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A new CHIP-NEXUS technique that accurately maps the individual transfer factor connection site of the genome and far separates existing techniques

A new CHIP-NEXUS technique that accurately maps the individual transfer factor connection site of the genome and far separates existing techniques

1プロテノバ株式会社抗体精製用アフィニティ磁気ビーズ比較データ 抗体精製コストの比較 結合能:mouse laG mg/mL gel価格:ビーズ1mL あたりの価格(定価ベース)精製コスト:lgG… 株式会社バイオシス・テクノロジーズ オプション Tryp-Nによる酵素消化… 株式会社バイオシス・テクノロジーズ単純操作で安全にCTCを回収…

All cells in the biological solid have the same DNA design document, but individual cells can read and express different parts of the design documents in order to fulfill their cells.There is.For example, nerve cells indicate gene that can provide information to other nerve cells, and immune cells indicate gene that can create antibodies.

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ゲノムの個別転写因子結合部位を正確にマップ化し、既存のテクニックを大きく引き離す新しいChIP-Nexus テクニック