Connectome was traded on exchanges in the last day. One Connectome coin can now be bought for approximately $0.20 or 0.00000470 BTC on major exchanges.
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Genetic Engineering News

AI Used to Study Cell Diversity in the Brain of Drosophila melanogaster 

Researchers led by Stein Aerts, PhD, from VIB-KU Leuven Center for Brain & Disease Research in Belgium combined single-cell technology and artificial intelligence (AI) to sketch a novel picture of gene regulation in all cells of the fruit fly brain. The team used deep learning to reveal how specific pieces of DNA steer neuronal identity from birth to maturity. The study (“Decoding gene regulation in the fly brain”) published in Nature, is expected to advance AI-driven biomedical research, especially in personalized cell-based interceptive medicine.
ENGINEERING
tickerreport.com

Connectome (CNTM) Reaches Market Capitalization of $211,183.45

Connectome (CURRENCY:CNTM) traded up 31.4% against the U.S. dollar during the 1-day period ending at 21:00 PM Eastern on January 5th. Connectome has a market cap of $211,183.45 and $1.48 million worth of Connectome was traded on exchanges in the last 24 hours. One Connectome coin can now be purchased for approximately $0.17 or 0.00000401 BTC on exchanges. Over the last week, Connectome has traded up 11.2% against the U.S. dollar.
STOCKS
modernreaders.com

Connectome 24-Hour Trading Volume Reaches $1.34 Million (CNTM)

Connectome (CURRENCY:CNTM) traded up 11.3% against the dollar during the twenty-four hour period ending at 16:00 PM E.T. on January 1st. During the last week, Connectome has traded down 9.4% against the dollar. One Connectome coin can now be bought for $0.17 or 0.00000357 BTC on cryptocurrency exchanges. Connectome has a market cap of $204,809.09 and approximately $1.34 million worth of Connectome was traded on exchanges in the last 24 hours.
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