| 產(chǎn)品名稱 | 編號 | 產(chǎn)品說明 | 單位 | 單價 | 加入購物車 |
| 瓊脂糖氨基磁珠(10-30μm) | 70213-5 | 5 mL, 20%(v/v), 10-30 μm | 瓶 | ￥680.00 | |
| 瓊脂糖羥基磁珠 | 70802-10 | 10 mL, 50%(v/v), 30-150 μm | 瓶 | ￥980.00 | |
| 瓊脂糖羥基磁珠 | 70802-100 | 100 mL, 50%(v/v), 30-150 μm | 瓶 | ￥6980.00 | |
| 瓊脂糖羥基磁珠 | 70802-1000 | 1000 mL, 50%(v/v), 30-150 μm | 瓶 | 詢價 | |
| 瓊脂糖羥基磁珠(10-30 μm) | 70812-5 | 5 mL, 50%(v/v), 10-30 μm | 瓶 | ￥680.00 | |
| 瓊脂糖羥基磁珠(10-30 μm) | 70812-50 | 50 mL, 50%(v/v), 10-30 μm | 瓶 | ￥3680.00 | |
| 瓊脂糖羥基磁珠(10-30 μm) | 70812P-5 | 5 mL, 50%(v/v), 10-30 μm, 超懸浮 | 瓶 | ￥880.00 | |
| 瓊脂糖羥基磁珠(10-30 μm) | 70812P-50 | 50 mL, 50%(v/v), 10-30 μm, 超懸浮 | 瓶 | ￥6880.00 | |
| 瓊脂糖氨基磁珠(30-150 μm) | 70203-5 | 5 mL, 20%(v/v), 30-150 μm | 瓶 | ￥580.00 | |
| 瓊脂糖羥基磁珠6B | 70822-10 | 10mL，50%，10-30μm | 瓶 | ￥1070.00 | |
| 瓊脂糖氨基磁珠(30-150 μm) | 70203-50 | 50 mL, 20%(v/v), 30~150 μm | 瓶 | ￥2960.00 | |
| 瓊脂糖羥基磁珠6B | 70822-100 | 100 mL, 50%, 10-30 μm | 瓶 | ￥7070.00 | |
| 瓊脂糖羧基磁珠(30-150 μm) | 70103-5 | 5 mL, 20 %(v/v), 30-150 μm | 瓶 | ￥580.00 | |
| 瓊脂糖羥基磁珠6B | 70822-1000 | 1L, 50%, 10-30 μm | 瓶 | 詢價 | |
| 瓊脂糖羧基磁珠(30-150 μm) | 70103-50 | 50 mL, 20%(v/v), 30-150 μm | 瓶 | ￥2960.00 | |
| 瓊脂糖羧基磁珠(10-30 μm) | 70113-5 | 5 mL, 20%(v/v), 10-30 μm | 瓶 | ￥680.00 | |
| 瓊脂糖羧基磁珠(10-30 μm) | 70113-50 | 50 mL, 20%(v/v), 10-30 μm | 瓶 | ￥3680.00 | |
| 瓊脂糖羧基磁珠 (10-30 μm) | 70113-1000 | 1000 mL, 20%(v/v), 10-30 μm | 瓶 | 詢價 |
BeaverBeads? Magrose 系列磁珠是采用蛋白分離純化領域中最理想的天然高分子材料瓊脂糖與超順磁性材料復合形成的一種新型功能化磁性微球。與傳統(tǒng)磁珠相比，Magrose具有更快的磁響應性同時保持微球良好的分散性、極低的非特異性吸附和更豐富的結(jié)合位點等特性，能便捷高效地與多種生物配體（蛋白、多肽、寡聚核苷酸、藥物分子等）進行高載量結(jié)合，具有非常高的目標物質(zhì)結(jié)合能力高，是用于分離純化的首選材料。
Magrose 產(chǎn)品特性
1. 表面活性基團含量豐富：Magrose COOH基團 ~1000μmol/g；
2. 操作性能好：磁珠分散均勻，
3. 穩(wěn)定性及批次間重復性好，批間基團含量CV＜5%；
4. 目標物質(zhì)結(jié)合量高，非特異性吸附低：專用于分離、純化領域。
瓊脂糖磁珠在倒置顯微鏡下400倍成像
Magrose COOH 偶聯(lián)熒光多肽后在顯微鏡下成像
應用方向
? 蛋白分離、純化
? 免疫檢測
? 藥物篩選和輸送
引用文獻
1. Interactions of Vank proteins from Microplitis bicoloratus bracovirus with host Dip3 suppress eIF4E expression. Developmental & Comparative Immunology, 2021, 118: 103994. DOI: 10.1016/j.dci.2021.103994.
2. The IgE Blocking Activity Induced by Dermatophagoides pteronyssinus Subcutaneous Immunotherapy Does Not Correlate with Specific IgA but with IgG4 in both Serum and Saliva. Int Arch Allergy Immunol 2021;182:1231–1244. DOI:10.1159/000517152.
3. A syringe-aided apta-nanosensing method for colorimetric determination of acetamiprid. Analytica Chimica Acta, December 2020.
4. sRNA-based screening chromosomal gene targets and modular designing Escherichia coli for high-titer production of aglycosylated immunoglobulin G. ACS Synth Biol, 2020 Jun 19;9(6):1385-1394.
5. Induction heating by magnetic microbeads for pasteurization of liquid whole eggs. Journal of Food Engineering, Volume 284, November 2020, 110079.
6. A Rapid Detection Method of Brucella with Quantum Dots and Magnetic Beads Conjugated with Different Polyclonal Antibodies；Song et al. Nanoscale Research Letters (2017) 12:179,DOI:10.1186/s11671-017-1941-z.
