Neuroscience Inspiring technology for creative scientists Fast, reliable tissue dissociation Simple, effective myelin removal Primary neural cell isolation in as little as one hour Contrast agents specifically optimized for small animal imaging
May 18, 2015
NeuroscienceInspiring technology for creative scientists
Fast, reliable tissue dissociation
Simple, effective myelin removal
Primary neural cell isolation in as little as one hour
Contrast agents specifically optimized for small animal imaging
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Introducing a new milestone in cell analysisThe MACSQuant™ Analyzer paves the way to successful research
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3 Sample preparation
• Time-savingandstandardizeddissociationofneuraltissues
• Removalofmyelindebrisforbetterresultsfromadulttissuesamples
6 Cell separation
• MACS®Technology,thegoldstandardincellseparation
• Pureastrocytes,microglia,neuronsandoligodendrocytes
• Standardizationwithautomatedcellseparation
10 Cell culture
• Serum-freemediumandsupplementforlong-termviability
• Premium,GMP,andresearchgradecytokines
12 Neuroimaging
• Contrastagentsoptimizedforsmallanimalimaging
• MRI,opticalimaging,CTandultrasound
9 Cell analysis
• Titratedhigh-qualityantibodiesandbrilliantfluorochromes
• Easy-to-usebench-topflowcytometers
14 Molecular analysis
• Fastisolationoffunctionalmitochondria
• EfficientmRNAamplificationfromsmallsamples
• GenomicServicesformRNAandmicroRNAexpression
Contents
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Introducing a new milestone in cell analysisThe MACSQuant™ Analyzer paves the way to successful research
Informational brochure
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Tissue dissociation kitsThe secret of success in any experiment lies in the preparation of the starting material. Get going fast with Miltenyi Biotec’s NeuralTissueDissociationKits(NTDK)andthegentleMACS®Dissociators that help streamline and standardize the generation of single-cell suspensions.
• Gentleandefficient:titratedenzymesandoptimizedbuffers
• Conservedepitopesforoptimaldownstreamapplications
• Convenience:everythinginonebox,includingdetailedprotocols
• Reproducibleresultsfromstandardizedcomponents
In order to conserve the epitopes of interest, it is important to choose the correct protease because some epitopes are degraded by trypsin, others by papain. Two kits were therefore developed, NTDK (T) and NDTK (P).
Antigen compatibility of Neural Tissue Dissociation KitsTable 1 shows the recommended kit regarding antigen compatibilityforsubsequentcellseparationoranalysis.EpitopesensitivitiesweretestedwithMACS®Antibodies.
Sample preparationGet a good start
Figure 1: Flow cytometric analysis of cells dissociated with trypsin-based NTDK (T) and papain-based NTDK (P) and then labeled with Anti-GLAST-PE. After trypsin-based dissociation the epitope is conserved and 20% of the cells are positive for GLAST whereas after papain-based dissociation the antibody binds to only 6%. Thus, the NTDK (T) is recommended for use with Anti-GLAST products. For detailed information visit www.macsneuroscience.com/info and download poster 1.
NTDK (T) NTDK (P)
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Antigen Species Cell type
Neural Tissue Dissociation Kits (P)
Prominin-1 Mouse Neural stem and progenitor cells
A2B5 Human, mouse, rat Glial-restricted precursors
O4 Human, mouse, rat Immature oligodendrocytes
CD11b Human, mouse Microglia
CD81¹ Mouse, rat Microglia, macrophages,endothelial cells, glia
CD31¹ Mouse Endothelial cells
CD133 Human Neural progenitor cells
AN2 (mouse NG2)²
Mouse NG2 glia
Neural Tissue Dissociation Kits (T)
Prominin-1² Mouse Neural stem and progenitor cells
O4 Human, mouse, rat Immature oligodendrocytes
PSA-NCAM Human, mouse, rat Neuronal precursors, oligodendrocyte progenitors
CD24 Mouse Neuronal precursors, ependymal cells
A2B5³ Human, mouse, rat Glial-restricted precursors
CD11b Human, mouse Microglia
CD271 (LNGFR)
Human Schwann cells, motor neurons
CD105 Mouse Endothelial cells
Ter-119 Mouse Erythrocytes
GLAST Human, mouse, rat Astrocytes, radial glia
CD133 Human Neural progenitor cells
AN2 (mouse NG2)²
Mouse NG2 glia
1 Slight epitope sensitivity with the use of the papain-based kit; therefore, a further dilution of the enzyme mix is recommended. (1:10;5µLinsteadof50µL)2 Incubation for re-expression of antigen necessary.3 Slight epitope sensivity with the use of the trypsin-based kit; therefore, use of the papain-based kit is recommendedEpitope sensitivities have been tested with antibodies available from Miltenyi Biotec.
Table 1: Antigen compatibility with papain (P) and trypsin (T)-based kits
If the epitope is not sensitive to proteases, we recommend the papain-based kits.
• NeuralTissueDissociationKit(T)*and(P)*
• BrainTumorDissociationKit,human(T)*and(P)*
• NeuralTissueDissociationKit–PostnatalNeurons(P)
• NeurosphereDissociationKit(T)and(P)
• EmbryoidBodyDissociationKit,humanandmouse**
*ThesekitscanbeusedforevenmorereliableresultswiththegentleMACSDissociators. Protocols for manual dissociation using pipettes are also available. **KitcanonlybeusedwiththegentleMACSDissociators.
GLAST
20% 6%
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Automated tissue dissociationTeam the tissue dissociation kits with the gentleMACS Dissociatorsfor:
• Ultimatereproducibility,independentofuser
• Asafeandsterileclosedsystem
• Push-buttontechnologyinsteadofpipetting
• Processingmultiplesamplesinparallel
“… one of our research focuses is related to the role of brain-intrinsic immune cells in malignant brain tumors, especially in the most malignant variant, the glioblastoma …
The best results were obtained by using the gentleMACS® system in combination with the Brain Tumor Dissociation Kit. “
Michel Mittelbronn,Ph.D, Institute of Neurology Goethe-University Frankfurt, Germany
The gentleMACS Dissociators provide different programs for gentle preparation of single-cell suspensions or for homogenization.
Up to two samples can be processed with the gentleMACS Dissociator and up to eight samples at a time with the gentleMACS Octo Dissociator.
Visit www.macsneuroscience.com/videos to watch the preparation of neural tissue with the gentleMACS Dissociator.
Sample preparationGet a good start
Figure 3: Neuronal precursors in culture. The cells show the same morphology in culture after (A) manual dissociation using NTDK (T) and after (B) gentleMACS dissociation using NTDK (T). ßIII-Tubulin (green), PSA-NCAM (red).
A
B
“Your digestion kit has not only improved our yields but the preparation has much less debris. I wish I had used it when we initiated these studies.”
Richard Ciavarra,PhD, Eastern Virginia Medical School, USA
Figure 2: The gentleMACS and gentleMACS Octo Dissociators shown with a tissue dissociation kit, C-Tubes, and M-Tubes.
The gentleMACS Dissociators not only combine reliability and reproducibility in an easy-to-use system, the resulting cells do not look any different from cells prepared manually.
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Sample preparationGet a good start
Removal of myelin debrisMyelin Removal Beads II
• Effectivelyremovesmyelindebrisfromsingle-cell suspensions
• Usewithrodentbrainolderthan1weekandhumansamples
• Improvesantibodybindingindownstreamapplications
• Noneedfordeterminationofcell/debrisratioorcellnumbers
“Myelin removal beads allow us to reliably and quickly separate the “trash from the treasure”.
Noel Derecki from the Kipnis lab., Department of Neuroscience, University of Virginia, USA
Figure 4: Staining of microglia from post-natal (P22) mouse brain with CD11b-APC. 1×106 cells from a single-cell suspension of P22 mouse brain were stained with CD11b-APC without (left) and with (right) previous myelin removal using Myelin Removal Beads. The dot plots show that in samples with previous myelin removal, higher percentages of CD11b-positive cells are stained. Dead cells were excluded using propidium iodide. Only the positive cells along with positive debris are displayed in side and forward scatters. For detailed information visit www.macsneuroscience.com/info and download poster 2.
Forward scatter
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Figure 5: Removal of myelin debris from single-cell suspensions with Myelin Removal Beads. Postnatal (P22) mouse brains were dissociated using the Neural Tissue Dissociation Kit (P) and the resulting single-cell suspensions analyzed by flow cytometry either before or after treatment with Myelin Removal Beads. (A) Single-cell suspensions derived from mouse brain consist of large amounts of myelin membrane fragments and only 4% cells. (B) Myelin Removal Beads efficiently remove myelin debris.
before myelin removal
after myelin removal
Forward scatter
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4.48% 16.67% 89.0%
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Isolation of specific cell types from tissue samples or cell cultures,e.g.,ESoriPScells,isaprerequisiteforexactanalysis,efficient screening and optimal cell culture.
ThisisMACS®Technology:thegoldstandardinbench-topcellseparation with more than 14,500 publications to prove it. This renowned technology is also available for neuroscience research:
• Preparationofastrocytesormicrogliain1hourinstead of two weeks by the shake-off method
• Gentlerprocedurethanflowsorting,simplerthanimmuno-panning
• Optimalrecoveryandhighpurity
• Directlyonyourbench,noexperiencerequired
• Sterilesamplehandling
MicroBeads• Small,non-toxic,biodegradable
• Conjugatedtohighlyspecificmonoclonalantibodies
• Compatiblewithflowcytometryanalysis
MACS Columns• Amplifythemagneticfield,onlysmallamounts ofMicroBeadlabelingrequired
• Cell-friendlysteelmatrix
• Depletionandenrichmentofupto2×1010 total cells
Watch the isolation of astrocytes with Anti-GLAST (ACSA-1) MicroBeads on www.neuroscience.com/videos.
Cell separationThe fast track to pure, viable cells
N
A B C
Figure 6: The features of MicroBeads and MACS Columns(A) Scanning electron microscopy of a cell isolated with MACS MicroBeads (B) 50 nm MicroBeads are so small they can only be seen on a Transmission Electron Microscope (C). A cross section of a MACS Column showing the steel ball matrix (gray) with the magnetic field in which labeled cells (purple) are retained.
Magnetic separation
MACS®ColumnTechnologyprovides a high-gradient magnetic field.
• Gentletocells
• Thoroughrinsingprocedure
• Highrecovery
Unlabeled cells are collected in the flow-through
Magnetic labeling
Gentle to cells; minimal influence on downstream experiments
Elution of the labeled cell fraction
Optimal results–even for rare cells–by using positive selection
Figure 7: The principle of MACS Technology for depletion or enrichment of cells.
N S
N S
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Table 2: Examples of cell separation reagents available for neuroscience research
“We are studying neuron-glia interactions using primary cultures of highly purified neurons and glial cells. Previously, we isolated cells by immunopanning.
… we switched to magnetic cell isolation kits from Miltenyi Biotec because of three advantages. First, the cell preparation is more economical, second, it takes two instead of six hours, and third, it delivers very pure, healthy cells.”
Frank W. Pfrieger Ph.D. Institute of Cellular and Integrative Neurosciences (INCI), France
Original fraction
Negative fraction
Positive fraction
CD
11b
Forward scatter
Figure 8: MACS Technology enables isolation of cells even from adult tissue samples. Enrichment of human microglia from a glioblastoma sample achieved a purity of 99%. For detail information visit www.macsneuroscience.com/info and download poster 3.
Cell type Product Species
Neurons
Retinal ganglion cells
Retinal Ganglion Cell Isolation Kit Rat
Neuronal precursors
Anti-PSA-NCAM-MicroBeads Human, mouse, rat
Neurons Neuron Isolation Kit Mouse
Astrocytes
Astrocytes and radial glia
Anti-GLAST (ACSA-1) MicroBead Kit
Human, mouse, rat
Astrocytes Anti-ACSA-2 MicroBeads (coming soon)
Oligodendrocytes
Immature oligodendrocytes
Anti-O4 MicroBeads Human, mouse, rat
Oligodendrocyte precursors
Anti-A2B5 MicroBeads Human, mouse, rat
NG2 glia/ Polydendrocytes
Anti-AN2 MicroBeads Mouse
Schwann cells CD271 (LNGFR) MicroBead Kit Human
Neural progenitors
Neural progenitors CD133 MicroBead Kit Human
Neural progenitors Anti-Prominin-1 MicroBeads Mouse
Neural crest cells CD271 (LNGFR) MicroBead Kit Human
ES/iPS derived Neural crest cells
Neural Crest Stem Cell MicroBeads (coming soon)
Microglia
Microglia CD11b (Microglia) MicroBeads Human, mouse
T cells
T helper cells CD4 (L3T4) MicroBeads Mouse
Regulatory T cells CD4+CD25+ Regulatory T Cell Isolation Kit, mouse
Mouse
Dendritic cells
Dendritic cells CD11c MicroBeads, mouse Mouse
Direct conjugates of monoclonal antibodies and MicroBeads are optimized and already titrated for you
Figure 9: MACS Technology is optimal for effective downstream applications. (A) Human brain biopsies were dissociated using the Brain Tumor Dissociation Kit (P) and the gentleMACS Dissociator. Myelin was removed using Myelin Removal Beads, and cells isolated using CD11b (Microglia) MicroBeads. The microglia show a normal morphology.(B) Astrocytes (7 DIV) isolated from P1 mice using the Anti-GLAST (ACSA-1) MicroBead Kit. Astrocytes were stained using Anti-GLAST (ACSA-1) (green) andAnti-GFAP(red).CellswereculturedinMACS®NeuroMediumandMACS®SupplementB27PLUS,0.5mML-glutamineand1%Pen/Streponpoly-D-lysine-coated coverslips.
A B
9.1% 0.75% 98.7%
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Cell separationThe fast track to pure, viable cells
“In contrast to very low numbers of microglia obtained with conventional cellular depletion methods, we could increase the purity to more than 95% by using CD11b Microglia MicroBeads.
Based on our long-term experience, we can highly recommend the products from Miltenyi Biotec. These products allow a time-efficient and reproducible cell separation, also in a high-throughput manner and with an excellent quality.“
Michel Mittelbronn,Ph.D, Institute of Neurology Goethe-University Frankfurt, Germany
Manual cell separationAll that is necessary for manual separation is a MultiStand with a MACS Separator, columns and our separation reagents.
TheStarterKitsaretheeasiestwaytobegincellseparation:
• Simple:thekitcontainseverythingyouneed–separator,columns and MicroBeads
• Flexible:orderwithantigen-specificMicroBeadsofyourchoice
• Value:saveonthepriceofindividualcomponents
Automated cell separationTheautoMACSPro®Separatorisabenchtopautomatedmagnetic cell sorter for the isolation of virtually any cell type fromanyspecies:
• Convenient:standardizedwalk-awaycellisolation
• Versatile:isolatevirtuallyanycelltype,andalsoremovemyelin debris
• Simple:anintuitivetouchscreeninterfaceandpresetprograms for optimal results
• Flexible:withhigh-speedsortingofmorethan10millioncells per second and volumes from 0.2 mL to 50 mL.
• Time-saving:Multiplesampleswithlesshands-ontime
Figure 10: OctoMACS Separator with MS Columns on MACS MultiStand
Figure 11: autoMACS Pro Separator
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See for yourself how MACS Cell Analysis can be at the heart of your experiments. Watch the video on www.macsneuroscience.com/videos
MACS AntibodiesBrilliantfluorochromesandhighqualityantibodiesforbrighterstaining and even better data, particularly for flow cytometry.Choose from a large panel of antibodies against mouse, rat and human antigens.
For neural markers please visit www.macsantibodies.com to download the complete antibody list
Figure 13: The MACSQuant Analyzer family.MACSQuantAnalyzer: a bench-top cell analyzer for highly sensitive multicolor flow analysis, with uptotenparameters.MACSQuantVYB:aversatileopticallayout,poweredbya561nmlaserforfluorescentproteinslikeGFP,YFPandmCherry.
Cell analysisAnalyze millions of cells in seconds
MACSQuant® Analyzers• Easytouse,bestinclass,flowcytometryforexpertsand
beginners alike
• 3Lasersandupto10opticalparameters
• Absolutecellcounting
• Rarecellanalysis
• 96-wellautomation
• Compactbench-topdesignalsoaddsvaluetoacorefacility
• Live,aroundtheclock,remotesupport
A B C
Figure 12: Cells from P1 (A), P3 (B) and P7 (C) mouse cortex were stained with Anti-AN2-PE and Anti-A2B5-APC. AN2+ cells are in the twoupperquadrants,whileA2B5+ cells are in the upper right and lower rightquadrants.Thepercentageofcellsthatarepositiveforbothmarkersisshownintheupperrightquadrant.ThedotplotsshowasignificantdecreaseofA2B5positivecellswithincreasinganimalage,sothattheoverlap with AN2 disappears.
Revolutionize neural cell analysis with a range of premium qualityantibodies,brilliantfluorochromes,andnovelinstrumentation. Discover the benefits of flow cytometry.
• Asanalternativetoimmunohistochemistryandcytochemistry, a flow cytometer will measure millions of cells in seconds and enables the analysis of cell populations using multiple markers for a more accurate assessment of the whole cell population
• ComplementingWesternBlotting,aflowcytometercananalyzeproteinswithquantitativeanalysisonacellforcellbasis, analyzing up to eight proteins at once rather than one at a time
Flowcytometryenablestheexactquantificationofcellpopulations and analysis of overlapping markers. Dot plots depict cells and smaller particles as dots (events) and illustrate a staining for a marker by a shift on the respective axis.
AN
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1.9% 3.2% 4.3%4.8% 4.9% 0.4%
14.0% 11.6% 4.4%
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Cell cultureThe medium makes the difference
A
B
Figure 14: (A) Astrocytes and (B) oligodendrocytes show excellent growth and morphology in MACS Neuro Medium and MACS Supplement B27 PLUS, 0.5 mM L-glutamine and 1% PenStrep on poly-D-lysine-coated coverslips. Astrocytes (4 DIV) were isolated from P1 mice using Anti-ACSA-2 MicroBeads (coming soon), and oligodendrocytes were(5DIV)isolatedfromP3miceusingAnti-O4-MicroBeads.Astrocyteswere stained using Anti-GLAST (ACSA-1) (green) and Anti-GFAP (red).
The MACS Cell Culture product line for neuroscience includes specially formulated cell culture medium, cytokines and growth factors. Get the best for your cells and promote their growth and differentiation in vitro , by working with a great team.
MACS Supplement B27 PLUS and MACS Neuro Medium• Serum-freesupplementforastrocytes,neuronsand
oligodendrocytes
• BasedonB27withoptimizedcomponentsforinvitropropagation of all mouse, rat, or human neural cells
• Serum-freecellculturemedium
• Promotesoptimalgrowthandlong-termsurvivalofallmouse, rat, or human neural cells
Related products:Small moleculesLamininStem cell-specific media
Visit www.macs-stemcells.com for more information
Basic media: Visit www.macscellculture.com
MACS CytokinesA comprehensive range of cytokines is available for the promotion of neural differentiation and cell maintenance.
• SuperiorqualityincludingpremiumandGMP-grade
• Standardizedhighbiologicalactivity
• Convenientpackagingwithsmallorbulkfillings
Visit www.macscytokines.com to download the cytokine product list.
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A
B
Figure 15: Whole mouse brain was dissociated using the Neural Tissue Dissociation Kit (P) and the gentleMACS Dissociator. Neural stem cells were isolated with Anti-Prominin-1MicroBeadsandsubsequentlycultivatedin MACS Neuro Medium supplemented with MACS Supplement B27 PLUS, penicillin/streptomycin, 2 mM L-glutamine, 20 ng/mL MACS Cytokines Human EGF and Human FGF-2. Primary neurospheres formed after one week in culture. (A) The Neurosphere Dissociation Kit (P) was used for the dissociation of primary neurospheres. (B) Secondary neurospheres formed in the same medium and cytokines.
Figure 16: Neural/neuronal cells differentiation of human iPS cells to peripheral neurons.Pluripotent human iPS cells were isolated using the TRA-1-60 MicroBead Kit prior to neural induction with dorsomorphin. At day 10 of differentiation, neural crest stem cells were enriched with Neural Crest Stem Cell MicroBeads. Differentiation to peripheral neurons was performd in MACS Neuro Medium with N2 Supplement, NGF, BDNF, dcAMP and ascorbic acid for three weeks. For more detailed information visit www.macsneuroscience.com/info and download poster 4.
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NeuroimagingInsights into neural function
Smallanimalimaging(SAI)techniquesareusedtoinvestigatemodels of human disease, such as Alzheimer’s Disease. State-of-the-art instrumentation coupled with sensitive and specific contrast agents, such as the Viscover™ range of pre-clinical contrast agents, allow researches to obtain high-fidelity anatomical and functional information from animal studies in vivo.
Modality Product group
Applications
MRI GadoSpin™ • Braintumors• CompromisedBBB• Neuroinflammation• Stroke• MS• Angiography• DCEmeasurements• Angiogenesis• Moleculartargetedimaging
FeraSpin™ • Different size-selected nanoparticles• CNSinflammation• Osteomyelitisandasepticvertebral
inflammation• Stroke• MS• Alzheimerdisease• Angiography• rCBV• Microvesseldensityimaging• Celltracking• Moleculartargetedimaging
FeraTrack™ Ready-to-use iron oxide particles for ex vivo intracellular labelling of cells prior to transplantation and tracking
CT ExiTron™ • Softtissuecontrast• Angiography• Angiogenesis
Ultrasound PolySon™ • Perfusionstudies• Moleculartargetedimaging
(see figure 22)
Optical Imaging
NiroWave™ • CNSinflammation• Stroke• MS• Alzheimer'sdisease• Angiography• Vascularleakage• Angiogenesis• Braintumor
Viscover quality• Ready-to-usewithstep-by-stepinstructions
• Excellenttolerability–only100μLinjectionvolume
• Translatabletotheclinic
• Iso-osmolarsterileformulation
• Singledosebolusadministration
SAItechniqueshaveevolvedfromhumanapplicationsintheclinic, including magnetic resonance imaging (MRI), computer tomography (CT), ultrasound (US) and optical imaging (OI). Of these,MRIandOIarefrequentlyusedinneuroscienceinvestigations in small animals although there are Viscover productstosuiteachapplication:
Magnetic resonance imagingGadoSpin™ contrast agents are based on gadolinium chelate and can be used to examine angiogenesis in brain tumors and neuroinflammation where the blood-brain barrier has been compromised.
Figure 17: Intracranial tumor in mouse exhibits contrast enhancement after GadoSpin M has passed the compromised blood-brain barrier. The image series shows tumor progression.
Figure 18: MRI image of mouse after intracerebral injection of GadoSpin F and intravenous injection of Gadospin D and FeraSpin XS. Image shows brain and spinal cord (purple) and the vasculature (red).
Table 3: SAI applications and Viscover imaging agents
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NeuroimagingInsights into neural function
Figure 19: Mouse whole-body T1-weighted MR angiography using FeraSpin XS.
Figure 20: In vivo MRI imaging of mouse cortex: Extracellularly and intracellularly FeraTrack™ labeled PSA-NCAM + cells were grafted into the cortex of a mouse. A strong contrast was detected for the FeraTrack™ labeled cells in the left cortex at 7 Tesla MRI (Prof M. Hoehn, Max Planck Institute for Neurological Research, Cologne).
Optical imagingNiraWave™ optical imaging contrast reagents enable the study of disease-related changes in vascular permeability, for example, the breakdown of the blood-brain barrier. NiraWave can also be conjugated to antibodies in the same way as fluorochromes, to enable targeting.
Figure 21: Optical angiography in mouse injected with NiraWave nano 780. The fine structure of blood vessels is visible.
Ultrasound imagingPolySon™ Ultrasound microbubbles have been used, for example,todetectthedistributionoflesionsandtoquantifythe expression of ICAM-1 in the study of experimental allergic encephalitisinthemouse:
Figure 22: Detection of compromised BBB in EAE mouse model by i.v. injection of anti-ICAM-1 conjugated PolySon H microbubbles using Ultrasound Imaging: Anti-ICAM-1-PolySonH binds specifically on the surface of lesions that express ICAM-1.
Find out more at www.viscover.com
FeraSpin™ contrast agents are based on iron oxide nanoparticles and can be used for various neuroscience applications such as CNS inflammation studies, MRA, rCBV measurements or cell tracking.
The FeraTrack tracking kit simplifies intracellular labeling of cells ex vivo. Cells labeled with FeraTrack can then be tracked in real time by magnetic resonance imaging.
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For more information on our entire molecular range visit www.macsmolecular.com.
ExperiencehowMACSmolecularprovidesexquisitesensitivityin cDNA synthesis, outstanding purity in protein isolation, high recovery in mitochondria isolation, and enables expression profiling of both microRNA and mRNA.
More than just a power house
Are you studying the role of mitochondria in neurodegenerative disease or aging? The Mitochondria Isolation Kit, human and the Mitochondria Isolation Kit, mouse tissue, are based on renowned MACS Technology (seepage6)andenable:
• Pure,intact,viablemitochondriainlessthantwohours
• Higheryieldsofmitochondriacomparedtodifferentialcentrifugation or density gradient centrifugation
• Organelleintegritymaintainedforfullfunctionality
Watch the Mitochondria Isolation Kit in action. Visit www.macsneuroscience.com/videos.
μMACS™ and MultiMACS™ cDNA Synthesis Kits• Time-savingwithonestepinsteadofthree:combinationof
mRNA isolation with in-column cDNA synthesis. With the cDNA magnetically bound to the column, no extra cDNA purification step is needed.
• Highyields
• Ready-to-useenzymereactionmixesinthecompletekit
Molecular analysisLook below the cell surface
Genomic Services - make the most of small samplesIf sample material is minimal or is only available as formalin-fixed paraffin-embedded tissue, Genomic Services can extract that valuable information and provide you with the data you areseeking:
• SuperAmp:analysisof10-10,000cellsbymillion-foldamplification
• microRNAexpressionprofilingbasedon miRXplore™ Microarrays
• Agilentwholegenomeexpressionorarray-CGHanalysis and bioinformatics
• Cellcharacterization,diseasebiology,biomarkeridentification
Send us your sample and we’ll send you documented gene expression data by return. Visit us at www.miltenyibiotec.com/genomicservices.
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Molecular analysisLook below the cell surface
Technical supportWe are well known for the high level of support our team of expertsprovidesourcustomers.Wecanhelpwithanyquestionyouhaveaboutourproductsby:
• On-linelivetechnicalsupport(New)
• Telephone
• On-linediscussionforums
There are also many articles available for download including
• Scientificposters
• MACS&more–NeuroscienceSpecial
• Datasheets
Simply visit www.miltenyibiotec.com/support We also run customer training at our HQ near Cologne, Germany and on-line customer webinars
For ordering information and the latest news on our products:
macsneuroscience.com [email protected]
The proof is in the publications! Visit www.macsneuroscience.com/references for the extensive list of literature on successful research conducted with our neuroscience products.
Further informationSupport and links
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Miltenyi Biotec provides products and services worldwide. Visit www.miltenyibiotec.com/local to find your nearest Miltenyi Biotec contact.
Unless otherwise specifically indicated, Miltenyi Biotec products and services are for research use only and not for therapeutic or diagnostic use. MACS, gentleMACS, gentleMACS Octo, AutoMACS Pro, μMACS, MultiMACS, MACSQuant, Viscover and the MACS Logo are registered trademarks or trademarks of Miltenyi Biotec GmbH. Copyright © 2011 Miltenyi Biotec GmbH. All rights reserved.
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