地址:武汉市洪山区光谷大道35号光谷总部国际时代 二期1栋1301
电话:17754422825
传真:18771149750
邮箱:sales@amyjet.com

美国Plant Cell Technology公司为商业及研究用植物组织培养实验室和植物种植者开发、生产了旗舰产品PPM™ (Plant Preservative Mixture),它是一种广谱抗微生物剂,可以杀死细菌和真菌细胞,防止真菌孢子的萌发,并在较高浓度下能消除内源性污染的外植体。研究表明PPM™活性成分可以渗透过真菌或细菌细胞壁,抑制柠檬酸循环和电子传递链等中心代谢循环中的关键酶的活性,并且可以抑制培养基中的单糖和氨基酸向真菌和细菌细胞的运输。PPM™能有效地抑制植物细胞和植物组织培养中的通过空气、水、人传播的微生物污染及内源性污染,而不会影响体外种子发芽、愈伤组织增殖和愈伤组织的再生。并且,PPM™具有热稳定性,可以和培养基一起灭菌,同时比常用抗生素价更低廉,可以作为植物组织培养基的标准成分。
The principal PCT scientist involved in the development of the PPM™ application is Dr. Assaf Guri. Dr. Assaf Guri holds degrees in genetics, applied genetics and plant breeding from the Hebrew University in Jerusalem and Michigan State University in the US. Before joining Plant Cell Technology, Inc., Dr. Guri worked with the Volcani Agricultural Research Center in Israel, Michigan State University in East Lansing, Michigan and DNAP in New Jersey.
<更多详情请联系
艾美捷科技有限公司
全国服务热线:400-6800-868
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invivoCrown IV0108替换BioXCell BE0034
invivoCrown IV0119替换BioXCell BE0004-1
invivoCrown IV0114替换BioXCell BE0213

艾美捷科技有限公司,代理GORYO Chemical公司全系列探针产品。
GORYO Chemical公司位于日本札幌市,是一家生产荧光探针的专业化供应商。由于荧光探针的化学特性,使得研究者可以利用它对细胞内运行机理进行可视化研究。GORYO Chemical与东京大学和北海道大学合作,在荧光试剂领域领已取得领先的地位。目前,GORYO Chemical在日本已经开始针对癌症检测推出临床使用的探针,在未来,这将为指导治疗提供新的方法。
<主要产品和服务:
| AcidiFluor™ Series | Fluorescent probes to detect acidic pH | Size |
| GC301 | AcidiFluor™ ORANGE | 10 μg × 20 |
| GC3011 | AcidiFluor™ ORANGE | 10 μg × 10 |
| GC302 | AcidiFluor™ ORANGE-NHS | 1 mg |
| GC303 | AcidiFluor™ ORANGE-NHS | 5 μg × 5 |
| GC304 | AcidiFluor™ ORANGE Labeling Kit | 5 times labeling |
| GC305 | AcidiFluor™ ORANGE-Zymosan A | 1 mg |
| GC306 | AcidiFluor™ ORANGE-Dextran 10k | 1 mg |
| GC309 | AcidiFluor™ ORANGE-Transferrin | 1 mg |
| GC310-01 | HaloTag® AcidiFluor™ ORANGE Ligand | 30 nmol |
| GC310-02 | HaloTag® AcidiFluor™ ORANGE Ligand | 60 nmol |
| CalxFluor™ Series | Fluorescent probes to detect calcium ions | Size |
| GC405 | CaSiR-1 potassium salt | 500 µg |
| GC503 | CaTM-2 AM | 500 μg |
| GC504 | CaTM-2 AM | 50 μg × 10 |
| GC5041 | CaTM-2 AM | 50 μg × 5 |
| GC507 | CaTM-3 AM | 40 nmol × 5 |
| GlycoFluor™ Series | Fluorescent probes to detect glycosidase activity | Size |
| GC601 | GlycoYELLOW™ –βGal | 50 μg × 10 |
| GC611 | GlycoGREEN™-βGal | 30 nmol × 5 |
| SK4001-01 | TokyoGreen®–βGal | 1 mg |
| SK4002-01 | TokyoGreen®–βGlu | 1 mg |
| SK4003-01 | TokyoGreen®–βGlcU(Na) | 1 mg |
| HaloFluor™ Series | Fluorescent probes combined with Halotag® ligand | Size |
| GC310-01 | HaloTag® AcidiFluor™ ORANGE Ligand | 30 nmol |
| GC310-02 | HaloTag® AcidiFluor™ ORANGE Ligand | 60 nmol |
| A201-01 | HaloTag® SaraFluor™ 650B ligand | 15 nmol |
| A201-02 | HaloTag ®SaraFluor™ 650B ligand | 15 nmol × 2 |
| ProteoFluor™ Series | Fluorescent probes to detect protease activity in cancer cell | Size |
| GC801 | ProteoGREEN™-gGlu | 20 μg × 10 |
| GC811 | EP-HMRG | 30 nmol x 5 |
| StemFluor™ Series | Fluorescent probes to detect human iPS/ES cells | Size |
| GC7001-01 | Kyoto Probe 1 (KP-1) | 10 μg × 5 |
| GC7001-02 | Kyoto Probe 1 (KP-1) | 10 μg × 10 |
| SaraFluor™ Series | Fluorescent probes for labeling/imaging | Size |
| ST1003-10 | SaraFluor™ 488-NHS | 5 nmol x 5 |
| ST1003-11 | SaraFluor™ 488-NHS | 1 mg |
| ST1003-15 | SaraFluor™ 488-NHS | 1 mg x 5 |
| ST1003-21 | SaraFluor™ 488-maleimide | 1 mg |
| ST1003-25 | SaraFluor™ 488-maleimide | 1 mg x 5 |
| ST1003-31 | SaraFluor™ 488-COOH | 1 mg |
| ST1003-35 | SaraFluor™ 488-COOH | 1 mg x 5 |
| ST1003-41 | SaraFluor™ 488-NH2 | 1 mg |
| ST1003-45 | SaraFluor™ 488-NH2 | 1 mg x 5 |
| ST1006-10 | SaraFluor™ 600-NHS | 5 nmol x 5 |
| ST1006-11 | SaraFluor™ 600-NHS | 1 mg |
| ST1006-15 | SaraFluor™ 600-NHS | 1 mg x 5 |
| ST1006-21 | SaraFluor™ 600-maleimide | 1 mg |
| ST1006-25 | SaraFluor™ 600-maleimide | 1 mg x 5 |
| ST1006-31 | SaraFluor™ 600-COOH | 1 mg |
| ST1006-35 | SaraFluor™ 600-COOH | 1 mg x 5 |
| ST1006-41 | SaraFluor™ 600-NH2 | 1 mg |
| ST1006-45 | SaraFluor™ 600-NH2 | 1 mg x 5 |
| ST1008-10 | SaraFluor™ 650-NHS | 5 nmol x 5 |
| ST1008-11 | SaraFluor™ 650-NHS | 1 mg |
| ST1008-15 | SaraFluor™ 650-NHS | 1 mg x 5 |
| ST1008-21 | SaraFluor™ 650-maleimide | 1 mg |
| ST1008-25 | SaraFluor™ 650-maleimide | 1 mg x 5 |
| ST1008-31 | SaraFluor™ 650-COOH | 1 mg |
| ST1008-35 | SaraFluor™ 650-COOH | 1 mg x 5 |
| ST1008-41 | SaraFluor™ 650-NH2 | 1 mg |
| ST1008-45 | SaraFluor™ 650-NH2 | 1 mg x 5 |
| ST1010-10 | SaraFluor™ 700-NHS | 5 nmol x 5 |
| ST1010-11 | SaraFluor™ 700-NHS | 1 mg |
| ST1010-15 | SaraFluor™ 700-NHS | 1 mg x 5 |
| ST1010-21 | SaraFluor™ 700-maleimide | 1 mg |
| ST1010-25 | SaraFluor™ 700-maleimide | 1 mg x 5 |
| ST1010-31 | SaraFluor™ 700-COOH | 1 mg |
| ST1010-35 | SaraFluor™ 700-COOH | 1 mg x 5 |
| ST1010-41 | SaraFluor™ 700-NH2 | 1 mg |
| ST1010-45 | SaraFluor™ 700-NH2 | 1 mg x 5 |
| ST1011-10 | SaraFluor™ 720-NHS | 5 nmol x 5 |
| ST1011-11 | SaraFluor™ 720-NHS | 1 mg |
| ST1011-15 | SaraFluor™ 720-NHS | 1 mg x 5 |
| ST1011-21 | SaraFluor™ 720-maleimide | 1 mg |
| ST1011-25 | SaraFluor™ 720-maleimide | 1 mg x 5 |
| ST1011-31 | SaraFluor™ 720-COOH | 1 mg |
| ST1011-35 | SaraFluor™ 720-COOH | 1 mg x 5 |
| ST1011-41 | SaraFluor™ 720-NH2 | 1 mg |
| ST1011-45 | SaraFluor™ 720-NH2 | 1 mg x 5 |
| A201-01 | HaloTag® SaraFluor™ 650B ligand | 15 nmol |
| A201-02 | HaloTag ®SaraFluor™ 650B ligand | 15 nmol × 2 |
| A202-01 | SaraFluor™ 650B goat anti-mouse IgG | 100 μg |
| A203-01 | SaraFluor™ 650B goat anti-rat IgG | 100 μg |
| A204-01 | SaraFluor™ 650B goat anti-rabbit IgG | 100 μg |
| A208-01 | SaraFluor™ 650B-NHS | 100 μg |
| A209-01 | SaraFluor™ 650B-maleimide | 100 μg |
| A218-01 | SaraFluor™ 488B-NHS | 100 μg |
| MetalloFluor™ Series | Fluorescent probes to detect metall ion | Size |
| GC901 | FeRhoNox™-1 | 50 μg × 10 |
| GC902 | CopperGREEN™ | 50 nmol × 5 |
| GC903-01 | FerroFarRed™ | 50 nmol × 5 |
| GC904-01 | FerroOrange | 35 nmol × 5 |
| GC904-02 | FerroOrange | 35 nmol × 1 |
| SK2001-01 | ZnAF®-2 | 1 mg |
| SK2002-01 | ZnAF®-2 DA | 1 mg |
| NOFluor™ Series | Fluorescent probes to detect niric oxide | Size |
| SK1001-01 | DAF-2 | 1 mg |
| SK1002-01 | DAF-2 DA | 1 mg |
| SK1003-01 | DAF-FM | 1 mg |
| SK1004-01 | DAF-FM DA | 1 mg |
| SK1005-01 | DAR-4M | 1 mg |
| SK1006-01 | DAR-4M AM | 1 mg |
| HypoFluor™ Series | Fluorescence probes for hypoxia detection | Size |
| A101-01 | MAR | 25 μg × 5 |
| ROSFluor™ Series | Fluorescent probes to detect reactive oxigen species | Size |
| SK3001-02 | Hydroxyphenyl Fluorescein (HPF) | 1 mg |
| SK3002-02 | Aminophenyl Fluorescein (APF) | 1 mg |
| SK3003-01 | NiSPY-3 | 1 mg |
| GC3004-01 | OxiORANGE™ | 100 nmol ×5 |
| GC3006-01 | HySOx | 20 μg × 5 |
| GC3007-01 | HYDROP | 30 nmol × 3 |
| GC3008-01 | HYDROP-EX | 30 nmol × 3 |
| FRETFluor™ Series | FRET based fluorescent probes | Size |
| A401-1 | QuicGSH3.0 | 25 nmol × 5 |
| A401-2 | QuicGSH3.0 | 25 nmol × 2 |
| A402-1 | SSip-1 DA | 60 nmol × 3 |
| NIRFluor™ series | Near infrared fluorescent probes | |
| A501-01 | ICG-NHS ester | 1 mg |
| A501-05 | ICG-NHS ester | 1 mg × 5 |
| A501-10 | ICG-NHS ester | 1 mg × 10 |
| A502-01 | ICG-maleimide | 1 mg |
| A502-05 | ICG-maleimide | 1 mg × 5 |
| A502-10 | ICG-maleimide | 1 mg × 10 |
| Bioluminescent series | Fluorescent probes for in vivo imaging | Size |
| RS101-01 | D-Luciferin potassium salt | 1 g |
| POLARIC™ Series | Fluorescent probes for staining cell membrane and bacteria | Size |
| GC101 | POLARIC™-500c6F | 1 μg × 10 |
| GC1011 | POLARIC™-500c6F | 1 μg × 5 |
| GC102 | POLARIC™-500BCS | 5 μg × 10 |
| GC1021 | POLARIC™-500BCS | 5 μg × 5 |
| GC2021 | POLARIC™-NHS | 1 mg |
| GC2031 | POLARIC™-maleimide | 1 mg |
| GC211 | POLARIC™ Labeling Kit | 5 times labelng |
更多详情请联系
艾美捷科技有限公司
全国服务热线:400-6800-868
邮箱:sales@amyjet.com
网站:www.amyjet.com
" data-original="http://fabgennix.51antibodies.com/template/company/xys_lvse/skin/image/lazyLoad.jpg" alt="GORYO Chemical"> GORYO Chemical
invivoCrown IV0114替换BioXCell BE0213
invivoCrown IV0117替换BioXCell BE0223
invivoCrown IV0117替换BioXCell BE0223

Cellular Dynamics公司可以大规模从干细胞诱导分化生产人类细胞,用于基础研究,药物发现和再生医学应用。CDI提供了几种末分化的细胞种类作为目录产品:iCell心肌细胞,iCell神经元,iCell内皮细胞和iCell肝细胞。 CDI的MyCell®产品组合能够为客户提供的供体样品进行重编程,基因编辑和分化。该公司还有几种来源于多能干细胞的原型产品,包括iCell心脏祖细胞,iCell造血祖细胞,iCell星形胶质细胞和iCell骨骼成肌细胞等。
Fujifilm, once a Company whose core business was photographic film, has diversified and strengthened its portfolio based on developing or acquiring proprietary technologies as well as a deeply held corporate philosophy of enhancing the quality of human lives worldwide. One key area of focus for the Company is Healthcare, and Fujifilm acquired Cellular Dynamics International in May 2015, renamed it to FUJIFILM Cellular Dynamics, Inc.(FCDI) in 2018 to drive innovation in this business area. We see great potential in FCDI as a key component in our mission to be the global leader in regenerative medicine and drug discovery through cutting-edge science and technology.
To date FCDI has already achieved leadership in the induced pluripotent stem cell (iPSC) field as one of the only companies in the world to industrially manufacture human cells derived from iPSCs with high quality, purity, and reproducibility and in virtually unlimited quantities. Not only have we achieved this across multiple healthy and diseased donors for the research market but also, we have begun to manufacture human cells under cGMP conditions – a requirement as these human cellular products move from a tool used in drug discovery into a therapy used in regenerative medicine applications.
Cellular Dynamics公司的主要产品包括:
iCell Cardiomyocytes
iCell Cardiac Progenitor Cells
iCell Neurons
iCell Astrocytes
iCell DopaNeurons
iCell Hepatocytes 2.0
iCell Hepatoblasts
iCell Skeletal Myoblasts
iCell Endothelial Cells
iCell Hematopoietic Progenitor Cells
iCell Macrophages
" data-original="http://fabgennix.51antibodies.com/template/company/xys_lvse/skin/image/lazyLoad.jpg" alt="Cellular Dynamics"> Cellular Dynamics
invivoCrown IV0102替换BioXCell BE0003-1
地址:武汉市洪山区光谷大道35号光谷总部国际时代 二期1栋1301
电话:18995651644
传真:18995651644
邮箱:sales@amyjet.com
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