https://www.ancell-bio.com.tw/ Ancell Technology Inc., a dynamic life sciences company specializes in providing innovative high quality products and services for research and clinical use. We are commited to the advancement of scientific understanding and bring the most innovative tools for your research or clinical needs.Ancell collaborates with the world's most innovative technologies and welcomes you to contact with us with any of your needs! en URL©Copyright Foresight v0.3.2 RSS 2.0 Generator URL©Hosting Mon, 23 Feb 2026 15:16:50 CST Mon, 23 Feb 2026 15:16:50 CST URL©Copyright 10080 MACS® Research Use MACS® Clinical Grade Celetrix Electroporation ZENOGEN PHARMA-Cellbanker® ELGA Labwater Uncatagorized 1616758 Mon, 23 May 2022 16:08:57 +0800 MACS® Research Use 286521 NT$ (Call) NT$ (Call) MultiMACS™ Cell 24 Separator PlusThe MultiMACS Cell24 Separator Plus is a semi-automated cell separator that enables magnetic cell separations based on MACS® MicroBeads and MACS Columns. It is the first step to automated cell separation and allows for parallel multisample magnetic cell isolation using MACS Technology. Whether you are dealing with high sample numbers, large sample volumes, or individual samples, the convenient design of the MultiMACS Cell24 Separator Plus provides versatility to upscale and downscale depending on your requirements. The instrument is designed for isolation of virtually any cell type from any source, giving reliable and standardized results. It is compatible with many downstream applications, such as flow cytometry, cell-culture assays, or molecular analysis.MultiMACS Cell24 Separator Plus in action:autoMACS® Pro SeparatorAutomated cell isolation with the autoMACS® Pro Separator provides fast and gentle isolation of any cell type. Cells can be automatically isolated from PBMCs, dissociated tissues or directly from whole blood or bone marrow, which makes it ideal for diverse downstream applications, such as flow cytometry, cell-culture assays, or molecular analyses. With true walk-away automated cell separation, reproducible and user-independent results are achievable and certain. Proven in thousands of peer-reviewed publications, the autoMACS Pro is the most trusted automated magnetic cell separation instrument available.Direct cell isolation from blood or bone marrow on the autoMACS® Pro Separator:MultiMACS™ X SeparatorThe MultiMACS™ X is a high-throughput cell separation instrument for laboratories requiring fully automated processing of high sample numbers or large sample volumes. It autonomously carries out all necessary steps of the separation process, including sample dilution, labeling, separation, and elution of separated fractions. Through parallel processing and full automation, optimum cell separation is accomplished in a reproducible and standardized manner – ideal for high-throughput routine cell isolations.Meet the MultiMACS X - designed to speed up automated cell separation:autoMACS® and MultiMACS™ Family accessoriesInstrument accessories designed to make your cell separations even more viable and pure. Expand the utility of your autoMACS® and MultiMACS™ Family instruments with accessories made with cell viability in mind. The integrity of your valuable samples can be protected by using MACS® Chill Racks, which keep your cells at 4°C during cell separation. We also offer various beneficial instrument accessories to protect and increase the performance of your cell separation instrument.MACS® Chill Racks can be used in combination with the autoMACS® Pro Separator, the MACSQuant® Analyzer and also for manual sample handling steps.The Chill Racks are pre-cooled in the refrigerator (2–8 °C). The special coolant contained in the racks switches from fluid to solid at 8 °C and maintains a low temperature until the coolant is completely melted. The phase switch is visible. Do not cool racks below 0 °C as cell samples may freeze! MACS Chill Racks are available as single racks and sets of three.MACS Chill Racks:Chill 5 Rack contains 24 slots for 5 mL tubes and can be used for cell separations of up to 6 samples.Chill 15 Rack contains 15 slots for 15 mL tubes and 5 slots for 5 mL tubes. It can be used for cell separations of up to 5 samples.Chill 50 Rack contains 6 slots for 50 mL tubes, 3 slots for 15 mL tubes, and 3 slots for 5 mL tubes. Up to 3 cell samples can be handled with a Chill 50 Rack.Chill 96 Rack provides a platform for 96-well microtiter plates for use on the MACSQuant Analyzer.Detailed product information:Order no.ProductSize130-092-951Chill 5 Rack1 rack130-097-041Chill 5 Racks3 racks130-092-952Chill 15 Rack1 rack130-097-036Chill 15 Racks3 racks130-092-953Chill 50 Rack1 rack130-097-037Chill 50 Racks3 racks130-097-038Chill 5, 15, 50 Rack Set1 rack130-094-459Chill 96 Rack1 rackautoMACS Pro BrochureMultiMACS Cell Separator Brochure Automated cell separation systemsOur automated cell isolation instruments are leading the way in cell separation technology and offer flexible workflow solutions for automating MACS® Technology. We have customizable solutions for your specific automated cell isolation needs for reproducible, reliable, and user-independent results. https://www.miltenyibiotec.com/US-en/products/macs-cell-separation/automation.html https://www.miltenyibiotec.com/US-en/products/macs-cell-separation/automation.html Official Website https://www.ancell-bio.com.tw/en/product_1235975.html Mon, 23 May 2022 16:09:20 +0800 MACS® Research Use 286521 NT$ (Call) NT$ (Call) Clinical-scale separations are available for a variety of cells, including hematopoietic stem cells, monocytes, DCs, NK cells, B cells, and T cell subsets. Applications are available to support therapeutic developments in the fields of regenerative medicine, adoptive immunotherapy, and graft engineering. Optimized protocols for automated cell enrichment and depletion combine reproducibility with ease of use. Resulting in high cell purity and excellent yield.CliniMACS CD34 Reagent SystemThe CliniMACS® CD34 Reagent System is indicated for processing hematopoietic progenitor cells collected by apheresis (HPC, Apheresis) from an allogeneic, HLAidentical, sibling donor to obtain a CD34+ cell-enriched population for hematopoietic reconstitution following a myeloablative preparative regimen without the need for additional graft versus host disease (GVHD) prophylaxis in patients with acute myeloid leukemia (AML) in first morphologic complete remission.The CliniMACS CD34 ReagentThe CliniMACS CD34 Reagent was developed for the enrichment of CD34+ cells from progenitor cells collected by apheresis (HPC, Apheresis) in combination with the CliniMACS CD34 Reagent System. The CD34 antigen is a single transmembrane glycoprotein that is mainly expressed on human hematopoietic stem and progenitor cells but is also present on endothelial progenitor cells. The CliniMACS CD34 Reagent consists of murine anti-CD34 monoclonal antibodies conjugated to superparamagnetic iron dextran particles.CliniMACS®Tubing SetsThe single-use CliniMACS® Tubing Sets serve as a sealed and protective environment for the cells during clinical-scale cell separation. Various tubing sets are available for different cell separation strategies. They include system tubes and appropriate connectors, sterile filters, and bags. All tubing sets feature an integrated separation column. A range of accessories is available to enable modular connections and flexible handling.CliniMACS® Tubing SetCliniMACS® Tubing Set LSCliniMACS® Depletion Tubing SetCliniMACS® Plus - Natural killer cells for immunotherapyCliniMACS® Specification SheetMACS Cell Therapy Manufacture  Automated clinical-scale cell enrichment or depletionThe CliniMACS® Plus System automates cell separation for clinical-scale enrichment of target cells or depletion of unwanted cells from blood products. Cell separation occurs in a functionally closed and sterile system. A single-use tubing set with its integrated separation column enables the instrument to separate target cells from unwanted cells and collect the fractions in different bags. https://www.miltenyibiotec.com/ES-en/products/cell-manufacturing-platform/clinimacs-plus.html https://www.miltenyibiotec.com/ES-en/products/cell-manufacturing-platform/clinimacs-plus.html Official Website https://www.ancell-bio.com.tw/en/product_1210675.html Fri, 20 Nov 2020 15:25:42 +0800 Celetrix Electroporation 340246 NT$ (Call) NT$ (Call) Electroporation is a widely used cellular delivery method especially for charged molecules such as DNA, RNA and proteins. Although the term “electroporation” may instill an imagery of pore formation by the electric field, the process is more resembling transient high-energy electrophoresis against the tight cell membrane.The membrane lipid bilayer is almost an insulator with much higher electric resistance compared to the cell plasma. Therefore the electric potential applied on a cell during electroporation is mostly shouldered by the cell membrane and the cell plasma is protected. Macromolecules such as DNA come to a stall after crossing the membrane with the sudden drop of electric field strength. After electroporation, slower cell-autonomous trafficking takes over to distribute the macromolecules to different cellular compartments.Traditionally the electroporation process is known to be highly toxic to the cells from the destruction of cell membranes. However, it is reassuring that any surviving cells would not experience internal damages since cell survival would require membrane integrity and membrane integrity is an insurance for internal protection.Biological membrane composition is not a major factor in the physical process of electroporation. Unlike chemical transfection methods and transduction by viral vectors, electroporation can be performed with all types of cells efficiently and conveniently.Celetrix AdavantageCreatively grouping all mammalian cell types into two groups, each group only needs voltage micro-adjustment. Extremely simple operation;Great efficiency and cell viability, even for large plasmids;Low cost:- low cost kits;- universal kits, no need to stock up for different cells;- smooth experiments, less kits used.Honest concepts, no hoaxes such as “direct transfection of nucleus” and “different buffer for different cells”. Fast technical support solving Users’ electroporation problems.Limitation of cuvettesWithin the cuvette, the upper portion is a poor area for electroporation as well as the two side portions adjacent to the electrodes.After cutting out the poor areas, the real optimal area (shown as the blue block at the right) in the cuvette is small. For 1mm and 2mm cuvettes, there might be no optimal area at all since the bubbles can spread from the electrodes quite vigorously.Celetrix Electroporation - New Era for T Cell ImmunotherapyPrimary cells transfectionThe Celetrix electroporation technology can electroporate primary cells at very high efficiency. For example, Human PBMC transfection efficiency with GFP plasmid is 64%, and transfection efficiency of CAR-T2A-GFP with SB transposon can reach 60-90%.Human iPSC can be electroporated at a very high efficiency of more than 80% and the cells remain undifferentiated. The Celetrix efficiency is highest compared to all other electroporation methods on the market.Genome editing by CRISPR/Cas9With Celetrix electroporation, we can deliver RNP (ribonucleoprotein complex containing Cas9 protein and gRNA) or Cas9/gRNA plasmid into cells to perform gene editing.The Celetrix™ technology can electroporate human iPSC with Cas9/gRNA. The average efficiency on 4 targeting genes (APP, AAVS1, OCT4 and PDCD1) is more than 50%, and the targeting efficiency on AAVS1 site can be 70%. User friendly system:The eletroporator uses our proprietary electroporation tubes and adapters are used to accommdate different tube sizes.Plug in power cable and switch on the machine. The eletroporator will run a self-test and then proceed to the user interface.Voltage/ Pulse time/ Pulse no./ Pulse interval can be set. We use a single pulse at 30 milliseconds for most cell lines. You'll only need to adjust the voltage. Centrifuge the cells to a pellet and wash the cells once with a serum-free medium.During centrifugation, the electroporation buffer can be prepared. (Celetrix electroporation buffer has 2 components: Part A and Part B. Freshly mix them at 1:1 ratio.)Resuspend the washed cells with the electroporation buffer.Add the plasmid and mix them well.Load the sample and perform electroporation immediately to avoid cell sedimentation.Safety precautions: The metal part underneath the hinged cover and the metal part on the top of the inserted electroporation tube are high-voltage electrical connection terminals. Do not touch them with your hand. While the Celetrix electroporator is straighforward to operate, our electroporation tubes are specifically designed and they must be fully filled with a sample without air bubbles. For example, to load a 120 microliter tube , you'll need to take about 125 microliterl. Insert the pipette tip all the way into the electroporation tube. Rotate the tube and against the pipette tip to wet the bottom. Release the liquid steadily and keep the pipette tip end in the liquid while moving upwards until a bulging convex liquid surface is formed on the top. Press down the tube cover firmly with your thumb till you can feel the metal part on the top slightly sticking out.If there is a tiny bubble after loading, you can still continue as long as the diameter of the bubble is less than 1/3 of the tube. If there is an air bubble larger the 1/3 tube diameter, you'll need to empty the tube and reload it. When a sample is correctly loaded, you'll see a pulse record after electroporation.Press the "Setting" icon to select parameter and then press "Done".Press the "Push" button to release the hinged cover.Insert an adapter into the socket and then insert the electroporation tube into the adapter.Close the hinged cover and you'll see a blue light and the screen displays "GO".Press the "GO" button to finish the electroporation and you'll see a pulse report immediately.Remove the tube from the machine and transfer the cells to their culture medium.Switch off the electroporator after the experiment is completed.Model informations:Product information:Catalog numberProductSizeRemark11-0101ElectroporatorCTX-1500A LE (20μl-200μl)For 20μl, 100μl, 120μl and 200μl electroporation tubes11-0102CTX-1500A EX (20μl-1000μl)For 20μl, 100μl, 120μl, 200μl, 600μl and 1000μl electroporation tubes1207Electroporation Kit20μl Electroporation Kit, 48 tubes, with bufferinclude 20μl electroporation and loading tip1216100μl Electroporation Kit, 48 tubes, with bufferinclude 100μl electroporation and loading tip1204120μl Electroporation Kit, 48 tubes, with bufferinclude 120μl electroporation and loading tip1201200μl Electroporation Kit, 48 tubes, with bufferinclude 200μl electroporation and loading tip1219600μl Electroporation Kit, 48 tubes, with bufferinclude 600μl electroporation and loading tip12131000μl Electroporation Kit, 48 tubes, with bufferinclude 100μl electroporation and loading tip The Celetrix™ cell electroporation system, combining a powerful electroporator, innovative specialized electroporation tubes and a proprietary electroporation buffer for cell protection, is the best solution for achieving high-efficiency and low-toxicity electroporation. http://www.celetrix.com/ http://www.celetrix.com/ Official Website https://www.ancell-bio.com.tw/en/product_1367140.html Fri, 07 Feb 2025 10:53:09 +0800 ZENOGEN PHARMA-Cellbanker® 359889 NT$ (Call) NT$ (Call) CELLBANKER® is a series of easy to use cell freezing medium with completed formulation. Different varieties of lineup with unique formula allow CELLBANKER® successfully cryopreserve the most of mammalian cell, even with the sensitive or delicate one. More cell recovery possessing high growth activity with CELLBANKER® series cryopreservation medium enable you to put more concentration on your post-thaw studies.Discover the advantages of our "Safe and Save" CELLBANKER® series:Consistent and high cell viability (>90% for most of the cell lines)Ready-to-use formulation with simple protocol.No messy mixing work of home-made preparation.No programmed freezer or liquid nitrogen tank required.Long shelf life80% of the current Japanese market have chosen CELLBANKER® for their cell cryopreservation.The greastest differents between CELLBANKER® and other conventional freezing medium aredirect freezing at -80 degree Celsiusallow long term cell storage for more than 10 years in -80 or -196°C.Ready and easy to use without messy mixing of DMSO and dilution works.CELLBANKER® Cryopreservation Solution products:Cellbanker® 1 & 2The unique formulation allows for stable cryopreservation and high viability after freeze-thaw procedure, even for sensitive cell lines.STEM-CELLBANKER® SeriesSTEM-CELLBANKER® GMP grade is manufactured in compliance with JPN, EU, US, and PIC/S GMP guidelines. It is completely free of serum and animal derived component, and contains only USP, EP or JP graded ingredients.CELLOTION® is a chemically defined cell washing solution helps to increase the yield of cell recovery. The unique formulation free of serum, protein and sugars, enables for cells, tissues and organs washing.ZENOGEN PHARMA Cellbanker® CELLBANKER® Series - Cryopreservation Solution for Cells and Tissues https://www.zenogenpharma.com/en/ https://www.zenogenpharma.com/en/ Official Website https://www.ancell-bio.com.tw/en/product_1433996.html Mon, 03 Jun 2024 17:06:37 +0800 ELGA Labwater 410437 NT$ (Call) NT$ (Call) Quest追求更高標準 - PURELAB Quest，全球首創的三合一實驗室純水系統。您可以信賴的實驗室用超純水與純水。特點：- 提供可靠的實驗室用水：可供應Type 1超純水、Type 2及Type 3純水。- 在不受干擾的狀況下，可輕鬆簡單的達到每分鐘至少1.2公升的取水。定量取水功能代表著您可以爭取更多的時間在多個實驗上，而非定點等待取水。定量取水可取小至100毫升，大至7公升的水量。- 系統內建耗材更換提醒（UV燈、空氣過濾器及逆滲透膜組）以及預先編程的年度消毒，簡單的消毒程序，智慧型的晶片讀取設計，只需很短的時間即可進行快速又安全的「耗材更換」。- 多個水質感測器，資訊更完全，易於使用，可靠且易於維護。具有動態循環設計，以降低生物膜(Biofilm)生長的可能性。- 緊湊的設計只有23.2公分的寬度與51公分的高度，可以壁掛或放置在實驗桌上，輕巧的外型設計可以輕鬆地適應任何實驗室，可有效的優化實驗室空間。- 通過雲端數位軟體AQUAVISTA™可提供您遠程監控，實現IoT物聯網功能。降低停機時間，成本和環境影響。- PURELAB Quest的製造材質有85%以上來自於回收材料。它的設計來自於您的實驗室對環境的愛護與支持。 PURELAB Quest，全球首創的三合一實驗室純水系統。您可以信賴的實驗室用超純水與純水。提供可靠的實驗室用水：可供應Type 1超純水、Type 2及Type 3純水。系統內建耗材更換提醒（UV燈、空氣過濾器及逆滲透膜組）以及預先編程的年度消毒，簡單的消毒程序，智慧型的晶片讀取設計，只需很短的時間即可進行快速又安全的「耗材更換」 https://www.elgalabwater.com/products/purelab-quest https://www.elgalabwater.com/products/purelab-quest PURELAB Ques https://www.ancell-bio.com.tw/en/product_1616552.html Mon, 23 May 2022 16:08:37 +0800 MACS® Research Use 286521 NT$ 0 NT$ (Call) MACSQuant Analyzer 10Your trusted partner in automated flow cytometryThe MACSQuant® Analyzer 10 brings to life the versatility and power required for modern flow cytometry applications. Whether mining for rare cells, analyzing the efficiency of your cell  manufacturing process or investigating signaling pathways, you are equipped for the task at hand.With a range of automated features, the MACSQuant Analyzer 10 lays the foundation for true automation present in all instruments belonging to the MACSQuant Family of flow cytometers. MACSQuant Analyzer 16Colorful new possibilities in automated flow cytometryExpanding fully automated data acquisition to 16-parameters is what the MACSQuant® Analyzer 16 is all about. The instrument’s compact design is suited for basic research as well as advanced immune monitoring applications. It provides users with the flexibility and customization known from the MACSQuant Analyzer 10, with an additional six fluorescent channels to meet the increasing demands of modern laboratories.Unique featuresExpanded fluorescent channels: Amplify your data with up to 16 parameters, while using 40% less sample materialViolet side scatter: Enhance your small particle analysis with the optimal laser lineMACSQuant XReliable high-throughput flow cytometryEngineered from the ground up as a compact flow cytometer, the MACSQuant® X was made to provide speed and reliability in high-throughput screening. It allows you to get more data, in less time, with less effort. Perfect for laboratories that want to maximize efficiency, while enjoying the certainty of getting reliable results from every tube, 96- or 384-well plate. The  MACSQuant X has been designed to meet high-throughput cell analysis needs for the most challenging large-scale screening settings. MACSQuant VYBYour benchmark for fluorescent protein flow cytometryOn top of the performance, automation, compactness and convenience associated with the MACSQuant® Family of flow cytometers, the MACSQuant VYB comes with a uniquely configured optical bench, featuring violet, yellow, and blue lasers. It is a perfect match for labs utilizing fluorescent protein reporters or for labs that want to simply use PE and FITC conjugates. EXPRESS MODESMACSQuant Analyzers perform multisample and multiparameter flow cytometry and feature software automation with included and add-on Express Mode tools. MACSQuantify Software Express modes burchureMACSQuant Flow cytometers brochure MACSQuant® Flow Cytometers - The future of automation https://www.miltenyibiotec.com/US-en/products/macs-flow-cytometry/flow-cytometers.html https://www.miltenyibiotec.com/US-en/products/macs-flow-cytometry/flow-cytometers.html Official Website https://www.ancell-bio.com.tw/en/product_1265182.html Mon, 23 May 2022 16:09:23 +0800 MACS® Clinical Grade 286522 NT$ (Call) NT$ (Call) With the perfect combination of CliniMACS Prodigy Instrument, CliniMACS Prodigy Tubing Sets, various accessories, as well as Reagents and Buffers, the CliniMACS Prodigy Platform provides advanced integrated solutions for streamlining cell processing workflows for a variety of cell types. With this flexible technology platform, fully automated cell processing for innovative and complex cell manufacturing protocols becomes a reality.CliniMACS Prodigy®The CliniMACS Prodigy represents the next generation in automated cell processing. This device offers advanced integrated solutions to streamline cell processing workflows – from cell separation through cell culture to formulation of the final product.The CliniMACS Prodigy offers a flexible platform for cell processing applications enabling the magnetic separation of different cell types as well as customized cell processing protocols. The cell processing unit for fully automated washing, fractionation and cultivation of cells represents an integral component of the device. These processing steps take place in a single-use chamber, which is included as part of specific CliniMACS Prodigy Tubing Sets. The magnetic cell separation unit comprises a second integral component, enabling the separation of virtually any cell type.AutomationEnsuring standardized GMP-compliant cell products over and over againClosed systemReduced cleanroom requirements as well as increased product and operator safetyScalabilityReproducible processes across multiple instruments supporting centralized and decentralized manufacturing modelsFlexibilityTimely and safe cell manufacturing procedures with flexible protocol software for different cell typesCliniMACS Prodigy® T Cell Transduction ProcessChimeric antigen receptor (CAR) T cell therapy is undoubtedly leading a revolution in cancer therapy. The recent successes of CAR T cell therapy in fighting hematologic malignancies have led to a tremendous increase of interest in the immunotherapeutic field. The great potential of genetically modified T cells now even expands into the area of solid tumors and infectious diseases. Currently, the manufacturing process of CAR T cells consists of various complex procedures, is labor intensive, and represents one of the biggest challenges in this area. The CliniMACS Prodigy TCT process provides a unique all-in-one solution to these challenges. With the CliniMACS Prodigy Platform, it is possible to generate gene-modified T cells via viral transduction and in a standardized and automated process. It is a breakthrough in cell manufacturing, and a leap to the next generation. Benefit from this widely used and well-established new technology, which is already being used in clinical settings.Clinical-scale expansion of transduced T cells is essential for a CAR T cell product. Optimal cultivation and expansion of transduced T cells rely on the strong synergy of MACS GMP T Cell TransAct, TexMACS™ GMP Medium, and MACS GMP Cytokines. CAR T cells can be expanded in TexMACS GMP Medium supplemented with IL-7 and IL-15 without the need for additional humanAB serum or animal derived components.CAR-T Relevant products:ProductsAmount required CliniMACS Prodigy®1 set CliniMACS Prodigy TS 520 1 set CliniMACS® PBS/EDTA Buffer 1 bag TexMACS™ GMP Medium  3×2 L bagsCliniMACS CD4 Reagent 1 vialCliniMACS CD8 Reagent1 vial MACS® GMP T Cell TransAct1 vialMACS GMP Recombinant Human IL-7 3 vialsMACS GMP Recombinant Human IL-15 3 vialsCliniMACS Prodigy® T Cell Transduction ProcessDendritic cell (DC)-based vaccinationsDendritic cell (DC)-based vaccinations in patients aim to modulate the immune response in order to enhance the immune system’s ability to attack tumor while sparing the host. In the last decade, a number of clinical studies using DCs for vaccination have been completed, largely with the easily accessible and well-characterized monocyte-derived DCs (Mo-DCs). Beneficial antitumor responses have been observed in some patients, illustrating the safety profile and clinical potential of this approach. With an increasing availability of anti-cancer drugs, the role of DC-based approaches in novel combination therapies has rapidly escalated. Today, the possibility of implementing new therapeutic protocols using primary dendritic cells grants exciting opportunities. Primary DC subsets have been reported to induce antigen-specific immune responses which correlated with clinical outcomes.The preparation of cellular monocyte-derived dendritic cell (Mo-DC) products for clinical settings comprises several independent processing steps including density gradient centrifugation, monocyte separation, cell culture (differentiation and maturation), and possibly electroporation. To meet the increasing regulatory requirements for cell-based therapeutics, we have integrated all manufacturing steps in a closed system operated by an automated cell processing instrument, the CliniMACS Prodigy® with CliniMACS® Electroporator.DC Relevant products:Products for Mo-DC researchProducts for blood DC researchProduct ContentProductContentCliniMACS Prodigy Tubing Set TS5101 setCliniMACS Prodigy Tubing Set TS3101 setCliniMACS Tubing Set TS1 setCliniMACS Prodigy Tubing Set TS510 1 setCliniMACS CD14 Reagent1 setCliniMACS Tubing Set TS 1 setDendriMACS GMP Medium 1 bagCliniMACS CD1c (BDCA-1) Biotin1 vialMACS GMP recombinant GM-CSF1 vialCliniMACS CD304 (BDCA-4) Reagent1 vialMACS GMP recombinant Human IL-41 vialCliniMACS CD14 Reagent 1 vialMACS GMP Human TNF-α1 vialCliniMACS CD19 Reagent1 vialMACS GMP recombinant IL-1β 1 vialCliniMACS Anti-Biotin Reagent 1 vialMACS GMP Recombinant Human IL-6 1 vialTexMACS GMP Medium 1 bagMC CD14 monocyte control cocktail, human1 vialMACS GMP recombinant GM-CSF1 vialMo-DC Differentiation Inspector, human 1 vialMACS GMP recombinant Human IL-31 vialMACS GMP recombinant Human IL-61 vialMACS GMP CpG-P 1 vial　　Blood Dendritic Cell Enumeration Kit, human1 vial CliniMACS® ElectroporatorThe CliniMACS Electroporator expands the possibilities of automated closed system cell processing. As a module of the CliniMACS Prodigy® Instrument it enables flexibility in large-scale transfection of various cell types. The electroporation step is integrated into the automated cell manufacturing workflow of the CliniMACS Prodigy. After washing and rebuffering on the CliniMACS Prodigy, cells are transferred to the CliniMACS Electroporator. The cell suspension is divided into smaller samples and mixed with transfection material such as nucleic acids. Electroporation of the divided sample takes place in the electroporation cuvette, which is a component of the single-use CliniMACS Electroporation Tubing Set. After electroporation, cells are transferred back to the CliniMACS Prodigy for downstream cell processing.Standardized, automated processEnsuring GMP-compliant, standardized cell transfection as part of cell manufacturing performed by the CliniMACS ProdigyClosed systemReduced cleanroom requirements as well as increased product and operator safetyProcess optimizationElectroporation parameters can be optimized cost-effectively in small-scale experimentsFlexibilityTimely and safe transfection procedures with flexible electroporation parameters for different cell typesMACS Cell Therapy Manufacture Chimeric Antigen Receptor T cells Automated cell manufacturing on a closed and scalable platformThe CliniMACS Prodigy® is an automated cell processing platform that enables scalable GMP-compliant manufacturing of cell therapy products, on a single device and within a single process setup. https://www.miltenyibiotec.com/US-en/products/cell-manufacturing-platform/clinimacs-prodigy.html https://www.miltenyibiotec.com/US-en/products/cell-manufacturing-platform/clinimacs-prodigy.html Official Website https://www.ancell-bio.com.tw/en/product_1210676.html Mon, 03 Jun 2024 17:44:49 +0800 ELGA Labwater 410437 NT$ (Call) NT$ (Call) PURELAB® flex 2PURELAB flex 2 在技術和美學上都是一個非常成功的系統---設計緊湊、操作維護方便是理想的選擇。屢獲殊榮的 PURELAB flex 2 系統可為需要超純 I 型 (18.2 MΩ.cm) 水的分析和生命科學應用提供完美的水純度。它可以讓您專注於日常測試工作，而不必擔心水質影響測試結果。 PURELAB flex 開機後很快即可使用。它具有良好的流速，分配器上裝有 0.2 µm point-of-use-filter。可以讓您專注於日常實驗測試工作，而不必擔心水質影響測試結果。特點：保證水質純度- 系統定時對儲槽進行動態UV殺菌循環，可避免靜止死水並有效控制微生物生長，讓您安心使用。直觀且靈活的出水設計- 清楚的水質顯示，讓您在取用超純水時絕對信心十足即時TOC監測- 有機污染物經UV燈光氧化後以每秒10次讀取速度，提供超純水TOC濃度，即時掌握關鍵水質變化。易於維護- 由前面板輕鬆更換耗材，減少維護時間。耗材具晶片自動辨識系統，可讀取耗材種類以確保品質安全性及提供具確效意義的回溯性。資料擷取紀錄- USB port友善介面儲存輸出水質歷史紀錄，可進行系統性能驗證。永續性設計- 由高達70%的回收材料製成，並搭配ELGA新的“節能模式”設計。 提供使用於分析和生命科學應用的完美水質純度。最適用於：質譜儀、分子生物學、電化學、原子光譜學、液相色譜、氣相色譜、免疫化學、分光光度法、培養基/緩衝溶液準備、一般化學分析。 https://www.ancell-bio.com.tw/en/product_1616556.html Links https://www.ancell-bio.com.tw/en/product_1616556.html Mon, 23 May 2022 16:07:59 +0800 MACS® Research Use 286521 NT$ (Call) NT$ (Call) UltraMicroscope Blaze™ is the only fully automated light sheet microscope for imaging large or multiple cleared samples at subcellular resolution. Our pioneering UltraMicroscope technology combined with cutting-edge light sheet optics ensures excellent data quality.A standard sample chamber allows convenient imaging of multiple rodent organs or organoids. Additionally, the new XXL chamber represents a powerful upgrade, specially designed to provide the largest possible sample space for the UltraMicroscope Blaze. It enables fitting of samples as big as a human kidney or whole adult mouse models.Full automationThe UltraMicroscope Blaze enables an automated sample release and smooth switching between different objectives and magnification lenses, while keeping images sharp with the autofocus feature. Large sample chambers A standard sample chamber allows convenient imaging of multiple rodent organs or organoids, and the new XXL chamber provides the largest possible sample space for the UltraMicroscope Blaze.Easy adaptation Whether imaging large organs or even entire mouse models, our wide range of dipping caps guarantees high image quality in all clearing media - from water to organic solvents.High-resolution The combination of the MI Plan objective lenses and the cutting-edge light sheet illumination technology ensures unprecedented image quality from overview to sub-cellular details.Light sheet technology tailored to your sampleAs the generated light sheet diverges, it approximates a plane only over a given horizontal range. This is where the light sheet is thinnest and where fluorescence detection takes place. To achieve an appropriate illumination for a particular sample, the planar range of the light sheet has to be matched with the sample size and the desired field of view (FOV). The light sheet of the UltraMicroscope Blaze is tailored to the sample size by using adjustable light sheet parameters.A low numerical aperture (NA) of illumination results in a broad FOV at the expense of a low Z-resolution when imaging large samples (A). In contrast, a high NA results in a high Z-resolution and a narrow FOV suitable for imaging small samples (B), with a full range of gradations in between. Where both high Z-resolution and a large FOV are essential, for example when imaging larger samples, the UltraMicroscope Blaze offers dynamic horizontal focusing. To that end, a sequential series of high-resolution images are taken across the desired FOV and automatically stitched together into a single high-quality image by our ImSpector image acquisition software (C).UltraMicroscope Blaze™ applications in immuno-oncology researchVisualization of single disseminated cancer cells in whole animal modelsDrug target identification for cancer treatments in a whole mouse body or entire organsSection-free 3D histological analysisIn the study published in Cell, the group of Ali Ertürk from the Institute for Tissue Engineering and Regenerative Medicine (iTERM), Helmholtz Zentrum München, Germany used the UltraMicroscope Blaze to identify hundreds of small metastases throughout the mouse body.These disseminated tumor cells were otherwise undetectable by other methods. The UltraMicroscope Blaze also enabled them to see exactly which metastasis was targeted by a drug candidate and which one was missed. According to the researchers, this method could significantly increase the success rate of cancer drug candidates.https://www.miltenyibiotec.com/US-en/lp/visualization-of-single-disseminated-tumor-cells-in-whole-mouse-body.html   Automated light sheet imaging of large samplesDiscover our fully automated light sheet microscope UltraMicroscope Blaze for imaging multiple or very large samples with subcellular resolution. Explore microscopy at a different level to accelerate your projects and pave the way for new insights. The combination of our pioneering UltraMicroscope technology with the latest developments in the field of light sheet optics and sample preparation guarantees best data quality. https://www.miltenyibiotec.com/BE-en/products/ultramicroscope-blaze.html#gref https://www.miltenyibiotec.com/BE-en/products/ultramicroscope-blaze.html#gref Official Website https://www.ancell-bio.com.tw/en/product_1342246.html Wed, 19 Jun 2024 17:07:01 +0800 MACS® Clinical Grade 286522 NT$ (Call) NT$ (Call) MACS® GMP MediaMACS® GMP Media have been developed for the demands of specific cell types, such as T cells, regulatory T cells, HSCs, PSCs, or MSCs. These high performance media enable excellent growth or differentiation, high cell viability, and consistency under serum-free conditions. Filling in flexible bags allows seamless GMP-compliant manufacturing of cellular products. Consistently high product standards are ensured by functional testing of every batch during quality control and extensive documentation including product quality certificates, product data sheets, and regulatory support files.| Popular products |TexMACS mediumTexMACS GMP Medium is specialized for optimal cultivation of human T cells and Treg cells. It is manufactured without animal-derived components. TexMACS GMP Medium is either filled in bottles or flexible bags, making handling in GMP confirming processes easy.Cell TypeOrder no.ProductSizeT cell or CIK170-076-306TexMACS GMP Medium2000 mL170-076-307TexMACS GMP Medium1000 mL170-076-309TexMACS GMP Medium (Phenol Red)1000 mLStemMACS MSC XF and MSC Brew mediumMSC-Brew GMP Medium is an optimized and standardized medium for the generation and expansion of mesenchymal stem cells (MSCs) from human bone marrow (BM) or other tissue sources. The formulation of MSC-Brew GMP Medium is designed to efficiently support the expansion of MSCs in vitro while maintaining their differentiation potential. The medium is xeno- and serum-free and is manufactured under strictly controlled conditions using ingredients of the highest quality. MSC-Brew GMP Medium offers consistent lot-to-lot performance and optimal conditions for the cultivation of MSCs. Cell TypeOrder no.ProductSizemesenchymal stem cells (MSCs)170-076-326MSC-Brew GMP Medium500 mL170-076-325MSC-Brew GMP Medium2000 mL NK MACS mediumNK MACS GMP Medium (Phenol Red) has been optimized for the cultivation, activation, and expansion of isolated human NK cells or NK cells from peripheral blood mononuclear cells (PBMCs). It is manufactured without animal-derived components. NK MACS GMP Medium (Phenol Red) is filled in flexible bags, making handling in GMP confirming processes easy.Cell TypeOrder no.ProductSizeNK cell170-076-356NK MACS GMP Medium (Phenol Red)2000 mLFor other cell types: Cell TypeOrder no.ProductSizedendritic cell (DC)170-076-302DendriMACS GMP Medium450 mLHematopoietic stem cells (HSCs)170-076-310HSC - Brew GMP Medium500mliPS cell170–076–317iPS–Brew GMP Basal Medium500mL170–076–318iPS–Brew GMP Supplement R10mLAntiboitcs170-076-308MACS GMP Rapamycin200 nmol MACS GMP CytokinesThe MACS® GMP Cytokine Portfolio offers a large variety of highly active and pure cytokines. They perfectly meet the requirements for high-quality raw materials for cell manufacturing of cell-based therapies. Consistently high product quality and safety of all MACS GMP Cytokines is ensured by aseptic filling, lyophilization without carrier protein or preservatives, rigorous quality control, and an outstanding regulatory support. MACS GMP Cytokines are manufactured and tested under an ISO 13485 quality management system, in compliance with relevant GMP guidelines, as well as the requirements laid down in the Ph. Eur. Chapter 5.2.12 and USP on ancillary materials.1043GMP  cytokines products:Order no.ProductSize170-076-406MACS GMP Recombinant Human EGF100 μg170-076-407MACS GMP Recombinant Human EGF500 μg170-076-107MACS GMP Recombinant Human FGF-225 μg170-076-125MACS GMP Recombinant Human FGF-2500 μg170-076-132MACS GMP Recombinant Human Flt3-Ligand 100 μg170-076-112MACS GMP Recombinant Human GM-CSF25 μg170-076-136MACS GMP Recombinant Human GM-CSF250 μg170-076-102MACS GMP Recombinant Human IL-1β 25 μg170-076-148MACS GMP Recombinant Human IL-225 μg170-076-146MACS GMP Recombinant Human IL-2100 μg170-076-147MACS GMP Recombinant Human IL-2500 μg170-076-110MACS GMP Recombinant Human IL-325 μg170-076-101MACS GMP Recombinant Human IL-425 μg170-076-135MACS GMP Recombinant Human IL-4250 μg170-076-104MACS GMP Recombinant Human IL-610 μg170-076-111MACS GMP Recombinant Human IL-725 μg170-076-114MACS GMP Recombinant Human IL-1525 μg170-076-115MACS GMP Recombinant Human IL-2125 μg170-076-149MACS GMP Recombinant Human SCF10 μg170-076-133MACS GMP Recombinant Human SCF100 μg170-076-103MACS GMP Recombinant Human TNF-α 25 μg170-076-134MACS GMP Recombinant Human TPO50 μg170-076-166MACS GMP Recombinant Human TGF-β1 5 μg170-076-167 MACS GMP Recombinant Human TGF-β1 25 μg170-076-168 MACS GMP Recombinant Human TGF-β1 100 μg Cell stimulation kitsT cell TransActMACS®GMP T Cell TransAct™ for T cell activation via CD3 CD28 in clinical research. Suited for cell manufacturing according to GMP guidelines, the MACS® GMP Grade reagent is intended for in vitro stimulation and expansion of human T cells. It is optimized for automated cell culture such as CAR T cell manufacturing on the CliniMACS Prodigy®.MACS GMP T Cell TransAct: The reagent is optimized to activate and expand 1×108 enriched T cells.MACS GMP T Cell TransAct - Large Scale: The reagent is optimized to activate and expand up to 4×108 enriched T cells.Applications：MACS® GMP T Cell TransActTM is intended for the in vitro stimulation and expansion of human T cells from hematological cell populations (e.g. PBMC or enriched T cells).Setting the stage for automated production of engineered T cells PepTivator Peptide Pool MACS® GMP-Grade PepTivator® Peptide Pools consist of lyophilized overlapping oligopeptides (mainly 15-mer), covering the complete sequence of the respective antigen. PepTivator Peptide Pools, recombinant proteins, and lysates have been designed for efficient in vitro stimulation and subsequent isolation of antigen-specific CD4+ and CD8+ T cells. These products have been developed for the separation with the CliniMACS Cytokine Capture System and are manufactured under strict quality assessment and in accordance with relevant GMP guidelines.PepTivator Peptide Pools antigens:Effective stimulation:When you are developing your research towards clinical applications, choose from this portfolio of GMP-grade peptide pools.Designed for the stimulation of CD4+ and CD8+ T cellsOptimized for the use with the CliniMACS® SystemConstantly growing product portfolioPepTivator Peptide Pools GMP Products:貨號品項包裝170–076–131MACS GMP Aspergillus fumigatus Lysatefor stimulation of 1×10^9 cells4 mg170–076–106MACS GMP PepTivator AdV5 Hexonfor stimulation of 1×10^9 cells60 nmol/peptide170–076–139MACS GMP PepTivator BKV LTfor stimulation of 1×10^9 cells60 nmol/peptide170–076–138MACS GMP PepTivator BKV VP1for stimulation of 1×10^9 cells60 nmol/peptide170–076–130MACS GMP PepTivator EBV BZLF1for stimulation of 1×10^9 cells60 nmol/peptide170–076–129MACS GMP PepTivator EBV EBNA–1for stimulation of 1×10^9 cells60 nmol/peptide170–076–122MACS GMP PepTivator EBV LMP2Afor stimulation of 1×10^9 cells60 nmol/peptide170–076–143MACS GMP PepTivator EBV Selectfor stimulation of 1×10^9 cells60 nmol/peptide170–076–109MACS GMP PepTivator HCMV pp65for stimulation of 1×10^9 cells60 nmol/peptide170–076–158MACS GMP PepTivator HPV16–E6for stimulation of 1×10^9 cells60 nmol/peptide170–076–159MACS GMP PepTivator HPV16–E7for stimulation of 1×10^9 cells60 nmol/peptide170–076–153MACS GMP PepTivator MAGE–A3for stimulation of 1×10^9 cells60 nmol/peptide170–076–151MACS GMP PepTivator Mucin–1for stimulation of 1×10^9 cells60 nmol/peptide170–076–137MACS GMP PepTivator NY–ESO–1for stimulation of 1×10^9 cells60 nmol/peptide170–076–157MACS GMP PepTivator PRAME 1for stimulation of 1×10^9 cells60 nmol/peptide170–076–152MACS GMP PepTivator Survivin 1for stimulation of 1×10^9 cells60 nmol/peptide170–076–123MACS GMP PepTivator WT1for stimulation of 1×10^9 cells60 nmol/peptideMACS® GMP Vectofusin®-1 (Order no. 170-076-165）MACS GMP Vectofusin-1 is a non-toxic histidin-rich amphipathic peptide which exerts as viral transduction enhancer. Unlike other transduction enhancers, it is not dependent on immobilization of target cells and therefore compatible with automated processes.Viral transduction of suspension cells using retroviral vectors is often inefficient and requires the use of transduction enhancers. MACS GMP Vectofusin-1 is a fully synthetic, non-toxic, cationic amphipathic peptide with viral transduction enhancing capacity, enabling higher transduction levels with low amounts of retroviral vector. MACS GMP Vectofusin-1 promotes the entry of several retroviral pseudo-types into target cells when added to the culture medium.Applications:Enhancement of lentiviral transductionEnhancement of retroviral transductionAutomated clinical-scale retroviral transduction of T cells in a functionally closed systemMACS Cell Therapy Manufacture  The quality of starting materials dramatically influences the properties of the final cellular product. For the development of applications involving cellular therapies, strict procedures according to GMP guidelines are mandatory. All materials used, such as antibodies, antigens, cytokines, cell culture bags, and cell culture media, must comply with GMP specifications. https://www.miltenyibiotec.com/ES-en/products/cell-manufacturing-platform/macs-gmp-portfolio.html https://www.miltenyibiotec.com/ES-en/products/cell-manufacturing-platform/macs-gmp-portfolio.html Official Website https://www.ancell-bio.com.tw/en/product_1210678.html Mon, 03 Jun 2024 18:06:15 +0800 ELGA Labwater 410437 NT$ (Call) NT$ (Call) PURELAB® flex 3強大、簡潔且靈活的超純水供應。最適於：質譜儀、分子生物學、電化學、原子光譜學、液相色譜、細胞培養、氣相色譜、免疫化學、分光光度法、培養基/緩衝溶液準備、一般化學分析。特點：可靠的超純水供應- 由自來水淨化提供Type 1超純水節省空間的設計- 緊湊的本體設計，可放在檯面上或壁掛，並內建整合式7公升純水儲槽，搭配每小時20公升的RO過濾系統，確保供水始終充足。動態循環系統- 由純水儲槽至取水槍頭間的動態循環系統，可有效降低微生物生長，保證取水時的超純水品質。即時TOC監測- 隨時提供清楚可靠的超純水TOC濃度顯示，最終的品質感測器安裝在取水口處，讓您安心使用。靈活的出水設計- 直觀的取水槍為您提供清楚的水質顯示，讓您在取水時絕對信心十足。易於維護- 由前面板輕鬆更換耗材，使其快速且易於更換。耗材具晶片自動辨識系統，可讀取耗材種類以確保品質安全性及具確效意義的回溯性。資料擷取紀錄- 可透過USB紀錄資料以驗證系統性能或進行軟體更新。 PURELAB flex 3 是一款終極系統，可在一個裝置中提供自來水到超純水，並根據您的需求進行獨特設計。 它將易用性與準確輸送純水結合在一起。 靈活的模組化系統可以配置為提供您的應用所需的優質水。 https://www.elgalabwater.com/purelabr-flex-3 https://www.elgalabwater.com/purelabr-flex-3 PURELAB® flex 3 https://www.ancell-bio.com.tw/en/product_1616603.html Wed, 26 Jun 2024 14:57:12 +0800 MACS® Research Use 286521 NT$ (Call) NT$ (Call) MACS® MediaMACS® Media are designed and quality tested for reliable and consistent results. For optimal performance and standardization, all recombinant cytokines and growth factors used in our media are produced in house. Choose from the categories below to find the right cell culture media for your stem cell, neuroscience, cancer, and immune cell research.Cell culture media:Medium kit for cell differentiation:Cell cultivation product:Cytokines and growth factorsOur recombinant cytokines and growth factors are available in three quality grades: research grade, premium grade, and MACS® GMP Grade.With research and premium grade, we offer a comprehensive portfolio of cytokines for reliable research with human and rodent cells. MACS Premium-Grade Cytokines are standardized recombinant proteins of highest quality, which facilitate a seamless transition to clinical research with MACS GMP Cytokines. Furthermore, the given biological activity of each premium-grade cytokine batch enables exact unit dosing and eliminates laborious pre-testing on your end.MACS® Premium grade Cytokine - Enhancing cell culture with MACS® Premium-Grade CytokinesActivity-based cytokine dosing allows for reproducible resultsCalibrated cytokine activity values enable comparable resultsOptimal cytokine dosing increases reliability and reduces reagent expensesKnown lot-specific activities save time and costs needed for batch testingVariability in biological activity strongly depends on the calibration standard used.Results obtained when the participating laboratories used different ‘in-house’ standards for assay calibration are highly variable (A). Results obtained by the same laboratories using the WHO international standard for IL-4 (88/656) to calibrate bioassays in international units (IU) show a lower degree of variability (B). Figure adapted from Thorpe, et al. (2000) Cytokine Standardization. The Cytokine Reference. Academic Press, London.CytoBoxes and Kits - A standardized and reproducible method for expansion and activation of cells.Find the MACS® Cytokines and cell culture reagents you need for your cell culture applications: MACS® Cell Culture and Stimulation portfolio comprises a specialized and versatile range of cell culture media and reagents for cell stimulation, expansion, and/or differentiation. Products are available for human and mouse primary cells, including immune, stem, neural, and tumor cells. Furthermore, small molecules and reprogramming reagents are available for stem cell research. https://www.miltenyibiotec.com/US-en/products/macs-cell-culture-and-stimulation.html https://www.miltenyibiotec.com/US-en/products/macs-cell-culture-and-stimulation.html Official Website https://www.ancell-bio.com.tw/en/product_1210671.html Mon, 23 May 2022 16:09:18 +0800 MACS® Clinical Grade 286522 NT$ (Call) NT$ (Call) A leap forward in cell sortingCell sorter with patented microchip-based sorting technology in a closed cartridge system, benchtop design, and 3 lasers for 10 parameter fluorescence-based cell sortingMACSQuant® Tyto® Cell SorterThe MACSQuant® Tyto® is a next generation, benchtop cell sorter equipped with 3 lasers, which allows for 10-parameter cell sorting. A unique feature of the instrument is the fact that the actual sorting process takes place exclusively within the MACSQuant Tyto Cartridge. The cartridge provides a single-use, disposable and fully closed system, eliminating the risk of sample contamination and carry-over.Full sterilitySamples are kept contamination-free within the disposable, fully closed MACSQuant Tyto Cartridge. No risk for carry-over or contamination of fluidics.Fast and easy handlingNo drop delay or laser alignment needed. Simply insert the cartridge, gate on cells, and sort.Completely safeThe fully closed cartridge prevents aerosol and droplet formation, providing a safe environment for operator and sample.Gentle to cellsSort and even resort cells under low pressure without compromising cell viability or functionality. Cells are no longer exposed to high pressure, charge, or decompression.MACSQuant® Tyto® CartridgesPrecision-engineered, smart cartridges with patented microchip technology to deliver fully contained cell sorting with the MACSQuant Tyto Cell Sorter The MACSQuant Tyto Cartridge consists of three compartments that can be accessed from above: the input chamber, the positive, and negative collection chambers. Fluorescently labeled cells are loaded into the input chamber, which contains an adjustable propellor to keep cells in suspension. The cartridge houses the actual heart of the sorting system: the microchip.MACSQuant® Tyto® Cell Sorter – the gentle, closed system for cell sorting:At the heart of the revolutionary sorting system is the microchip, which enables high-speed, fluorescence-based cell sorting with the world’s fastest mechanical sort valve. Due to the gentle nature of this valve-based sorting mechanism, the approach results in never-before-seen viability and functionality of cells.MACSQuant® Tyto® Running BufferPBS-based buffer optimized for use with the MACSQuant Tyto CartridgeThe MACSQuant® Tyto® Running Buffer is a PBS-based buffer optimized for sorting cells using the MACSQuant Tyto Cartridge. It is highly recommended to use the MACSQuant Tyto Running Buffer for optimal sorting results. The input chamber of the MACSQuant Tyto Cartridge holds a 10 mL volume, which means that one bottle is sufficient for at least 10 sorts.GMP-compliant cell sortingReliable MACS® GMP Tyto Consumables that meet stringent quality demands for sterile and safe cell sorting in clinical research settingsMiltenyi Biotec is the first company worldwide to offer sterile, GMP-compliant multiparametric cell sorting in a fully closed setup. MACS® GMP Tyto® Consumables were specifically developed to enable cell sorting within GMP manufacturing environments using the MACSQuant® Tyto® System. As the microchip-based sorting process takes place exclusively within a fully closed and disposable cartridge, this opens up entirely new possibilities in translational and clinical research settings.Order no.ProductSizeRUO grade130-103-931MACSQuant Tyto1 unit130-104-791MACSQuant Tyto Cartridges8 pieces130-106-088MACSQuant Tyto Cartridges24 pieces130-107-206MACSQuant Tyto Running Buffer100 mL130-107-207MACSQuant Tyto Running Buffer6×100 mLGMP grade170-076-011MACS GMP TYTO Cartridges1 unit170-076-210MACS GMP Tytonase (20x stock solution)5 mL170-076-155MACS GMP PBS/MgCl2 Buffer3×1 LMACSQuant® Tyto® Cell Sorter - The revolution in cell sorting has begunMACS Cell Therapy Manufacture  The MACSQuant® Tyto® is revolutionizing cell sorting. Our patented microchip-based technology opens new possibilities in basic research and medical applications. Start taking advantage of high-speed, multiparameter flow sorting in the safety of a fully enclosed cartridge. https://www.miltenyibiotec.com/US-en/products/macs-flow-cytometry/cell-sorter/macsquant-tyto-cell-sorter/macsquant-r-tyto-r.html https://www.miltenyibiotec.com/US-en/products/macs-flow-cytometry/cell-sorter/macsquant-tyto-cell-sorter/macsquant-r-tyto-r.html Official Website https://www.ancell-bio.com.tw/en/product_1234802.html Mon, 23 May 2022 16:08:52 +0800 MACS® Research Use 286521 NT$ (Call) NT$ (Call) Recombinant antibodies are derived from a defined set of genes, and the production process is highly standardized. This means they are consistent in their structure and performance, leading to high experimental reproducibility. Since the gene sequence of a recombinant antibody is known, it is easy to modify the sequence to improve the properties of the antibody.Flow cytometry is in their genesREAfinity Antibodies are recombinant antibodies that provide superior lot-to-lot consistency and purity compared to mouse or rat hybridoma-derived, monoclonal antibodies. They have been recombinantly engineered to produce highly specific antibodies that require no FcR blocking step. Additionally, they all have the same IgG1 isotype, requiring less isotype controls.Recombinant antibodies for flow cytometry applications:High purity and lot-to-lot consistency for greater reproducibilityThe manufacturing process of REAfinity Recombinant Antibodies ensures high performance consistency based on the following aspects:- They are derived from a defined DNA sequence, which encodes only one type of heavy and light chain, ensuring high antibody purity.- Production under biologically and chemically defined, standardized culture conditions in mammalian cells, resulting in high lot-to-lot consistency.- Analytical, biochemical, and cell-based testing of every manufactured lot.Eliminates tedious and costly Fc receptor blocking stepsAll REAfinity Recombinant Antibodies contain a specifically mutated human IgG1 Fc region that abolishes their binding to Fcγ receptors. This allows for background-free analysis and eliminates the need for additional blocking steps such as using a FcR blocking reagent.One universal isotype control for convenience and cost savingsAll REAfinity Recombinant Antibody clones contain the same specifically mutated human IgG1 sequence as their constant region. This offers the possibility to work with only one type of isotype control, reducing the complexity of experiment planning and saving time.Hybridoma-derived monoclonal antibodies on the other hand, are composed of antibody isotypes derived from different species and therefore require multiple isotype controls. This complicates not only the management of reagent inventory, but also panel design when setting up experiments.Optimized for flow cytometry applicationsREAfinity Recombinant Antibodies are designed with flow cytometry in mind. The following properties ensure their superior performance as compared to traditional hybridoma-derived monoclonal antibodies:- Greater purity- No background signal- Highly optimized and standardized fluorochrome conjugation processREAfinity™ Recombinant AntibodiesFlow cytometry is in their genesMiltenyi Biotech REAlease® Releasable Antibodies were awarded with the technology prize at the Pharmaceutical Flow Cytometry & Imaging 2018 conference in Stevenage, UK. Delegates of the European Laboratory Research & Innovation Group (ELRIG) nominated our technology, underlining its importance for biotechnology and pharmaceutical research.The basic principle:REAlease Releasable Antibodies allow for the removal of any labels from cells after cell sorting in just one simple step.The technology relies on recombinantly engineered antibody fragments that are, unlike conventional antibodies, characterized by low epitope binding affinities.A novel covalent conjugation approach allows for multimerization and fluorescent labeling of these antibody fragments. They form the so called REAlease Fluorochrome Complex which facilitates high-avidity cell binding that is comparable to conventional fluorochrome conjugates.This novel and innovative conjugation chemistry allows for fast removal of the REAlease Fluorochrome Complex from the cell surface by adding the REAlease Release Reagent after cell sorting. This leads to disruption of the complex and thereby results in monomerization of the antibody fragments.Due to their engineered low binding affinity, they spontaneously dissociate from the cell surface.As a result, label-free cells can be obtained after cell sorting providing maximal flexibility for a wide range of applications.How to get lable-free cell after cell sorting:REAlease Antibody TechnologyLabel-free cells after cell sorting for maximal flexibility Miltenyi Biotec offers a huge range of fully validated antibodies suitable for multiple applications, such as flow cytometry, microscopy, and functional assays. The MACS® Antibody Portfolio guarantees high performance consistency, with the majority manufactured using our innovative and proprietary recombinant antibody technology for unrivalled lot-to-lot reproducibility and standardization. https://www.miltenyibiotec.com/US-en/products/macs-flow-cytometry/antibodies.html https://www.miltenyibiotec.com/US-en/products/macs-flow-cytometry/antibodies.html Official Website https://www.ancell-bio.com.tw/en/product_1210672.html Mon, 23 May 2022 16:09:12 +0800 MACS® Clinical Grade 286522 NT$ (Call) NT$ (Call) MACS® GMP Cell Culture Bags — GMP compliant cell culture and expansion of different sample volumes in closed and sterile bags Miltenyi Biotec offers MACS® GMP Cell Differentiation and MACS GMP Cell Expansion Bags for expansion, generation, and differentiation of cells from heterogeneous, hematologic cell populations.MACS® GMP Cell Culture Bags are individually packed, sterile, and tested for endotoxins. The bags are gas permeable, transparent for microscopy and ideal for T cell expansion or the generation of dendritic cells (DCs) from monocytes. The integrated tubing set is suitable for sterile docking. As there is no need to change the culture vessel, the risk of contamination is greatly reduced. MACS® GMP Cell Expansion BagsMACS® GMP Cell Expansion Bags are gas-permeable and transparent for microscopy.They have three compartments to allow for expandable culture volumes of up to 100 mL. The bags are individually packed, sterile, and tested for endotoxins.MACS® GMP Cell Differentiation BagMACS® GMP Cell Differentiation Bags are gas-permeable and transparent for microscopy. They are available for five different culture volumes of 100 mL, 250 mL, 500 mL, 1000 mL, and 3000 mL.The bags are individually packed, sterile, and tested for endotoxins.ProductOrder no.ContentCapacity (mL)Minimal fill volume (mL)Area (cm2)MACS GMP Cell Differentiation Bag – 100170-076-4005 bags10020116MACS GMP Cell Differentiation Bag – 250170-076-4015 bags25030156MACS GMP Cell Differentiation Bag – 500170-076-4025 bags50050230MACS GMP Cell Differentiation Bag – 1000170-076-4045 bags1000120337MACS GMP Cell Differentiation Bag – 3000170-076-4055 bags3000220672MACS GMP Cell Expansion Bag170-076-4035 bagsup to 1008/16/2027/59/116CryoMACS® Freezing Products — Convenient and proven cryopreservation at ultra low temperaturesCryoMACS® Freezing Bags and CryoMACS DMSO are the right step towards safe cryopreservation of cells at ultra-low temperatures. CryoMACS® Freezing Bags excel in proven quality, convenient handling, and are the right step towards safe cryopreservation at ultra low temperatures. Made of a resistant tubular EVA film with few welds for more durability and less storage space. A corresponding overwrap bag protects the freezing bag and the stored product.產品資訊：Order no.ProductSizeNominal volumeRecommended fill volume200-074-400 CryoMACS Freezing Bag 5024 bags50 mL10 – 20 mL200-074-401CryoMACS Freezing Bag 25024 bags250 mL 30 – 70 mL200-074-402CryoMACS Freezing Bag 50024 bags 500 mL55 – 100 mL200-074-403 CryoMACS Freezing Bag 75024 bags 750 mL80 – 190 mL200-074-404CryoMACS Freezing Bag 100024 bags1000 mL 125 – 270 mLCryoMACS® DMSO 10 (EP, USP)The CryoMACS DMSO is a pure and sterile dimethyl sulfoxide supplied in glass vials. CryoMACS DMSO is manufactured and tested under a certified ISO 13485 quality system and in compliance with relevant GMP guidelines. Each batch of CryoMACS DMSO is tested according to the European Pharmacopoeia (Pharm. Eur.).Order no.Product Size170-076-303 CryoMACS DMSO 10 (EP, USP) 24 × 10 mL glass vialsMACS Cell Therapy Manufacture  Bags for safe cell culture and cryopreservationMACS GMP Products support the transition from research to clinic and help make cell therapies a clinical reality. https://www.miltenyibiotec.com/US-en/products/cell-manufacturing-platform/cell-culture-and-freezing-bags.html https://www.miltenyibiotec.com/US-en/products/cell-manufacturing-platform/cell-culture-and-freezing-bags.html Official Website https://www.ancell-bio.com.tw/en/product_1234803.html Mon, 23 May 2022 16:09:03 +0800 MACS® Research Use 286521 NT$ (Call) NT$ (Call) The gentleMACS™ Dissociators are a family of bench top instruments used for automated and standardized dissociation or homogenization of virtually any tissue. Viable single-cell suspensions are efficiently obtained by using our unique C Tubes in combination with our tissue-specific enzyme kits, whereas thorough homogenates are easily obtained by using the unique M Tubes. After processing, samples can be used for any cellular and molecular downstream analysis. Over 2,500 publications citing gentleMACS Technology proves that our devices can assist your research in multiple ways, such asgeneration of highly viable single-cell suspensions in a fast, standardized, automated, and user-independent way,ready-to-use tissue specific enzyme combinations with lot-to-lot consistency,optimized protocols preserve cellular composition and surface epitopes,single-use consumables minimize cross-contamination and allow easy disposal,closed and sterile system reduces handling hazards.Keep it fresh – store tissue and keep its primary stateThe MACS® Tissue Storage Solution has been developed to allow an optimized storage of fresh organ and tissue samples without showing background effects like cell activation or apoptosis induction. It has been tested and validated on a variety of human and murine tissues including tumors, skin, heart, spleen, brain, and skeletal muscle. Order no.ProductSize130-100-008MACS Tissue Storage Solution100 mL• MACS Tissue Storage Solution represents a robust and convenient solution for short-term storage of different tissue samples and organs.• Cell viability, cellular composition, and activation status of cells are well preserved for at least 48 hours.• MACS Tissue Storage Solution prevents cellular stress responses, since changes in cellular stress-related gene expression levels were kept to a minimum compared to fresh sample material.Be gentle – get viable cells with preserved epitopesgentleMACS™ Technology delivers viable cells from solid tissues in a fast, standardized, and user-independent way, which preserves cellular composition and surface epitopes.Order no.Product130-095-929Tumor Dissociation Kit, Human130-096-730Tumor Dissociation Kit, Mouse130-110-203Multi Tissue Dissociation Kit 2130-098-373Neonatal Heart Dissociation Kit, mouse and rat130-105-807Liver Dissociation Kit, mouse130-095-927Lung Dissociation Kit, mouse130-105-737Umbilical Cord Dissociation Kit, human130-095-926Spleen Dissociation Kit, mouse130-097-410Lamina Propria Dissociation Kit, mouse130-092-628Neural Tissue Dissociation Kit (P)130-098-305Skeletal Muscle Dissociation Kit, mouse and rat130-101-540Whole Skin Dissociation Kit, humanClean it – remove cell aggregates and other unwanted materialInnovative cell strainers and cleaning reagents help you to tune your sample for your downstream application by the removal of cell aggregates, debris, or other unwanted material, such as myelin, dead cells, or erythrocytes.gentleMACS™TechnologygentleMACS Technology allows fully automated tissue dissociation in a closed and sterile system to generate tissue lysates or viable single-cell suspensions with high viability and preserved surface epitopes. With the unique combination of alternating incubation time of enzymatic digestion and mechanical disruption, enzyme activity and shearing forces are lowered to a minimum. This makes gentleMACS Technology the most gentle and convenient method for standardized and reproducible tissue dissociation.gentleMACS™ Dissociators—Automated tissue dissociation on your benchThe gentleMACS, gentleMACS Octo Dissociators and gentleMACS Octo Dissociator with Heaters offer reliable tissue dissociation and thorough homogenization with pre-defined programs andparallel sample processing. The gentleMACS can process two samples in parallel with over 40 predefined programs. The gentleMACS Octo can process eight samples in parallel or independently and allows for the creation of user-defined programs. The gentleMACS Octo Dissociator with Heaters extends the basic features of the gentleMACS Octo Dissociator for maximum convenience, flexibility, and efficiency.       Order no.ProductSize130-093-235gentleMACS Dissociator2 samples, semi-automated130-095-937gentleMACS Octo Dissociator8 samples, semi-automated130-096-427gentleMACS Octo Dissociator with Heaters8 samples with heater, fully-automatedgentleMACS™ TubesThe gentleMACS Tube is a central component of gentleMACS Technology. Each element of the tube has been engineered to ensure the highest performance in the dissociation or homogenization of your tissue samples. The cap has a rotor-stator-system to applygentle mechanical shearing to tissue.Dedicated tubes for specific applications:• Tissue dissociation: Use the purple-cap C Tube for gentle tissue disruption to get viable single-cell suspensions for cell separation, cell culture, and cell analysis experiments.• Tissue homogenization: Choose the orange-cap M Tube to achieve thorough sample homogenization for subsequent molecular andmicrobiology analysis              Order no.Product130-093-237gentleMACS C Tubes (25×), sterile, single packed130-096-334gentleMACS C Tubes (100×), sterile, 25 tubes per bag130-093-236gentleMACS M Tubes (25×), sterile, single packed130-096-335gentleMACS M Tubes (100×), sterile, 25 tubes per bag130-094-392gentleMACS M Tubes with Strainer (50×), 50 tubes per bag with 600μm mesh strainerMACSmix™ Tube RotatorThe MACSmix Tube Rotator is a helpful tool for the enzymatic digestion steps during tissue dissociation with a gentleMACS Dissociator. It is a versatile instrument powered by rechargeable batteries operating independently of a permanent power supply. It is suitable for a temperature range of 2 °C to 42 °C and can be placed in a refrigerator or incubator.Order no.ProductSize130-090-753MACSmix Tube RotatorTube rack for tubes from 0.5 mL to 50 mL in sizeSmart strainers and filtersMACS® SmartStrainers can be used for the removal of larger particles from cell suspensions of dissociatedtissue or blood samples:Improved ventilation during filtration avoids clogging of the strainersEasily fit onto standard 15 mL and 50 mL conical tubesVarious mesh sizes are available, including 30, 70, and 100 µm to fit your specific applicationPre-Separation Filters are designed for effective and easy removal of cell aggregates from single-cell suspensions after labeling with MACS MicroBeads or antibodies. Using the filters ensures optimal flow within cell separation columns and in flow cytometers.StrainerOrder no.SizeRemarks30 μm (Yellow)130-098-45850 filterssterile, single-packed130-110-9154 x 25 filterssterile packed as 4x25 pieces70 μm (Purple)130-098-46250 filterssterile, single-packed130-110-9164 x 25 filterssterile packed as 4x25 pieces100 μm (Orange)130-098-46350 filterssterile, single-packed130-110-9174 x 25 filterssterile packed as 4x25 piecesDead Cell Removal KitThe Dead Cell Removal Kit is a fast and straightforward way of eliminating dead cells from cell cultures or tissue preparations. The Dead Cell Removal Kit contains ready-to-use MicroBeads and Binding Buffer for the magnetic labeling of cell debris, dead cells, and dying cells. The magnetically labeled material is removed by magnetic separation and pure, viable cells are obtained within 25 minutes.The Dead Cell Removal Kit has been successfully used for the following applications:Removal of dead cells prior to MACS® Separation of cellsReduction of flow sorting time by elimination of dead cellsElimination of dead cells from cell culturesImprovement of immunocytochemical analysis of frozen cellsPreparation of viable, single-cell suspensions from tissueRemoval of dead cells from spermatozoa samplesRemoval of dead cells prior to or following transfection of cellsOrder no.ProductSize130-090-101MACS Dead Cell Removal Kitfor 1×10^9  total cellsMACS 次世代定序攻略gentleMACS™ DM gentleMACS™ Tissue Dissociators and Tubes offer everything you need to reliably obtain viable single cells from any tissue. The combination of gentleMACS Tubes and Dissociators enables automated operation for standardized gentle dissociation or thorough homogenization on your benchtop. Start smart and preserve surface epitopes, as well as functionality of your cells of interest. https://www.miltenyibiotec.com/US-en/products/macs-sample-preparation.html https://www.miltenyibiotec.com/US-en/products/macs-sample-preparation.html Official Website https://www.ancell-bio.com.tw/en/product_1187916.html Mon, 23 May 2022 16:08:59 +0800 MACS® Research Use 286521 NT$ (Call) NT$ (Call) MACS® MicroBead Technology is the leading method for column-based magnetic cell isolation using nano-sized beads. Choose between various separation strategies for positive cell selection, sequential isolation, or cell depletion from any starting material, including peripheral blood mononuclear cells (PBMCs), whole blood, bone marrow, Leukopak® (StemExpress, LCC), LRSCs or buffy coats. MACS® Technology enables the magnetic separation of cell populations based on surface antigens. It is a fast and gentle method for the isolation of viable and functional cells by labeling epitopes with specific antibodies conjugated to superparamagnetic beads.MACS® Technology—Magnetic cell isolation at a glanceFlexible cell isolation options for your specific needsColumn-based MACS® Technology using nano-sized beadsColumn-free technologies using micro-sized beadsWith MACS Technology, you are sure to select the best.MACS® MicroBeads – proven technology for basic research and clinical applicationsMACS® MicroBeads are 50-nm superparamagnetic particles that are conjugated to highly specific antibodies against a particular cell surface antigen. Due to their small size, the beads do not activate cells. Furthermore, MACS MicroBeads do not have to be removed for any downstream application.MACS MicroBead Technology gives you the most flexible, most proven method for cell separationMinimal cell labeling with nano-sized MicroBeads ensures preservation of cellular integrity and characteristicsUsed in over 55,000 clinical cellular treatments to dateMACS MicroBead Technology owes its longstanding success to the ingenious combination of nano-sized superparamagnetic beads and a strong magnetic field in our MACS Columns. Only this technology ensures minimal labeling of target cells and the preservation of cellular properties. Cell separation with MACS MicroBeads is based on three easy steps: magnetic labeling, magnetic separation, and elution of labeled cells (fig. 1). MACS Columns – maximal magnetic power for minimal cell labelingAt the heart of MACS® MicroBead Technology is the MACS Column, containing a matrix composed of ferromagnetic spheres covered with a cell-friendly coating. When the column is placed in a MACS Separator, the spheres amplify the magnetic field by 10,000-fold, thus inducing a strong magnetic force within the column. The magnetic field efficiently retains cells labeled with the small, nano-sized beads.The spacious matrix inside the MACS Columns ensures that unlabeled cells can easily flow through while minimally labeled cells (fig. 4) are gently yet effectively retained (fig. 5). This minimizes stress on the cells and allows for efficient washing while preventing cell aggregation. MACS® Columns enable gentle flow of cells. No pressure, sticking, or compression.The MACS® Technology advantage - Select the best by combining MACS® Columns and MicroBeadsCompared to column-free cell separation technologies, cell separation using MACS MicroBeads only requires minimal labeling of target cells. The benefits are no non-specific labeling, no cell activation and thereby no alteration of cell characteristics.Cell isolation from single-cell suspensions and dissociated tissuesMACS® MicroBeads and MicroBead KitsStraightforward positive selection of target cells based on specific markersThe strong magnetic field generated by the matrix in the MACS® Column allows for minimal labeling of target cells with nano-sized MicroBeads. This ensures that plenty of surface epitopes remain free for subsequent fluorescent staining and flow cytometry analysis. Moreover, low  labeling concentrations and the small size of MACS MicroBeads do not lead to activation of target cells (fig. 8).The least manipulative positive selection methodPreservation of cell functionality due to optimal labelingBiodegradable: labeled cells are ready for downstream applicationsMACS® Cell Isolation KitsDepletion of non-target cells to obtain pure, truly untouched cellsMACS® Cell Isolation Kits contain a cocktail of titrated antibodies and MACS MicroBeads for indirect magnetic labeling (fig. 9). They are the preferred choice if binding ofantibodies to the target cells is not desired. Minimal labelingof unwanted cells with MACS MicroBeads avoids nonspecific labeling of target cells, leaving the target cells truly untouched (fig. 10). In contrast, column-free methods based on nano-sized beads from other manufacturers require high concentrations of labeling reagents resulting in non-specific labeling of the target cell fraction.High purity and recovery ratesFully compatible with any downstream applicationNo non-specific labeling of target cellsPopular item:Cell isolation directly from blood productsStraightFrom® TechnologyCell isolation directly from blood products without density gradient centrifugationStraightFrom® MicroBeads allow magnetic isolation of various leukocyte subsets from different starting materials by positive selection. With these kits, isolation of leukocyte subsets has never been easier and quicker. Start directly with whole blood, buffy coat, and leukocyte reduction system chamber (LRSC)The isolated target cells are immediately ready for any downstream applicationSimple protocol with only a few handling stepsPopular item:MACSxpress® TechnologyWith high speed to untouched target cellsMACSxpress® Technology enables the fastest large-scale isolation of untouched cells directly from whole blood – without the need for any centrifugation. Micro-sized MACSxpress Beads allow for minimal labeling to prevent non-specific labeling and activation of target cells. Nontarget cells are removed by immunomagnetic depletion. Simultaneously, erythrocytes are sedimented to yield target cells of exceptional purity.Go from whole blood to pure cells within 20 minutesObtain untouched target cells directly from whole bloodNo density gradient centrifugation, erythrocyte lysis or cell counting requiredPopular item:Magnetic cell separation strategies with MACS® TechnologyThe diversity of the MACS® Technology portfolio provides ultimate flexibility for cell separation procedures. Choose between various isolation strategies such as positive selection, depletion, untouched isolation, or sequential sorting of cell subsets to get the cells you really need.Positive cell selection for isolation of a particular cell typeUntouched target cell isolation by depletion of unwanted cellsSequential separation for isolation of cell subsetsIf a certain desired cell type or subset does not express a single unique marker, it is not possible to isolate these cells in a single positive selection step. Instead a combination of two consecutive separations based on different markers can be applied.Depletion followed by positive selectionThis approach is useful if an important marker for the target cells is also expressed on a fraction of undesired cells. To enable positive selection of the target cells based on this marker, the fraction of undesired cells needs to be depleted first. To this end, the undesired cells are magnetically labeled via antigens distinct from that common marker. During separation, the labeled cells are retained in the column. The flow-through fraction contains the target cells. These cells can then be labeled with MACS MicroBeads for that marker, and the target cells are isolated by positive selection.Sophisticated MACS Cell Isolation Kits based on this strategy are available for the fast and convenient isolation of specific cell subsets.Two consecutive positive selectionsMACS MultiSort MicroBeads enable cell isolation by two sequential positive selection steps based on two different markers. For the first positive selection, cells are labeled with MACS MultiSort MicroBeads specific for the first marker. After elution from the column, the cells are incubated with MultiSort Release Reagent, which enzymatically removes the MultiSort MicroBeads from the cells. For the second positive selection, the target cells are magnetically labeled with MACS MicroBeads directed against the second marker and isolated on the column.Two consecutive positive selections or positive selection followed by depletionREAlease Technology  allows for magnetic cell isolation by positive selection of target cells and subsequent removal of any beads and labels from the cells. The technology relies on recombinantly engineered antibody fragments instead of whole antibodies for cell surface labeling. Monomeric fragments have a low affinity for cell surface markers. However, when multimerized as part of the REAlease Complex, the fragments bind markers with high avidity. Anti-Biotin MicroBeads bound to the REAlease Complex facilitate isolation of the target cells based on MACS Columns and Separators (see figure). When the column is placed in the magnetic field of the separator, unlabeled cells flow through, whereas the target cells are retained on the column. Subsequently, labeled target cells are eluted from the column using REAlease Bead Release Reagent, which removes Anti-Biotin MicroBeads from the cells.Following elution, there are two options to isolate subsets from this population:I) Disruption of the REAlease Complex by adding REAlease Release Reagent leads to monomerization and spontaneous dissociation of the antibody fragments from the cell surface. Cells are then label free and suitable for magnetic re-labeling with REAlease Technology.II) Alternatively, eluted cells can be directly labeled with MACS MicroBeads.• Bead-free cells: suited for second round of magnetic labeling• Label-free cells: the epitope of a marker becomes completely available again• Recombinantly produced: lot-to-lot consistency allows for reproducible resultsDirect magnetic labelingDirect labeling with MACS MicroBeads is the fastest way of magnetic labeling. MACS MicroBeads specifically bind to antigens on the cell surface. Only one incubation step is required. Direct magnetic labeling requires a minimal number of washing steps and therefore minimizes cell loss. Highly specific cell separation reagents for direct labeling of numerous cell types with MACS MicroBeads are available for human, mouse, rat, and non-human primate cells.Indirect magnetic labelingCombination of primary antibodies and MicroBeadsIndirect magnetic labeling using primary antibodies and MicroBeads is based on a two-step procedure. First, the cells are labeled with a primary antibody directed against a cell surface marker. Subsequently, the cells are magnetically labeled with a MACS MicroBead, which either binds directly to the primary antibody or to a molecule that is conjugated to the primary antibody. Conjugated molecules include biotin and fluorochromes. Accordingly, magnetic labeling is achieved with Anti-Immunoglobulin MicroBeads, Anti-Biotin MicroBeads, or Anti-Fluorochrome MicroBeads.This indirect labeling strategy is useful for isolating untouched target cells. In this case, the unwanted cell types are incubated concurrently with a cocktail of primary antibodies conjugated to biotin, for example. Subsequently, cells are labeled with Anti-Biotin MicroBeads.REAlease TechnologyREAlease Technology is an indirect cell labeling method for positive selection of target cells. The REAlease Biotin Complex binds to the target cells. Labeling of the REAlease Biotin Complex with Anti-Biotin MicroBeads allows for magnetic isolation of these cells. Following cell separation, both MicroBeads and REAlease Biotin Complex can be gently removed, leaving the cells bead-and label-free. Enriched cells are then suitable for magnetic re-labeling and any application where label-free cells are essential.Search through detailed information for your cell type or topic of interest.  Find detailed information for MACS Cell Separation.    MACS® Cell Separation – Select the best technology for your cell isolation https://www.miltenyibiotec.com/DE-en/products/macs-cell-separation.html https://www.miltenyibiotec.com/DE-en/products/macs-cell-separation.html Official Website https://www.ancell-bio.com.tw/en/product_1187917.html Mon, 23 May 2022 16:08:03 +0800 MACS® Research Use 286521 NT$ (Call) NT$ (Call) MACSima™ Imaging PlatformWith its automated processes and optimized components, the MACSima Imaging Platform reduces the effort required for the generation of complex high-content microscopy data to the basic essentials. The benefits of this complete, harmonized solution speak for themselves.Hundreds of markers on one sampleObtain high-content imaging data to analyze hundreds of proteins and other antigens on a single sample.Fully automated instrumentPlan your experiment and leave the execution to the MACSima Imaging System.Broad portfolio of validated antibodiesAnalyze hundreds of markers on your sample based on a plethora of recombinantly engineered, fluorochrome-conjugated antibodies, validated specifically for MICS.Effortless experiment preparationBenefit from ready-to-use REAscreen™ Antibody Panels containing pre-defined sets of antibodies from Miltenyi Biotec for an effortless yet comprehensive analysis. Analyze any kind of fixed sample with our MACSwell™ Sample Carriers and benefit from various formats of antibodies for full flexibility.Sophisticated yet simple analysis softwareAnalyze your ultrahigh-content imaging data easily and comprehensively using MACS® iQ View.  Its versatility and intuitive user interface make this image analysis software the perfect companion for your spatial biology experiments.Miltenyi Biotec’s MICS (MACSima™ Imaging Cyclic Staining) technology enables the simultaneous analysis of hundreds of markers on a single sample. Based on fluorescence microscopy, it uses the principle of cyclic staining with different fluorochrome-conjugated antibodies to acquire microscopy data for a multitude of parameters without harming the sample. The cyclic process comprises three main steps that are conducted by the MACSima Imaging System in a fully automated manner. Samples are stained with fluorochrome-conjugated antibodiesEpifluorescence images are acquired of the desired sample areasThe fluorescence signal is erased and the process restarts automatically  MACSwell™ Sample Carriers — Analyze any kind of fixed sampleTo give you complete flexibility in the type of fixed sample you want to analyze with the MACSima™ Imaging System, we have developed the MACSwell Sample Carriers. To support either tissue, adherent or suspension cells, we have designed three different types of carriers, MACSwell One, Two, and Four Imaging Frames, MACSwell 24 Imaging Plates, and MACSwell Micro Slides. Each of them contains a well-defined reaction cavity to perform iterative staining easily and safely and give you the ease of failure-free experimentation.MACSwell One, Two, and Four Imaging Frames can be mounted around any standard microscope slide and provide the reaction cavity needed for a MACSima Imaging experiment. MACSwell Imaging Frames are provided in three different sizes of reaction cavities to perfectly fit the size of your tissue sample.MACSwell 24 Imaging Plates are pre-assembled and contain 24 rectangular wells with a clear 170 µm thick cover glass bottom. Simply pipet your cell suspension onto the plate, culture as usual and fix the sample according to your standard protocol directly on the plate.MACSwell Micro Slides contain over 1.5 million hexagonal microcavities with a diameter of 20 µm and are therefore perfectly sized to fit exactly one cell. Simply mount your choice of MACSwell Imaging Frame around the slide and pipet your suspension cells in the resulting reaction cavity. The MACSima™ Imaging Platform—Everything you need for fully automated, ultrahigh-content imagingThe possibility of evaluating localization, expression, and potential interaction of a multitude of different proteins allows scientists to tap the full potential of spatial biology.Biological systems and cellular processes are inherently complex due to the interaction of thousands of proteins involved in proper functioning of the entire organism. Thus, an in-depth analysis of biological systems requires the examination of a plethora of parameters in order to decipher the underlying principles. Currently available techniques can provide only a very limited perspective on the complexity of biological systems. https://www.miltenyibiotec.com/US-en/products/macs-imaging-and-microscopy/ultra-high-content-imaging.html https://www.miltenyibiotec.com/US-en/products/macs-imaging-and-microscopy/ultra-high-content-imaging.html Official Website https://www.ancell-bio.com.tw/en/product_1345869.html Tue, 04 Jun 2024 11:00:13 +0800 ELGA Labwater 410437 NT$ (Call) NT$ (Call) PURELAB® Chorus 1 Complete液相層析 (LC) – 無論是獨立的還是與質譜 (LC-MS) 結合使用 – 是一種廣泛使用的分離技術，用於從法醫學到臨床診斷的許多應用。良好的色譜性能在很大程度上取決於所用水的純度，特別是當您想要檢測十億分之幾 (ppb) 範圍內的化合物時。PURELAB Chorus 系列在一個簡單、緊湊的系統中包含多種有效的純化技術，可分配適合高靈敏度 LC 和 LC-MS 應用的水。淨化循環可最大限度地減少水中的細菌、有機化合物和殘留離子。這確保使用者可以確信校準標準品和空白以及樣品不會受到污染。純水還可以防止顆粒和細菌在液相層析系統的重要組件中積聚，從而節省生命週期的運作成本和維護要求。 特點：- 通過ELGA的模組化儲水箱循環超純水，以保持18.2 MΩ.cm的穩定最高超純水純度。ELGA生物過濾器（選配）- 裝配生物過濾器後，PURELAB Chorus 1 Complete可以生產無生物活性雜質的超純水。單一系統解決方案- 針對需要18.2 MΩ.cm水純度的科學分析和生命科學應用的完美單一系統解決方案。即時TOC監測- 在取水點即時監測水的純度，為關鍵應用提供完全的信賴品質。易於維護- 前開的維修門蓋提供快速便捷的耗材更換。靈活應用- 透過Halo取水器提供終極靈活性。您甚至可以將Halo取水器安裝在隔牆相鄰的實驗室中。節省空間設計- 模組化和可堆疊設計，節省空間，可以壁掛或置於工作台下。數據擷取- 透過USB進行數據擷取，可進行系統性能驗證與軟體更新。 PURELAB Chorus 1 Complete 提供了從自飲用水源到超純水的完整解決方案，是需要多達 480 公升 18.2 MΩ.cm 超純水的實驗室的理想選擇。憑藉其簡單且符合人體工學的設計和易於使用，可以直接從系統或從選擇的附加飲水機中分配水。 https://www.elgalabwater.com/purelab-chorus-1-complete https://www.elgalabwater.com/purelab-chorus-1-complete PURELAB® Chorus 1 Complet https://www.ancell-bio.com.tw/en/product_1616758.html