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：18771997407
传真：18995651644
邮箱：sales@amyjet.com
艾美捷科技代理深圳鼎升（AcroGenic）全系列产品。
深圳鼎升生物科技有限公司成立于2022年7月29日，坐落在深圳光明区。公司专注于新一代合成生物材料研发及其在新兴生物医药领域中的应用，依托拥有中美自主专利的新型3D可调控高分
子合成生物材料 AccuraMatrix ®技术，实现产品化及市场化。
AcroGenic主营业务基于细胞三维培养和体内外模型平台建立及试剂耗材的生产，治疗性细胞的体外规模化生产及体内植入技术研究及市场化，合成生物平台的建立及合成产品的生产销售。
目前公司已设立北京、深圳和美国的研发及生产中心。
产品范围包括：
（1）AccuraMatrix®细胞外基质
人工合成的有机共聚大分子生物3D架构，能有效模拟细胞生长所需的稳定微环境。
拥有中美自主专利技术，可对架构的孔径大小、结构刚性等理化指标进行调节。
AccuraMatrix可根据培养细胞、细胞球、类器官及组织颗粒的培养需要,通过各类生物材料的不断开发和优化以达到在体外最大限度地模仿体内微环境从而实现多种人类干细胞及原代细胞的体外三维高密度大规模培养、扩增及体内外模型建立。AccuraMatrix细胞外基质产品有普适性强,生物安全性高,可植入性,低成本,高重复性和稳定批次质量。可用于干细胞生产,骨和软骨修复,人造腺体,细胞体内植入。
<<
（2）CTC体外培养试剂盒
肺癌循环肿瘤细胞培养试剂盒
肝癌循环肿瘤细胞培养试剂盒
肾癌循环肿瘤细胞培养试剂盒
胆管癌循环肿瘤细胞培养试剂盒
胰腺癌循环肿瘤细胞培养试剂盒
卵巢癌循环肿瘤细胞培养试剂盒
在AccuraMatrix系统可从外周血中体外培养、增殖，获得足够的数量的CTC，进行全面的分子与功能研究，如对肿瘤细胞与正常细胞物理特性差异的研究；对原发性肿瘤、CTC和转移灶进行基因表达谱的比较；对CTC不同表面标志物表达的研究；对CTC进行药物敏感度实验和建立动物转移模型等。有利于肿瘤患者早期诊断、辅助临床进行精确治疗、术后肿瘤复发与转移及预后评估等。
应用场景
AccuraMatrixCTC培养可用于肿瘤无创早诊、复发监测、用药指导。细胞外生物材料技术涵盖肿瘤早、中、晚全阶段，早期高危和高度怀疑患者的诊断(液体活检，基因诊断无法确诊)，
CTC可以通过对肿瘤细胞的病历诊断做到无创确诊；支持低成本长期培养，可以帮助患者建立起抗药肿瘤模型，并提前筛选出药效药物，指导肿瘤复发治疗，利用CTC培养对治疗效果进
行评估，监测肿瘤复发；晚期病人获得肿瘤样品难， 通过CTC为病人寻找有效药物和药物组合。
另外，AccuraMatrix体外培养扩增后的CTC细胞团可用于动物模型构建，支持肿瘤新药研发、监测肿瘤复发、疗效评估和用药指导。
循环肿瘤细胞体外培养 的基质材料优化及其相关临床应用产品的研发，实现了高成功率循环肿瘤细胞体外培养，建立了世界唯一的循环肿瘤细胞动物体内种植方法，成功地利用循环肿
瘤细胞动物模型进行了体内抗癌药物评估。
目前，AccuraMatrix已完成部分癌种CTC扩增培养和蛋白鉴定。
（3）类器官培养试剂盒
依托生物基质材料在体外最大限度地模拟体内微环境，实现多种类器官快速构建，并支持类器官与免疫细胞长时间共培养。为抗癌新药研发和患者治疗方案的筛选提供高效、准确、高性价比的服务，为癌症基础研究提供不可或缺的体外 3D 肿瘤模型及动物模型。
<肺癌类器官培养试剂盒
肝癌类器官培养试剂盒
肾癌类器官培养试剂盒
胆管癌类器官培养试剂盒
胰腺癌类器官培养试剂盒
结直肠癌类器官培养试剂盒
尿道上皮癌类器官培养试剂盒
胃癌类器官培养试剂盒
卵巢癌类器官培养试剂盒
乳腺癌类器官培养试剂盒
恶性体腔积液类器官培养试剂盒
肝癌组织类器官培养试剂盒
（4）利用3D培养技术体外生产治疗性蛋白
针对生物合成中存在的某些问题，通过在细胞培养中应用不同的生物材料实现了对细胞培养微环境的调控，改变了细胞状态，实现了多种细胞的共同培养，更换表达细胞种类，从而解决了一定的技术瓶颈
Mediomics公司2001年成立，致力于为学术机构、制药公司、医学研究者、环境研究者提供创新性的检测试剂盒及生物感应物质。Mediomics拥有Patented Bridge-It® Assay Platform、Patented FRET-PINCER® Assay Platform、Patented TRF-PINCER® Assay Platform三大技术平台。
Mediomics, LLC provides innovative assay kits and biosensors needed by academic research laboratories, point of care testing, pharmaceutical companies, as well as medical and environmental research markets.
Technology platforms:
（1）Patented Bridge-It® Assay Platform
Bridge-It® Assays are optimized to measure DNA binding proteins, their ligands, and co-regulators. Mediomics’ Bridge-It® assay was based on a simple idea of splitting the DNA binding site for a protein into two DNA half-sites. The presence of the DNA-binding protein or one of its ligands can be detected by FRET (fluorescence resonance energy transfer).
（2）Patented FRET-PINCER® Assay Platform
FRET-PINCER® Assays are a unique system to quantify the concentration of biomarkers, cells, and pathogens in a broad range of biological samples. The patent-protected FRET-PINCER® Assay system detects the concentration of the target molecule by bringing together complementary single-stranded DNAs and their attached fluorophores to produce fluorescent light through FRET (fluorescence resonance energy transfer).
（3）Patented TRF-PINCER® Assay Platform
TRF-PINCER® Assays are a unique system to quantify the concentration of biomarkers, cells, and pathogens in a broad range of biological samples. The patent-protected TRF-PINCER® Assay platform system detects the concentration of the target molecule by bringing together complementary single-stranded DNAs and their attached fluorophores to produce fluorescent light with Time-Resolved Fluorometry (TRF) sensitivity.
主要产品线包括：
（1）Bridge-It® Assay
（2）TR-FRET Bridge-It® Assay
（3）FRET-PINCER® Assay
（4）TR-FRET PINCER®Assay
（5）Other
<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
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OXOID的主要产品包括：
Agars
Air Sampler
Antimicrobial Susceptibility Discs In Cartridges
Antimicrobial Susceptibility Testing
Atmosphere Generation System
Biochemical Reagents
Blood Culture
Culti-Loops
Culture Media Supplements
Dehydrated Culture Media
Diagnostic Discs
Diagnostic Reagents
Dip Slides
EIA Test Components Veterinary
EIA Test Veterinary
Food Allergen tests
IDEIA Accessories
IDEIA EIA Test
IMAGEN Accessories
IMAGEN Immunofluorescence Test
Laboratory Preparations/Biological Extracts
Microbact Biochemical Identification Kits
Molecular Microbiology
Oxoid Biochemical Identification System (O.B.I.S.)
Prepared Media
Prepared Media - Bottled Culture Media
Prepared Media - Ready Prepared Plates
Publications
Quanti-Cult
Rapid Food Tests
Remel - Agglutinating Sera
Remel - Collection and Transport
Remel - Diagnostic Kits
Remel - Diagnostic Tests
Remel - Laboratory Supplies
Remel - Quality Control
Remel - Reagents and Stains
Remel - Stained Suspensions
Test Tube Caps
Toxin Detection Kits
Transport Swabs
Veggietones
<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
Exiqon公司属于QIAGENE集团，该公司在microRNA表达分析领域具有国际领先地位，于2005年获得了Ernst&Youngs生物类大奖。Exiqon公司提供miRCURY系列产品，专门用于研究microRNA的表达、分布和功能。Exiqon的microRNA芯片亲和力更高，使用基于LNA专利技术的捕获探针。
Exiqon's products and services are used by researchers in academia, biotech and pharmaceutical companies around the world to make groundbreaking discoveries about the correlation between gene activity and the development of disease. Taking advantage of our proprietary LNA™ technology, our product lines offer superior specificity and sensitivity for analysis of microRNA, mRNA and long non-coding RNA. Exiqon's products and services encompass the entire workflow from sample preparation to expression analysis (Sequencing, Array and qPCR), detection and functional analysis both in vitro and in vivo. Exiqon Services offers expertise in RNA Next Generation Sequencing, microRNA profiling and biomarker discovery from clinical samples.
Exiqon公司的主要产品包括：
microRNA products
mRNA & lncRNA products
Customer support
LNA™ oligos
RNA services
<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://atto.51antibodies.com/template/company/xys_lvse/skin/image/lazyLoad.jpg" alt="Exiqon"> Exiqon
艾美捷科技代理ReVacc Scientific品牌
ReVacc Scientific为科学发现、临床诊断和疾病治疗提供可靠的病毒学和免疫学产品和服务。
▍ReVacc Scientific公司产品
● 假病毒：带有报告基因（如荧光素酶）的假病毒，为样本高通量筛选提供了高效的解决方案。基于多种技术平台，ReVacc Scientific生产针对冠状病毒、丝状病毒或高致病性禽流感病毒的假病毒。
● 重组蛋白：公司专注于生产带有关键中和表位的蛋白质，这些蛋白质应用在疫苗、诊断和治疗三大重要领域。核心优势有：使用真核表达系统（哺乳/昆虫细胞）确保获得正确的翻译后修饰；生产的蛋白质能正确组装成其天然的多聚体状态（如二聚体、三聚体）。
● 单克隆抗体：大多数抗体具有中和活性，具有阻断病原体感染细胞的能力。
● 检测试剂盒：用于检测人、小鼠或兽医动物样本中的 IgG 或抗原水平，操作简便。
● 克隆工具：一步法高效组装；一分钟高效转化。
▍ReVacc Scientific公司服务
● 样本中和抗体效价评估：在符合生物安全要求的前提下，为您测定样本的中和活性；
● 定制化蛋白生产：根据需求生产携带特定突变的定制化蛋白；
● 定制化假病毒构建：根据需求生产携带特定突变的定制化假型病毒。
● 诊断试剂盒定制开发：根据需求开发定制试剂盒
● 定制化抗体发现：开发了多色表位特异性单细胞分选技术 (MESCS®)，并结合重组单克隆抗体技术，从不同物种样本中发掘有价值的抗体。
● 抗体工程化改造：抗体人源化、抗体标记、抗体核苷酸序列测定、抗体同种型转换抗体格式转换以及抗体种属转换。
● 流式细胞分选服务：用于分选具有特定光散射和荧光特性的细胞群。
▍ReVacc Scientific部分产品列表
| 分类 | 品名 | 货号 | 规格 |
| Pseudovirus Reporter | VSV-Pseudovirus_SARS-CoV-2 WT (Wuhan Strain) Spike with luciferase reporter | P14N41 | 200 μl；1000 μl |
| Pseudovirus Reporter | Pseudovirus_RSV Fusion with Luciferase Reporter (A2 strain) | P11A48 | 200 μl；1000 μl |
| Pseudovirus Reporter | Lenti-Pseudovirus_SARS-CoV-2 (Wuhan Strain) Spike with luciferase reporter | O21F29 | 1.1ml;5.5ml |
| Pseudovirus Reporter | VSV-Pseudovirus_MERS-CoV Spike with luciferase reporter | T53L53 | 200 μl；1000 μl |
| Pseudovirus Reporter | VSV-Pseudovirus_SARS-CoV (2003 strain) Spike with luciferase reporter | V44X39 | 200 μl；1000 μl |
| Monoclonal Antibody | Anti-Dengue E Domain III Monoclonal Neutralizing Antibody | K34Q76 | 100 μg；500 μg |
| Monoclonal Antibody | Anti-Ebola Broad Neutralizing Antibody | P5N48 | 100 μg；500 μg |
| Monoclonal Antibody | Anti-HCV E2 Neutralizing Monoclonal Antibody | X81H49 | 100 μg；500 μg |
| Monoclonal Antibody | Anti-Herpes Simplex Virus gD Antibody | Y48B93 | 100 μg；500 μg |
| Monoclonal Antibody | Recombinant Human Anti-hMPV Fusion IgM Antibody | R7V27 | 20 μg；100 μg |
| Monoclonal Antibody | Recombinant Human Anti-hMPV Fusion IgA Antibody | A89X2 | 20 μg；100 μg |
| Recombinant Protein | Dengue virus 1 E protein | R22F8 | 100 μg；500 μg |
| Recombinant Protein | Ebola Sudan GP protein | B78A28 | 100 μg；500 μg |
| Recombinant Protein | Ebola Zaire Makona GP protein | P54P89 | 100 μg；500 μg |
| Recombinant Protein | Herpes simplex virus (HSV) gD protein (Type 1) | L61Q82 | 100 μg；500 μg |
| Recombinant Protein | HIV-1 Trimeric GP140 protein-clade B, YU2 strain | W44H24 | 100 μg；500 μg |
| Test kit | Human Kallikrein 3/PSA Quantitative ELISA (Ultra-sensitive) | S64N86 | 96-well |
| Test kit | Human Anti-Cytomegalovirus gB Protein Antibody IgG Titer Serologic Assay Kit | W19V42 | 96-well |
| Test kit | Human Anti-Dengue Antibody IgG Titer Serologic Assay Kit (E) | P76A64 | 96-well |
| Test kit | Human Anti-Ebola Antibody IgG Titer Serologic Assay Kit (Trimeric GP) | P78G86 | 96-well |
| Test kit | Human Anti-HIV-1 Antibody IgG Titer Serologic Assay Kit (Trimeric GP140) | R29T18 | 96-well |
| Cloning | Seamless Assembly Master Mix (2X) | Q72R56 | 50μl; 250μl;1ml |
| Cloning | One-Minute Competent Cells (Stbl2 similar) | L86Z19 | 8 x 50 μl; 96 x 50 ul |
| Cloning | One-Minute Competent Cells (DH5 Alpha) | L2A1 | 8 x 50 μl; 96 x 50 ul |
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
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" data-original="http://atto.51antibodies.com/template/company/xys_lvse/skin/image/lazyLoad.jpg" alt="GORYO Chemical"> GORYO Chemical
Neuromab是一家由NIH资助成立的单克隆抗体库。
The UC Davis/NIH NeuroMab Facility is a national monoclonal antibody-generating resource funded by the National Institutes of Health (NIH). The mission of the UC Davis/NIH NeuroMab Facility is to provide a unique neuroscience-based approach to generating mouse monoclonal antibodies optimized for use in mammalian brain (NeuroMabs). NeuroMabs are generated from mice immunized with synthetic and recombinant immunogens corresponding to components of the neuronal proteome as predicted from genomic and other large-scale cloning efforts. Comprehensive biochemical and immunohistochemical analyses of human, primate and non-primate mammalian brain are incorporated into the UC Davis/NIH NeuroMab Facility screening procedure. This yields a subset of mouse mAbs that are optimized for use in brain (i.e., NeuroMabs): for immunohistochemical- based imaging studies of protein localization in adult, developing and pathological brain samples, for biochemical analyses of subunit composition and post-translational modifications of native brain proteins, and for proteomic analyses of native brain protein networks.
Neuromab的主要产品包括：
Array Tomography
Model Organisms
Disease Targets
产品列表：
| 抗体名称 |
| Anti-5-formylcytidine, NeuroMab clone N358/68 |
| Anti-5-hydroxymethylcytidine, NeuroMab clone N297/59 |
| Anti-6xHis, NeuroMab clone N144/14 |
| Anti-ADAM11, NeuroMab clone N441/35 |
| Anti-ADAM22-cytoplasmic, NeuroMab clone N46/30 |
| Anti-ADAM22-extracellular, NeuroMab clone N57/2 |
| Anti-AGPS neo-epitope, NeuroMab clone N444/63 |
| Anti-Aldh1L1 (Aldehyde dehydrogenase family 1 member L1), NeuroMab clone N103/39 |
| Anti-Aldh1L1 (Aldehyde dehydrogenase family 1 member L1), NeuroMab clone N103/31 |
| Anti-Alg13, NeuroMab clone N442/28 |
| Anti-Alpha-2C adrenergic receptor, NeuroMab clone N330A/80 |
| Anti-Alpha-2C adrenergic receptor, NeuroMab clone N330A/51 |
| Anti-AMIGO-1, NeuroMab clone L86/33 |
| Anti-AMIGO-1, NeuroMab clone L86/36 |
| Anti-AMIGO-1, NeuroMab clone L86A/37 |
| Anti-Ankyrin-B, NeuroMab clone N105/13 |
| Anti-Ankyrin-B, NeuroMab clone N105/17 |
| Anti-Ankyrin-G, NeuroMab clone N106/20 |
| Anti-Ankyrin-G, NeuroMab clone N106/36 |
| Anti-Ankyrin-G, NeuroMab clone N106/65 |
| Anti-Ankyrin-G, NeuroMab clone N106/43 |
| Anti-Ankyrin-R, NeuroMab clone N388A/10 |
| Anti-Ankyrin-R/G, NeuroMab clone N388A/27 |
| Anti-ANO3/TMEM16C, NeuroMab clone N454/91 |
| Anti-ANO5/TMEM16E, NeuroMab clone N421A/85 |
| Anti-ANO6/TMEM16F, NeuroMab clone N429/19 |
| Anti-ARHGAP4, NeuroMab clone N290B/25 |
| Anti-Arl13b, NeuroMab clone N295B/66 |
| Anti-Arx, NeuroMab clone N411/51 |
| Anti-ASIC1, NeuroMab clone N271/44 |
| Anti-ATAT1, NeuroMab clone N347/42 |
| Anti-Ataxin-1 11NQ, NeuroMab clone N76/8 |
| Anti-Ataxin-1 11NQ, NeuroMab clone N76/3 |
| Anti-Ataxin-1 wild-type, NeuroMab clone N65/37 |
| Anti-ATF4, NeuroMab clone N360A/24 |
| Anti-BAF53a, NeuroMab clone N336B/83 |
| Anti-BAF53b, NeuroMab clone N332B/15 |
| Anti-Bassoon, NeuroMab clone L124/59 |
| Anti-BBS3/Arl6, NeuroMab clone N302/10 |
| Anti-BBS5, NeuroMab clone N304B/115 |
| Anti-BDNF, NeuroMab clone N450/53 |
| Anti-Beta1-spectrin, NeuroMab clone N385/21 |
| Anti-Beta4-spectrin, NeuroMab clone N393/2 |
| Anti-Beta4-spectrin, NeuroMab clone N393/76 |
| Anti-BKBeta2 potassium channel subunit, NeuroMab clone N53/32 |
| Anti-BKBeta3a potassium channel subunit, NeuroMab clone N40B/18 |
| Anti-BKBeta4 potassium channel, NeuroMab clone L18A/3 |
| Anti-Botch1/Chac1, NeuroMab clone N116/14 |
| Anti-Bral1, NeuroMab clone N364/10 |
| Anti-Bral1, NeuroMab clone N364/42 |
| Anti-Brevican, NeuroMab clone N294A/6 |
| Anti-Brevican, NeuroMab clone N294A/10 |
| Anti-CALB1/calbindin, NeuroMab clone L109/39 |
| Anti-CALB1/calbindin, NeuroMab clone L109/57 |
| Anti-CALB2/calretinin, NeuroMab clone L122/6 |
| Anti-CALB2/calretinin, NeuroMab clone L122/68 |
| Anti-CASK scaffolding protein, NeuroMab clone K56A/50 |
| Anti-Caspr/paranodin/neurexin IV, NeuroMab clone K65/35 |
| Anti-Caspr2/paranodin, NeuroMab clone K67/25 |
| Anti-Cav1.2 calcium channel, NeuroMab clone L57/46 |
| Anti-Cav1.2, NeuroMab clone N263/31 |
| Anti-Cav1.3 calcium channel, NeuroMab clone L48A/9 |
| Anti-Cav1.3 calcium channel, NeuroMab clone N38/8 |
| Anti-Cav3.1 Ca2+ channel, NeuroMab clone N178A/9 |
| Anti-Cav3.2 calcium channel, NeuroMab clone N55/10 |
| Anti-Cav1 calcium channel, NeuroMab clone N7/18 |
| Anti-Cav尾2 calcium channel subunit, NeuroMab clone N8b/1 |
| Anti-Cav3 calcium channel, NeuroMab clone N473/36 |
| Anti-Cav尾4 calcium channel, NeuroMab clone N10/7 |
| Anti-Cdkl5, NeuroMab clone EA7 |
| Anti-CDY1/2, NeuroMab clone N143/38 |
| Anti-CDY1/2/L1/L2, NeuroMab clone N143/36 |
| Anti-Celf4/Brunol4, NeuroMab clone N446/80 |
| Anti-FOS, NeuroMab clone N486/32 |
| Anti-FOS, NeuroMab clone N486/76 |
| Anti-Clcn3, NeuroMab clone N258/5 |
| Anti-Clcn4, NeuroMab clone N222/6 |
| Anti-Clcn5, NeuroMab clone N406/47 |
| Anti-CLN3, NeuroMab clone N380/87 |
| Anti-CLN6, NeuroMab clone N400/24 |
| Anti-CNGA1/3 cyclic nucleotide-gated channel, NeuroMab clone L36/12 |
| Anti-Collybistin, NeuroMab clone L120/12 |
| Anti-Collybistin, NeuroMab clone L120/30 |
| Anti-Contactin/F3 scaffold protein, NeuroMab clone K73/20 |
| Anti-Copper-transporting ATPase 1, NeuroMab clone L60/4 |
| Anti-Copper-transporting ATPase 2 (Copper pump 2, Wilsons disease-associated protein, NeuroMab clone L62/29 |
| Anti-Co-Rest/RCOR1 Transcriptional Co-Repressor, NeuroMab clone K72/8 |
| Anti-DEPDC5, NeuroMab clone N463/52 |
| Anti-Dicer, NeuroMab clone N167/7 |
| Anti-DLX1 transcription factor, NeuroMab clone L43/40 |
| Anti-DNAH1, NeuroMab clone N251/14 |
| Anti-DNAH7, NeuroMab clone N250/21 |
| Anti-DNAIC1, NeuroMab clone UNC 65.56.18.11 |
| Anti-DNMT3L, NeuroMab clone N117/9 |
| Anti-Doc2b, NeuroMab clone N150/21 |
| Anti-Dopamine D2 receptor, NeuroMab clone N186/29 |
| Anti-Dopamine D3 receptor, NeuroMab clone N331/19 |
| Anti-EAAC1, NeuroMab clone N420/24 |
| Anti-FGF11 (Fibroblast growth factor 11), NeuroMab clone N92/14 |
| Anti-FGF12/FHF1, NeuroMab clone N94/17 |
| Anti-FGF13 (Fibroblast growth factor 13), NeuroMab clone N91/27 |
| Anti-FGF13B/FHF2B, NeuroMab clone N225A/10 |
| Anti-FGF14/FHF4, NeuroMab clone N56/21 |
| Anti-Fig4/Sac3, NeuroMab clone N202/7 |
| Anti-Flrt3, NeuroMab clone N353/13 |
| Anti-Foxi2, NeuroMab clone N349/96 |
| Anti-Foxi3, NeuroMab clone N359/28 |
| Anti-Frataxin, NeuroMab clone N191/7 |
| Anti-GABA-A-R-Alpha1, NeuroMab clone N95/35 |
| Anti-GABA-A-R-Alpha2, NeuroMab clone N399/19 |
| Anti-GABA-A-R-Alpha4, NeuroMab clone N398A/34 |
| Anti-GABA-A-R-Alpha5, NeuroMab clone N415/24 |
| Anti-GABA-A-R-Alpha6, NeuroMab clone N229A/32 |
| Anti-GABA-A-R-Beta1, NeuroMab clone N96/55 |
| Anti-GABA-A-R-Beta2/3, NeuroMab clone 62-3G1 |
| Anti-GABA-A-R-Beta3, NeuroMab clone N87/25 |
| Anti-Delta GABA-A receptor, NeuroMab clone N151/3 |
| Anti-GABA-A-R-Epsilon, NeuroMab clone N413/67 |
| Anti-GABA-A-R-Gamma2L, NeuroMab clone N452/69 |
| Anti-GABA-A-R-Gamma2L/S, NeuroMab clone N452/73 |
| Anti-GABA-A-R-Gamma2L/S, NeuroMab clone N452/30 |
| Anti-GABA-A-R-Pi, NeuroMab clone N431/64 |
| Anti- GABA-A-R-Theta, NeuroMab clone L123/109 |
| Anti-GABABR1 GABA-B receptor, NeuroMab clone N93A/49 |
| Anti-GABABR2 GABA-B receptor, NeuroMab clone N81/2 |
| Anti-GABABR2 GABA-B receptor, NeuroMab clone N81/37 |
| Anti-GAD65/67, NeuroMab clone L127/12 |
| Anti-GAD67, NeuroMab clone L127/8 |
| Anti-Gamma-protocadherin-A3, NeuroMab clone N144/17 |
| Anti-Gamma-protocadherin-B2, NeuroMab clone N148/30 |
| Anti-Gamma-protocadherin-C3, NeuroMab clone N174B/27 |
| Anti-Gamma-protocadherin-C4, NeuroMab clone N193A/13 |
| Anti-Gephyrin, NeuroMab clone L106/83 |
| Anti-Gephyrin, NeuroMab clone L106/93 |
| Anti-Gephyrin, NeuroMab clone L106/4 |
| Anti-GFAP, NeuroMab clone N206A/8 |
| Anti-GFAP-R416WT, NeuroMab clone N206B/9 |
| Anti-GFP (Green fluorescent protein), NeuroMab clone N86/8 |
| Anti-GFP (Green fluorescent protein), NeuroMab clone N86/38 |
| Anti-GFP (green fluorescent protein), NeuroMab clone N86/20 |
| Anti-GFP (green fluorescent protein), NeuroMab clone N86/44 |
| Anti-GIT1 scaffold protein, NeuroMab clone N39B/8 |
| Anti-GIT2 scaffold protein, NeuroMab clone N83/48 |
| Anti-GluA1/GluR1 glutamate receptor, NeuroMab clone N355/1 |
| Anti-GluA2/GluR2 glutamate receptor, NeuroMab clone L21/32 |
| Anti-KA2 kainate receptor, NeuroMab clone N279B/27 |
| Anti-GluN1/NR1 glutamate receptor, NeuroMab clone N308/48 |
| Anti-NR2A glutamate receptor, NeuroMab clone N327A/38 |
| Anti-GluN2A/NR2A glutamate receptor, NeuroMab clone N327/95 |
| Anti-GluN2B/NR2B glutamate receptor, NeuroMab clone N59/20 |
| Anti-GluN2B/NR2B glutamate receptor, NeuroMab clone N59/36 |
| Anti-GluN2C/NR2C, NeuroMab clone N422/18 |
| Anti- GluN3A/NR3A, NeuroMab clone N416/40 |
| Anti-Glycine receptor Alpha3, NeuroMab clone N424/45 |
| Anti-Glycine receptor Alpha3L, NeuroMab clone N424/48 |
| Anti-GRK6A/B, NeuroMab clone N142/28 |
| Anti-Gs protein alpha subunit, NeuroMab clone N192/12 |
| Anti-GST (Glutathione S-transferase), NeuroMab clone N100/13 |
| Anti-Haspin/GSG2, NeuroMab clone N128A/2 |
| Anti-HCN1 cyclic nucleotide-gated channel, NeuroMab clone N70/28 |
| Anti-HCN2 cyclic nucleotide-gated channel, NeuroMab clone N71/37 |
| Anti-HCN3 cyclic nucleotide-gated channel, NeuroMab clone N141/28 |
| Anti-HCN4 cyclic nucleotide-gated channel, NeuroMab clone N114/10 |
| Anti-Histone H2A.Z/V, NeuroMab clone N310/21 |
| Anti-Histone H2A.Z acetyl-Lys4/7/11, NeuroMab clone N299/39 |
| Anti-Histone H3.3, NeuroMab clone N158/28 |
| Anti-Histone H3 acetyl-Lys56, NeuroMab clone N307/12 |
| Anti-Histone H3-dimethyl-Arg8, NeuroMab clone N293/50 |
| Anti-Histone H3 pThr11, NeuroMab clone N123/19 |
| Anti-Histone H3 pThr11, NeuroMab clone N123/48 |
| Anti-Histone H4-dimethyl-Arg3, NeuroMab clone N309A/21 |
| Anti-Homer1L, NeuroMab clone L113/27 |
| Anti-Homer1L, NeuroMab clone L113/13 |
| Anti-Homer1, NeuroMab clone L113/130 |
| Anti-ICK, NeuroMab clone N451/73 |
| Anti-Iduna/RNF146, NeuroMab clone N201/35 |
| Anti-INPP4b, NeuroMab clone N171/17 |
| Anti IP3 receptor type 1 NeuroMab clone L24/18 |
| Anti-IRSp53/BAIAP2, NeuroMab clone L117/1 |
| Anti-JIP-2/IB-2, NeuroMab clone N135/37 |
| Anti-JMJD2A, NeuroMab clone N154/32 |
| Anti-KCC2 transporter, NeuroMab clone N1/66 |
| Anti-KCC2 transporter, NeuroMab clone N1/12 |
| Anti-KChIP1 potassium channel, NeuroMab clone K55/7 |
| Anti-KChIP2 potassium channel subunit, NeuroMab clone K60/73 |
| Anti-KChIP3 potassium channel, NeuroMab clone K66/38 |
| Anti-KChIP4 K+ channel, NeuroMab clone N423/75 |
| Anti-KCNT1/Slo2.2/Slack K+ channel, NeuroMab clone N3/26 |
| Anti-KCNT2/Slo2.1/Slick sodium- and chloride-activated ATP sensitive potassium channel, NeuroMab clone N11/33 |
| Anti-KCNU1/Slo3 pH-sensitive maxi potassium channel, NeuroMab clone N2/16 |
| Anti-Keyhole limpet hemocyanin, NeuroMab clone N132A/12 |
| Anti-Kir2.1 potassium channel, NeuroMab clone N112B/14 |
| Anti-Kir2.2 potassium channel, NeuroMab clone N124B/38 |
| Anti-Kir2.3 potassium channel, NeuroMab clone N25/35 |
| Anti-Kir2.4 potassium channel, NeuroMab clone N465/11 |
| Anti-Kir3.3 potassium channel, NeuroMab clone N455/15 |
| Anti-Kir6.1 potassium channel, NeuroMab clone N366/60 |
| Anti-Kir6.2 potassium channel, NeuroMab clone N363/71 |
| Anti-Kirrel3 short and long, NeuroMab clone N321C/49 |
| Anti-Kirrel3 short isoform 3, NeuroMab clone N320/48 |
| Anti-Kv1.1 potassium channel subunit, NeuroMab clone K20/78 |
| Anti-Kv1.1 potassium channel (external), NeuroMab clone K36/15 |
| Anti-Kv1.2 potassium channel subunit, NeuroMab clone K14/16 |
| Anti-Kv1.2 potassium channel subunit, NeuroMab clone L76/36 |
| Anti-Kv1.3 potassium channel, NeuroMab clone L23/27 |
| Anti-Kv1.4 potassium channel subunit, NeuroMab clone K13/31 |
| Anti-Kv1.4 potassium channel (extracellular), NeuroMab clone L71/5 |
| Anti-Kv1.5 potassium channel, NeuroMab clone K7/45 |
| Anti-Kv1.6 potassium channel subunit, NeuroMab clone K19/36 |
| Anti-Kv1.7 potassium channel, NeuroMab clone N471/27 |
| Anti-Kv11.3 potassium channel, NeuroMab clone N447/24 |
| Anti-Kv2.1 potassium channel subunit, NeuroMab clone L83/11 |
| Anti-Kv2.1 potassium channel subunit, NeuroMab clone K89/34 |
| Anti-Kv2.1 potassium channel subunit, NeuroMab clone L80/21 |
| Anti-Kv2.1 potassium channel (external), NeuroMab clone K39/25 |
| Anti-Kv2.2 potassium channel, NeuroMab clone K37/89 |
| Anti-Kv2.2 potassium channel, NeuroMab clone N372C/51 |
| Anti-Kv2.2 potassium channel, NeuroMab clone N372B/60 |
| Anti-Kv2.2 potassium channel, NeuroMab clone N372B/1 |
| Anti-Kv3.1b potassium channel, NeuroMab clone N16b/8 |
| Anti-Kv3.2 potassium channel, NeuroMab clone N410/17 |
| Anti-Kv3.3 potassium channel, NeuroMab clone N375/67 |
| Anti-Kv3.4 potassium channel, NeuroMab clone N72/16 |
| Anti-Kv4.2 potassium channel subunit, NeuroMab clone L28/4 |
| Anti-Kv4.2 potassium channel (external), NeuroMab clone K57/1 |
| Anti-Kv4.3 potassium channel subunit, NeuroMab clone K75/41 |
| Anti-Kv4.3 potassium channel subunit, NeuroMab clone K75/30 |
| Anti-Kv6.1 potassium channel, NeuroMab clone N474/27 |
| Anti-Kv6.4 potassium channel, NeuroMab clone N458/10 |
| Anti-KCNQ1 potassium channel, NeuroMab clone N37A/10 |
| Anti-KCNQ2 potassium channel, NeuroMab clone N26A/23 |
| Anti-KCNQ4 potassium channel, NeuroMab clone N43/6 |
| Anti-Kv8.2 potassium channel, NeuroMab clone N448/88 |
| Anti-Kv8.2 potassium channel, NeuroMab clone N448/50 |
| Anti-Kv9.1 potassium channel, NeuroMab clone N461/19 |
| Anti-Kv9.2 potassium channel, NeuroMab clone N460/19 |
| Anti-Kvβ1.1 potassium channel subunit, NeuroMab clone K9/40 |
| Anti-Kv1.2 potassium channel subunit, NeuroMab clone K47/42 |
| Anti-Kv尾2 potassium channel, NeuroMab clone K17/70 |
| Anti-Laforin, NeuroMab clone N84/37 |
| Anti-LAR/PTPRF, NeuroMab clone N165/38 |
| Anti-Lgi1, NeuroMab clone N283/7 |
| Anti-Lhx6.1, NeuroMab clone N228A/16 |
| Anti-LRP4 (cytoplasmic), NeuroMab clone N164/6 |
| Anti-LRP4 (extracellular), NeuroMab clone N207/27 |
| Anti-LRRK1, NeuroMab clone N341/37 |
| Anti-LRRK1, NeuroMab clone N341/12 |
| Anti-LRRK2/Dardarin, NeuroMab clone N241A/34 |
| Anti-LRRK2/Dardarin, NeuroMab clone N231B/34 |
| Anti-LRRK2/Dardarin, NeuroMab clone 8G10 |
| Anti-LRRK2/Dardarin, NeuroMab clone N138/6 |
| Anti-LRRK2/Dardarin-pSer910, NeuroMab clone 1D8 |
| Anti-LRRTM2, NeuroMab clone N209C/35 |
| Anti-LRRTM4, NeuroMab clone N205B/22 |
| Anti-Mad3, NeuroMab clone N129A/6 |
| Anti-Mad3, NeuroMab clone N129/15 |
| Anti-Malin, NeuroMab clone N85/18 |
| Anti-MBP (Maltose-binding protein), NeuroMab clone N128A/4 |
| Anti-MAP3K12, NeuroMab clone N377/20 |
| Anti-MAP3K12, NeuroMab clone N377/83 |
| Anti-MECP2, NeuroMab clone N227/21 |
| Anti-MESD, NeuroMab clone N88/12 |
| Anti-MFF, NeuroMab clone N382/14 |
| Anti-MFF (exon 1), NeuroMab clone N382/69 |
| Anti-MGL, NeuroMab clone N90/20 |
| Anti-mGluR1/5 (group I) glutamate receptor, NeuroMab clone N75/3 |
| Anti- mGluR1/5 (group I) glutamate receptor, NeuroMab clone N75/33 |
| Anti-Miro2, NeuroMab clone N384/63 |
| Anti-MiRP4 potassium channel, NeuroMab clone N472/88 |
| Anti-Mitofusin-1 (Mfn1), NeuroMab clone N111/24 |
| Anti-Mitofusin-2 (Mfn2), NeuroMab clone N153/5 |
| Anti-MMACHC, NeuroMab clone N230/21 |
| Anti-MMP9 metalloproteinase, NeuroMab clone L51/82 |
| Anti-MOG, NeuroMab clone L94/54 |
| Anti-Mortalin/GRP75, NeuroMab clone N52A/42 |
| Anti-MPP8, NeuroMab clone N119/44 |
| Anti-NALCN, NeuroMab clone N185/7 |
| Anti-Nav1.1 sodium channel, NeuroMab clone K74/71 |
| Anti-Nav1.2 sodium channel, NeuroMab clone K69/3 |
| Anti-Nav1.4 sodium channel, NeuroMab clone N255/38 |
| Anti-Nav1.5 sodium channel, NeuroMab clone N397/19 |
| Anti-Nav1.6 sodium channel, NeuroMab clone K87A/10 |
| Anti-Nav1.7 sodium channel, NeuroMab clone N68/6 |
| Anti-Nav1.8 sodium channel, NeuroMab clone N134/12 |
| Anti-Navbeta1 Na+ channel, NeuroMab clone N405/74 |
| Anti-Navbeta2 Na+ channel, NeuroMab clone N395/68 |
| Anti-Navbeta3 Na+ channel, NeuroMab clone N396/29 |
| Anti-Navbeta4 sodium channel, NeuroMab clone N168/6 |
| Anti-NCKX4, NeuroMab clone N414/25 |
| Anti-Neuregulin-CRD (Cysteine-rich domain, Type III), NeuroMab clone N126B/31 |
| Anti-Neuregulin-HBD (Heparin-binding domain, Type I/II), NeuroMab clone N120A/9 |
| Anti-Neurexin-1-Beta, NeuroMab clone N170A/1 |
| Anti-Neurexin-1-Beta, NeuroMab clone N170A/26 |
| Anti-Neuroligin-1, NeuroMab clone N97A/31 |
| Anti-Neuroligin-2, NeuroMab clone L107/39 |
| Anti-Neuroligin-3, NeuroMab clone N110/29 |
| Anti-Neuroligin-4*, NeuroMab clone N98/47 |
| Anti-Neuroligin-4*, NeuroMab clone N98/7 |
| Anti-NGL-1 (Netrin-G1 ligand), NeuroMab clone N49A/21 |
| Anti-NGL-2 (Netrin-G2 ligand) NeuroMab clone N50/36 |
| Anti-NGL-3 (Netrin-G3 ligand), NeuroMab clone N51/6 |
| Anti-NKCC1, NeuroMab clone N161/20 |
| Anti-NOS1/nNOS, NeuroMab clone L121/25 |
| Anti-NOS1/nNOS, NeuroMab clone L121/42 |
| Anti-Notch1, NeuroMab clone N253/32 |
| Anti-Npas4, NeuroMab clone N408/62 |
| Anti-Npas4, NeuroMab clone N408/79 |
| Anti-Neuropeptide Y, NeuroMab clone L115/13 |
| Anti-NPY2R, NeuroMab clone L119/106 |
| Anti-NrCAM, NeuroMab clone N343/26 |
| Anti-NSD1, NeuroMab clone N312/10 |
| Anti-NSD3, NeuroMab clone N348/82 |
| Anti-OCRL/INPP5b, NeuroMab clone N166A/26 |
| Anti-Olig1, NeuroMab clone N149/25 |
| Anti-Pan-Ankyrin, NeuroMab clone N388A/60 |
| Anti-Pancortin, NeuroMab clone K96/7 |
| Anti-Pan-FHF-A, NeuroMab clone N235/22 |
| Anti-Pan-Gamma-protocadherin-A, NeuroMab clone N144/32 |
| Anti-Pan-Gamma-protocadherin, NeuroMab clone N159/5 |
| Anti-Pan-GRK, NeuroMab clone N145/20 |
| Anti-Pan-KChIP potassium channel, NeuroMab clone K55/82 |
| Anti-Pan-Kv potassium channel, NeuroMab clone K40/17 |
| Anti-Pan-Kvbeta potassium channel, NeuroMab clone K25/73 |
| Anti-Pan-MAGUK scaffold proteins, NeuroMab clone K28/86 |
| Anti-Pan-Nav1 sodium channel, NeuroMab clone N419/40 |
| Anti-Pan-Nav1 sodium channel, NeuroMab clone N419/78 |
| Anti-pan-Neurofascin, NeuroMab clone L11A/41 |
| Anti-Pan-Neurofascin (external), NeuroMab clone A12/18 |
| Anti-Pannexin-2, NeuroMab clone N121A/1 |
| Anti-Pannexin-2, NeuroMab clone N121A/31 |
| Anti-Pan-PTPR, NeuroMab clone N165/43 |
| Anti-Pan-QKI, NeuroMab clone N147/6 |
| Anti-Pan-SAPAP, NeuroMab clone N127/31 |
| Anti-pan-Shank (SH3 and multiple ankyrin repeat domains protein) scaffold protein, NeuroMab clone N23B/49 |
| Anti-Pan-Synapsin, NeuroMab clone L125/129 |
| Anti-Pan-Thyroid hormone receptor, NeuroMab clone N403/63 |
| Anti-PARIS/ZNF746, NeuroMab clone N196/16 |
| Anti-Parvalbumin, NeuroMab clone L114/3 |
| Anti-Parvalbumin, NeuroMab clone L114/81 |
| Anti-PEX6, NeuroMab clone N233/8 |
| Anti-PEX7, NeuroMab clone N232/9 |
| Anti-Phosphoserine-2-OEt, NeuroMab clone N257/25 |
| Anti-Phosphoserine-2-OH, NeuroMab clone N259/48 |
| Anti-Phosphoserine-2-OMe, NeuroMab clone N262/16 |
| Anti-PhyH/PAHX, NeuroMab clone N210/5 |
| Anti-PICK1 scaffold, NeuroMab clone L20/8 |
| Anti-PINK1, NeuroMab clone N4/15 |
| Anti-PINK1, NeuroMab clone N4/49 |
| Anti-PINK1, NeuroMab clone N4/19 |
| Anti-PINK1, NeuroMab clone N357/6 |
| Anti-Proser1, NeuroMab clone N456/39 |
| Anti-Prrt2, NeuroMab clone N485/22 |
| Anti-PSD-93/Chapsyn-110 scaffold protein, NeuroMab clone N18/30 |
| Anti-PSD-93/Chapsyn-110 scaffold protein, NeuroMab clone N18/28 |
| Anti-PSD-95 MAGUK scaffold protein, NeuroMab clone K28/43 |
| Anti-PSD-95 MAGUK scaffold protein, NeuroMab clone K28/74 |
| Anti-QKI-5-NLS, NeuroMab clone N195A/16 |
| Anti-QKI-6, NeuroMab clone N182/17 |
| Anti-QKI-7, NeuroMab clone N183/15 |
| Anti-QKI-7b, NeuroMab clone N194/11 |
| Anti-RBM17/SPF45, NeuroMab clone N219/5 |
| Anti-REEP, NeuroMab clone N326D/13 |
| Anti-REEP1, NeuroMab clone N345/51 |
| Anti-REEP1/2, NeuroMab clone N326D/29 |
| Anti-REEP2, NeuroMab clone N326D/2 |
| Anti-Rem2, NeuroMab clone N324/2 |
| Anti-RGS14, NeuroMab clone N133/21 |
| Anti-RGS14, NeuroMab clone N133/35 |
| Anti-Rufy3, NeuroMab clone N483/84 |
| Anti-Rufy3, NeuroMab clone N483/126 |
| Anti-Rufy3, NeuroMab clone N483/26 |
| Anti-S100A5, NeuroMab clone N176A/35 |
| Anti-SALM2 synaptic adhesion-like molecule, NeuroMab clone N52B/27 |
| Anti-SALM5/LRFN5, NeuroMab clone N140A/12 |
| Anti-SAP102 MAGUK scaffold protein, NeuroMab clone N19/2 |
| Anti-SAP97 scaffold protein, NeuroMab clone K64/15 |
| Anti-SAPAP1, NeuroMab clone N238/29 |
| Anti-SAPAP1, NeuroMab clone N238/30 |
| Anti-SAPAP1/2, NeuroMab clone N238/31 |
| Anti-SAPAP2, NeuroMab clone N459/84 |
| Anti-SAPAP3, NeuroMab clone L126/93 |
| Anti-SCG10/stathmin-2, NeuroMab clone L5/1 |
| Anti-SH3GL1, NeuroMab clone K51/1 |
| Anti-Shank1/ SPANK-1/Synamon/SSTRIP scaffold protein, NeuroMab clone N22/21 |
| Anti-Shank1 and Shank3, NeuroMab clone N367/51 |
| Anti-Shank2/ProSAP1/Spank-3/CortBP1 scaffold protein,NeuroMab clone N23B/6 |
| Anti-Shank3 scaffold protein, NeuroMab clone N69/46 |
| Anti-Shank3, NeuroMab clone N367/62 |
| Anti-SK2 potassium channel, NeuroMab clone K78/29 |
| Anti-Slo1/BKAlpha potassium channel, NeuroMab clone L6/23 |
| Anti-Slo1/BKAlpha potassium channel, NeuroMab clone L6/48 |
| Anti-Slo1/BKAlpha potassium channel, NeuroMab clone L6/60 |
| Anti-Snapin (SNAP25 binding protein), NeuroMab clone L8/15 |
| Anti-SNAT1 Neurotransmitter Transporter NeuroMab clone N104/37 |
| Anti-SNAT1 Neurotransmitter Transporter NeuroMab clone N104/32 |
| Anti-SST/Somatostatin, NeuroMab clone L111/118 |
| Anti-S-tag, NeuroMab clone N56/9 |
| Anti-Stonin-2, NeuroMab clone N346/9 |
| Anti-SUR1, NeuroMab clone N289/16 |
| Anti-SUR1 and SUR2B, NeuroMab clone N323A/31 |
| Anti-SUR2A, NeuroMab clone N319A/14 |
| Anti-SUR2B, NeuroMab clone N323B/20 |
| Anti-SVOP, NeuroMab clone N356/9 |
| Anti-SVOP, NeuroMab clone N356/23 |
| Anti-Synapsin-III, NeuroMab clone L125/121 |
| Anti-Synaptotagmin-10, NeuroMab clone N269/73 |
| Anti-Synaptotagmin-12, NeuroMab clone N277/7 |
| Anti-Synaptotagmin-3, NeuroMab clone N278/19 |
| Anti-Synaptotagmin-5, NeuroMab clone N274/8 |
| Anti-Synaptotagmin-6, NeuroMab clone N270/47 |
| Anti-Synaptotagmin-7, NeuroMab clone N275/14 |
| Anti-Synaptotagmin-9, NeuroMab clone N276A/15 |
| Anti-SynCAM1 cell adhesion molecule, NeuroMab clone L45/30 |
| Anti-SynCAM4, NeuroMab clone N244/5 |
| Anti-SynDIG1/Tmem90b, NeuroMab clone L42/17 |
| Anti-SynDIG3/Tmem91, NeuroMab clone N160/21 |
| Anti-SynDIG4, NeuroMab clone L102/45 |
| Anti-Tafazzin, NeuroMab clone N173B/13 |
| Anti-TALK1 potassium channel, NeuroMab clone N466/14 |
| Anti-TARPGamma2/Stargazin, NeuroMab clone N245/1 |
| Anti-TARPGamma2/4/8, NeuroMab clone N245/36 |
| Anti-TASK1 potassium channel, NeuroMab clone N374/48 |
| Anti-Tauro-GM2, NeuroMab clone N175/9 |
| Anti-THAP1, NeuroMab clone N325B/65 |
| Anti-THIK-2 potassium channel, NeuroMab clone N468/37 |
| Anti-Thioredoxin, NeuroMab clone N245/44 |
| Anti-Thorase (Atad1), NeuroMab clone N125/10 |
| Anti-Thyroid hormone receptor beta1, NeuroMab clone N402/13 |
| Anti-Thyroid hormone receptor beta1, NeuroMab clone N402/46 |
| Anti- TRAAK potassium channel, NeuroMab clone N445/27 |
| Anti-TRAK1, NeuroMab clone N389/9 |
| Anti-TRAK2, NeuroMab clone N390/43 |
| Anti-TRESK potassium channel, NeuroMab clone N467/1 |
| Anti-TRIP8b (constant), NeuroMab clone N212/7 |
| Anti-TRIP8b (constant), NeuroMab clone N212/17 |
| Anti-TRIP8b (exon 1a/5 junction), NeuroMab clone N291C/22 |
| Anti-TRIP8b (exon 1b), NeuroMab clone N212A/34 |
| Anti-TRIP8b (exon 4), NeuroMab clone N212/3 |
| Anti-TrpC1 calcium channel, NeuroMab clone 1F1 |
| Anti-TrpC4 calcium channel, NeuroMab clone N77/15 |
| Anti-TrpC5 calcium channel, NeuroMab clone N67/15 |
| Anti-TrpC7 calcium channel, NeuroMab clone N64A/36 |
| Anti-TrpM4, NeuroMab clone L88/86 |
| Anti-TrpM6, NeuroMab clone N470/22 |
| Anti-TrpM7 ion channel and Ser/Thr kinase, NeuroMab clone N74/25 |
| Anti-TRPML3/Mucolipin-3, NeuroMab clone N268/19 |
| Anti-TrpV1, NeuroMab clone N221/17 |
| Anti-TrpV1, NeuroMab clone N221/12 |
| Anti-TrpV3 cation channel, NeuroMab clone N15/4 |
| Anti-TrpV3 cation channel, NeuroMab clone N15/39 |
| Anti-TWIK-2 potassium channel, NeuroMab clone N469/28 |
| Anti-Uncx, NeuroMab clone N155/9 |
| Anti-VAChT vesicular acetylcholine transporter, NeuroMab clone N6/38 |
| Anti-VAChT, NeuroMab clone N425/45 |
| Anti-VAPA, NeuroMab clone N479/12 |
| Anti-VAPA, NeuroMab clone N479/22 |
| Anti-VAPA/B, NeuroMab clone N479/107 |
| Anti-VDAC1, NeuroMab clone N152B/23 |
| Anti-Versican, NeuroMab clone N351/23 |
| Anti-Versican, NeuroMab clone N351/24 |
| Anti-VGAT, NeuroMab clone L118/80 |
| Anti-VGAT, NeuroMab clone L118/66 |
| Anti-VGlut1, NeuroMab clone N28/9 |
| Anti-VGlut2, NeuroMab clone N29/29 |
| Anti-VGlut3, NeuroMab clone N34/34 |
| Anti-VIP, NeuroMab clone L108/92 |
| Anti-VMAT1, NeuroMab clone N440/21 |
| Anti-VMAT1, NeuroMab clone N440/61 |
| Anti-Slc18a2/VMAT2, NeuroMab clone N449/73 |
| Anti-Zebrafish VSP/TPTE, NeuroMab clone N432/21 |
| Anti-Zebrafish VSP/TPTE, NeuroMab clone N432/63 |
| Anti-WAVE1/SCAR, NeuroMab clone K91/36 |
| Anti-WNK1, NeuroMab clone N391/68 |
| Anti-WRN, NeuroMab clone N428/12 |
| Zebrafish PSD Marker, NeuroMab clone N286/74 |
| Anti-Zinedin/Striatin-4, NeuroMab clone K88/64 |
| Anti-ZIP3, NeuroMab clone N476/9 |
| Anti-ZNF423, NeuroMab clone N328B/37 |
INDOOR Biotechnologies公司专注于室内空气品质、环境科学、过敏和哮喘相关的检测用产品和服务。
Indoor Biotechnologies was founded by Dr. Martin D. Chapman, formerly Professor of Medicine and Microbiology at the University of Virginia and a member of the UVA Asthma and Allergic Diseases Center. Dr. Chapman is a Fellow of the American Academy of Allergy, Asthma and Immunology and has served as a consultant to the U.S. National Institutes of Health, the Environmental Protection Agency, academic institutions and Fortune 500 companies..
INDOOR Biotechnologies公司的主要产品包括：
Multiplex IgE-QBA™ Kits
MARIA® Kits
ELISA Kits
Purified Allergens
Molecular Reference Standards
Antibodies
Rhinovirus Products
Allergen Standards
RhinixPRO Nasal Filters
Rapid Test and Dust Collection
<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://atto.51antibodies.com/template/company/xys_lvse/skin/image/lazyLoad.jpg" alt="INDOOR Biotechnologies"> INDOOR Biotechnologies
艾美捷科技代理UnitedChem品牌。
UnitedChem位于美国新泽西州，是一家专注于化学试剂和精细化学品的公司，提供广泛的化学产品和定制合成服务。UnitedChem公司采用先进的生产和纯化技术，确保化学试剂和精细化学品的高纯度和高质量；产品广泛应用于制药、化工、材料科学。
UnitedChem产品包括：
（1）化学试剂：提供多种高纯度的化学试剂，包括有机试剂、无机试剂和分析试剂。
（2）精细化学品：提供多种精细化学品，用于制药、化工和材料科学领域。
（3）定制合成：根据客户需求，提供定制化的化学合成服务。
（4）技术咨询与支持：提供化学合成相关的咨询和技术支持服务。
<< " data-original="http://atto.51antibodies.com/template/company/xys_lvse/skin/image/lazyLoad.jpg" alt="艾美捷科技代理UnitedChem品牌"> 艾美捷科技代理UnitedChem品牌
Exiqon公司属于QIAGENE集团，该公司在microRNA表达分析领域具有国际领先地位，于2005年获得了Ernst&Youngs生物类大奖。Exiqon公司提供miRCURY系列产品，专门用于研究microRNA的表达、分布和功能。Exiqon的microRNA芯片亲和力更高，使用基于LNA专利技术的捕获探针。
Exiqon's products and services are used by researchers in academia, biotech and pharmaceutical companies around the world to make groundbreaking discoveries about the correlation between gene activity and the development of disease. Taking advantage of our proprietary LNA™ technology, our product lines offer superior specificity and sensitivity for analysis of microRNA, mRNA and long non-coding RNA. Exiqon's products and services encompass the entire workflow from sample preparation to expression analysis (Sequencing, Array and qPCR), detection and functional analysis both in vitro and in vivo. Exiqon Services offers expertise in RNA Next Generation Sequencing, microRNA profiling and biomarker discovery from clinical samples.
Exiqon公司的主要产品包括：
microRNA products
mRNA & lncRNA products
Customer support
LNA™ oligos
RNA services
<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://atto.51antibodies.com/template/company/xys_lvse/skin/image/lazyLoad.jpg" alt="Exiqon"> Exiqon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：15172469628
传真：18771149750
邮箱：sales@amyjet.com
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