hTRAIL-mAb －ヒトTRAIL抗体－オリエンタル酵母工業（株）バイオ事業本部

hTRAIL-mAb －ヒトTRAIL抗体

hTRAIL - mAb（RIK1）
hTRAIL - mAb（RIK2）

オリエンタル酵母工業(株)　バイオ事業部の研究用試薬　抗体 >hTRAIL-mAb

概要

本製品は精製組換えヒトTRAILをマウスに免疫後、マウスの脾臓細胞とマウスミエローマ細胞を融合して得られたハイブリドーマを無血清培養し、培養上清からProteinGによりアフィニティ精製をしたものです。
TRAIL（TNF Related Apoptosis Inducing Ligand）はTNFファミリーに属し、癌細胞にアポトーシスを誘導する因子として発見されました。hTRAILによるアポトーシスを本製品は抑制する作用を有します。

製品仕様

用途	ELISA、FACS、中和
サブクラス	マウス IgG_1k
特異性	ヒトTRAIL
製品形態	精製抗体
溶媒	PBS(-)
保存条件	冷凍（-70℃以下）
濃度	>1.0 mg/mL
純度	>90 %
容量	100 μg

基本データ	rhTRAILをプレートにコートし、各抗体は0.1μg/mLにて添加し、二次抗体として抗マウスIgG₁抗体を用い、化学発色試薬にて検出。 L929細胞に対し、rhTRAIL添加にて誘導されるアポトーシスは、各抗体を添加することで抑制。

基本データ

rhTRAILをプレートにコートし、各抗体は0.1μg/mLにて添加し、二次抗体として抗マウスIgG₁抗体を用い、化学発色試薬にて検出。

L929細胞に対し、rhTRAIL添加にて誘導されるアポトーシスは、各抗体を添加することで抑制。

価格

hTRAIL-mAb（RIK1）

製品番号	包装	価格
47746000	100μg	¥50,000

hTRAIL-mAb（RIK2）

製品番号	包装	価格
47747000	100μg	¥50,000

参考文献

Kayagaki N et al. J Immunol 1999, 162 : 2639-2647

ダウンロード資料

PDF hTRAIL-mAb リーフレット.pdf

※本品は研究用試薬であり、医薬品ではありません。

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" style="width: 98px; height: 196px;" /><br />
<br />
本製品は精製組換えヒトTRAILをマウスに免疫後、マウスの脾臓細胞とマウスミエローマ細胞を融合して得られたハイブリドーマを無血清培養し、培養上清からProteinGによりアフィニティ精製をしたものです。<br />
TRAIL（TNF Related Apoptosis Inducing Ligand）はTNFファミリーに属し、癌細胞にアポトーシスを誘導する因子として発見されました。hTRAILによるアポトーシスを本製品は抑制する作用を有します。</p>"
    ["product_exp2_title"]=>
    string(0) ""
    ["product_exp2_desc"]=>
    string(0) ""
    ["product_exp3_title"]=>
    string(12) "製品仕様"
    ["product_exp3_desc"]=>
    string(998) "<div class="products_detail_table">
<table summary="反応液組成">
    <tbody>
        <tr>
            <th>用途</th>
            <td>ELISA、FACS、中和</td>
        </tr>
        <tr>
            <th>サブクラス</th>
            <td>マウス IgG<sub>1k</sub></td>
        </tr>
        <tr>
            <th>特異性</th>
            <td>ヒトTRAIL</td>
        </tr>
        <tr>
            <th>製品形態</th>
            <td>精製抗体</td>
        </tr>
        <tr>
            <th>溶媒</th>
            <td>PBS(-)</td>
        </tr>
        <tr>
            <th>保存条件</th>
            <td>冷凍（-70℃以下）</td>
        </tr>
        <tr>
            <th>濃度</th>
            <td>>1.0 mg/mL</td>
        </tr>
        <tr>
            <th>純度</th>
            <td>>90 %</td>
        </tr>
        <tr>
            <th>容量</th>
            <td>100 μg</td>
        </tr>
    </tbody>
</table>
</div>"
    ["product_exp4_title"]=>
    string(15) "基本データ"
    ["product_exp4_desc"]=>
    string(40972) "<p> <img alt="" 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" /><br />
rhTRAILをプレートにコートし、各抗体は0.1μg/mLにて添加し、二次抗体として抗マウスIgG<sub>1</sub>抗体を用い、化学発色試薬にて検出。<br />
 </p>
<p> <img alt="" 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" /><br />
L929細胞に対し、rhTRAIL添加にて誘導されるアポトーシスは、各抗体を添加することで抑制。</p>"
    ["product_exp5_title"]=>
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    ["product_exp5_desc"]=>
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    ["product_exp6_title"]=>
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    ["product_exp6_desc"]=>
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    ["product_references"]=>
    string(49) "Kayagaki N et al. J Immunol 1999, 162 : 2639-2647"
    ["download_text1"]=>
    string(33) "hTRAIL-mAb リーフレット.pdf"
    ["download_url1"]=>
    string(33) "hTRAIL-mAb リーフレット.pdf"
    ["download_text2"]=>
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    ["download_url2"]=>
    NULL
    ["product_footer"]=>
    string(72) "※本品は研究用試薬であり、医薬品ではありません。"
    ["created"]=>
    string(19) "2010-11-01 15:57:52"
    ["modified"]=>
    string(19) "2011-11-30 13:41:16"
  }
  ["Category"]=>
  array(6) {
    ["id"]=>
    string(1) "7"
    ["category_name_e"]=>
    string(10) "antibodies"
    ["category_name_j"]=>
    string(6) "抗体"
    ["category_index_url"]=>
    string(25) "/pages/reagent/antibodies"
    ["created"]=>
    string(19) "2009-02-27 09:55:13"
    ["modified"]=>
    string(19) "2009-02-27 09:55:13"
  }
}