基本情報
| サイトトップ | https://dsb.riken.jp |
|---|
HTMLサイズ
| 1ページ平均HTML(バイト) | 34685.59 |
|---|
内部リンク集計
| リンク総数 | 26 |
|---|
外部リンク集計
| リンク総数 | 107 |
|---|
メタ情報
| meta description平均長 | 0 |
|---|---|
| OGPありページ数 | 0 |
| Twitterカードありページ数 | 0 |
HTML言語 分布
| キー | 割合 |
|---|---|
| ja | 52.94% |
| en-us | 47.06% |
文字コード 分布
| キー | 割合 |
|---|---|
| utf-8 | 100.00% |
内部リンク分析(Internal)
| ユニーク内部リンク数 | 26 |
|---|---|
| ページあたり内部リンク平均 | 13.06 |
内部リンク 深さヒストグラム
| キー | 値 |
|---|---|
| 0 | 20 |
| 1 | 121 |
| 2 | 81 |
内部リンク 上位URL
キーワード分析(KeywordMap)
ワードクラウド上位
| 語 | 重み |
|---|---|
| develop | 1 |
| using | 0.6 |
| cryo | 0.55054 |
| structures | 0.467124 |
| simulations | 0.44 |
| dynamics | 0.417075 |
| their | 0.400392 |
| biomolecules | 0.400392 |
| new | 0.400392 |
| method | 0.3948 |
| spectroscopy | 0.367026 |
| proteins | 0.367026 |
| NMR | 0.36024 |
| dynamic | 0.36 |
| various | 0.33366 |
| membrane | 0.2961 |
| molecular | 0.283611 |
| structural | 0.282203 |
| protein | 0.28 |
| complexes | 0.266928 |
| conformational | 0.26 |
| ray | 0.233562 |
| sensitivity | 0.22 |
| crystallography | 0.216879 |
| time | 0.216879 |
| DNP | 0.216879 |
| systems | 0.2 |
| reaction | 0.1974 |
| single | 0.1974 |
| particle | 0.1974 |
| functional | 0.1974 |
| multi | 0.1974 |
| regulation | 0.1974 |
| purpose | 0.1974 |
| based | 0.1974 |
| molecules | 0.1974 |
| target | 0.1974 |
| enhanced | 0.1974 |
| models | 0.1974 |
| fragment | 0.1974 |
| fitting | 0.1974 |
| nucleosome | 0.1974 |
| atom | 0.1974 |
| algorithm | 0.1974 |
| perform | 0.1974 |
| techniques | 0.183513 |
| experiments | 0.183513 |
| will | 0.18 |
| states | 0.18 |
| project | 0.172725 |
共起語上位
| 語1 | 語2 | スコア | 共起ページ数 |
|---|---|---|---|
| particle | single | 3.122087 | 32 |
| dimensional | three | 2.896442 | 24 |
| enhanced | sensitivity | 2.854915 | 32 |
| NMR | spectroscopy | 2.69508 | 69 |
| electron | microscopy | 2.619738 | 24 |
| electronic | levels | 2.573085 | 16 |
| levels | real | 2.573085 | 16 |
| macromolecular | reconstitute | 2.573085 | 16 |
| integrated | operate | 2.573085 | 16 |
| including | pipeline | 2.573085 | 16 |
| carry | out | 2.573085 | 16 |
| higher | methodologies | 2.573085 | 16 |
| cytoskeleton | playing | 2.573085 | 16 |
| subunits | tubulin | 2.573085 | 16 |
| microtubules | subunits | 2.573085 | 16 |
| measurement | technologies | 2.573085 | 16 |
| efficient | synthetic | 2.573085 | 16 |
| route | synthetic | 2.573085 | 16 |
| having | potentially | 2.573085 | 16 |
| attractive | potentially | 2.573085 | 16 |
| attractive | reactivities | 2.573085 | 16 |
| Three | reactivities | 2.573085 | 16 |
| Three | kinds | 2.573085 | 16 |
| activations | kinds | 2.573085 | 16 |
| activations | heat | 2.573085 | 16 |
| heat | light | 2.573085 | 16 |
| light | transition | 2.573085 | 16 |
| metal | transition | 2.573085 | 16 |
| catalyst | metal | 2.573085 | 16 |
| catalyst | enable | 2.573085 | 16 |
| enable | selective | 2.573085 | 16 |
| construction | selective | 2.573085 | 16 |
| diverse | introducing | 2.573085 | 16 |
| diverse | functionalities | 2.573085 | 16 |
| challenge | taken | 2.573085 | 16 |
| conjugate | key | 2.573085 | 16 |
| key | molecule | 2.573085 | 16 |
| Pentacene | molecule | 2.573085 | 16 |
| hyper | polarize | 2.573085 | 16 |
| algorithms | construct | 2.573085 | 16 |
| dynamical | obtain | 2.573085 | 16 |
| assembly | try | 2.573085 | 16 |
| characterize | try | 2.573085 | 16 |
| address | characterize | 2.573085 | 16 |
| address | sequence | 2.573085 | 16 |
| dependent | sequence | 2.573085 | 16 |
| FRET | bioinformatics | 2.573085 | 16 |
| elucidate | nucleosomes | 2.573085 | 16 |
| gene | role | 2.573085 | 16 |
| coarse | grained | 2.573085 | 16 |