A.
analytics - associated - compile - functional - implicated - modeling
panoramic - processing - significantly - technique - temporal
panoramic - processing - significantly - technique - temporal
- I am majoring in __________.
私は解析学を専攻している。 - This is most commonly __________ with lower back pain.
これは腰痛と最も一般的に関連しています。 - The room has a __________ view of both the ocean and the city.
この部屋から海と町が一望に見晴らせる. - The market share has grown __________.
マーケットシェアは大きく伸びた。 - I want to learn your__________.
私はあなたの技術を学びたい - Bento boxes are popular because they are __________.
弁当箱はその機能性で人気があります。 - The children were__________animals in clay.
子供たちは粘土で動物を作っていた. - I will __________all that data.
私はその収集データをまとめる。 - To improve__________resolution of an iris.
アイリスの時間分解能を改善する - Including the actual__________ costs
現合加工費含む - Objects __________ in the offense may be confiscated.
犯罪に関係する物は，押収することができる。
B.
analytics - associated - compile - functional - implicated - modeling
panoramic - processing - significantly - technique - temporal
panoramic - processing - significantly - technique - temporal
Differences between autistic and non-autistic brains discovered
Through the development of a new data __________ tool, medical researchers at the University of Warwick in the United Kingdom have opened the door to understanding the physical differences in the brain __________ with autism, ADHD and a number of other cognitive conditions.
According to a report in the journal Brain, the Warwick researchers developed a method called Brain-Wide Association Analysis (BWAS) that is the first technique capable of generating __________ views of the entire brain and accurate 3D models.
In the study, scientists used BWAS to determine regions of the brain that may contribute __________ to the symptoms of autism.
That's BWASsup
With their __________ , the UK researchers could analyze over 1.1 billion pieces of data covering the nearly 48,000 different areas of the brain, known as voxels. BWAS essentially analyzes the total output of a __________ MRI (fMRI) scan. Previous techniques used to process this level of information and were limited to __________ only small areas.
The ability analyze the entire set of data from an fMRI scan supplied the Warwick scientists with the chance to __________ , contrast and compare precise computer models for autistic and non-autistic brains. The team used data from hundreds of fMRI scans of brains from both types of individuals.
"We identified in the autistic model a key system in the __________ lobe visual cortex with reduced cortical functional connectivity,” said study author Jianfeng Feng, a professor of computational biology at Warwick. “This region is involved with the face expression __________ involved in social behavior. This key system has reduced functional connectivity with the ventromedial prefrontal cortex, which is __________ in emotion and social communication.”
Through the development of a new data __________ tool, medical researchers at the University of Warwick in the United Kingdom have opened the door to understanding the physical differences in the brain __________ with autism, ADHD and a number of other cognitive conditions.
According to a report in the journal Brain, the Warwick researchers developed a method called Brain-Wide Association Analysis (BWAS) that is the first technique capable of generating __________ views of the entire brain and accurate 3D models.
In the study, scientists used BWAS to determine regions of the brain that may contribute __________ to the symptoms of autism.
That's BWASsup
With their __________ , the UK researchers could analyze over 1.1 billion pieces of data covering the nearly 48,000 different areas of the brain, known as voxels. BWAS essentially analyzes the total output of a __________ MRI (fMRI) scan. Previous techniques used to process this level of information and were limited to __________ only small areas.
The ability analyze the entire set of data from an fMRI scan supplied the Warwick scientists with the chance to __________ , contrast and compare precise computer models for autistic and non-autistic brains. The team used data from hundreds of fMRI scans of brains from both types of individuals.
"We identified in the autistic model a key system in the __________ lobe visual cortex with reduced cortical functional connectivity,” said study author Jianfeng Feng, a professor of computational biology at Warwick. “This region is involved with the face expression __________ involved in social behavior. This key system has reduced functional connectivity with the ventromedial prefrontal cortex, which is __________ in emotion and social communication.”
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