Checkout as a new customer
Creating an account has many benefits:
- See order and shipping status
- Track order history
- Check out faster
Checkout using your account
STET
Recipe
1.Dissolve the following in 20ml water
4.0 g of sucrose
2.5ml of Triton X-100
200ul of 0.25M EDTA
2.5ml of 1M Tris-HCl
50ul of 20% Sodium Azide
2.q.s. to 50ml with water
- Help & Customer Service
- FAQs
- What do the terms MSDS, SDS, COA, and TDS in the chemical industry mean? How do they differ?
- Why are our chemicals so much less expensive than the same chemicals sold by your competitors?
- What are MSDS and SDS?
- What are the requirements to become an Aladdin distributor?
- Are there any discounts or sales rebates for distributors?
- What is the duration of the distributor agreement?
- Will I receive training and support as a distributor?
- Under which law is the distributor agreement governed?
- The differences between registered users（with a profile) and non registered users
- Delivery and receipt specification
- What is a third -party express or logistics company delivery?
- My order was charged the freight. If the return in the later period, will the previous freight be refunded to me?
- What should I do if the goods are less/the product is wrong?
- What should these products be used for and who should use them?
- Why are chlorophosphonate liposomes useful for studying macrophage function?
- What is the CAS number?
- What dose of antagonist, agonist, or signaling tool should be used in vivo?
- Aladdin product purity and quality: what is it and how is it determined?
- What dose of an antagonist, agonist, or signaling tool should be used in vitro?
- How do I determine if a compound is cell-permeable?
- What should I do if I can't see any product in the vial?
- Should different batches of a product look the same?
- What is the molecular weight and molecular formula?
- How do I dissolve my product?
- How should I store my product?
- Effects of storage on solubility
- Why does Aladdin‘s Biochemicals sometimes ship chemicals at room temperature when the vial is labelled 'store at +4°C or -20°C'?
- What is the half-life of clodronate (liposomes)?
- Pack sizes and weighing accuracy: do I need to reweigh my product?
- I did not observe macrophage depletion, what can be the reason?
- My animal has died immediately after injection of (clodronate) liposomes。
- How to know how much peptide is in my vial?
- My animal has died several hours or days after injection of (clodronate) liposomes.
- How should I store and use lyophilized peptides?
- How should l store the liposomal suspension?
- What is the concentration of the clodronate liposome suspension?
- How should I dissolve and store peptide solution?
- What is the size and charge of the liposomes?
- ln which medium are the liposomes suspended?
- Dissolved amino acids: how to prepare a solution with 1 equivalent of NaOH?
- How can l detect the Dil-labeled liposomes?
- What types of experiments are our products eligible for?
- I need the SDS and Certificate of Analysis for the product that I purchased.
- Where can I get protocols for using your products?
- GHS Classification
- How to obtain a quality inspection certificate (COA)?
- Does aladdin test for endotoxin in their antibodies?
- What should I know about the stability of your protein products?
- Which isotype are Aladdin’s polyclonal antibodies?
- What endotoxin level should be expected when purchasing Aladdin proteins?
- How are your antibodies purified?
- Why can’t I see the protein pellet in the vial?
- Can you tell me what epitope your antibody binds to?
- Which cytokines show cross-species activity?
- Have Aladdin’s antibodies been tested in neutralization assays?
- What is the relationship between the specific activity expressed as an ED50 and as units/mg?
- Are Aladdin’s antibodies suitable for use in ELISA and Western Blot applications?
- What information should be known about the stability of your antibody products?
- Do Aladdin’s antibody products contain any carrier proteins or other additives?
- What is the relationship between specific activity units and International Units of activity?
- How does Aladdin obtain International Units of activity?
- Will Aladdin antibodies work in immunohistochemistry and immunocytochemistry applications?
- Will Aladdin antibodies recognize target proteins sold by other vendors?
- Will Aladdin antibodies recognize target protein in complex biological fluids such as blood or serum?
- What are the differences between encapsulation efficiency, loading capacity, and yield?
- How can micelle stability be improved?
- Can nanoparticles be used for oral drug delivery?
- What is the ideal size for a nanocarrier?
- What strategies can be used for the extended release of peptides for one month or more?
- When considering PEGylation for a protein drug, how do you decide what PEGylation chemistry to use?
- What are Building Blocks?
- What are the applications of Building Blocks in drug development?
- What are the common types of drug Building Blocks?
- What are the substituted functional groups of the Building Blocks?
- What role do Building Blocks play in new drug development?
- Which Building Blocks are more popular in medicinal chemistry?
- What are the main competition barriers of molecular Building Blocks industry?
- What is the application scale of molecular Building Blocks in drug development?
- What are the targets of molecular Building Blocks?
- What are the synthetic techniques of molecular Building Blocks?
- My DMSO-d6 appears to be a solid. What can I do?
- How can I measure acidity levels in D2O solutions?
- Should my NMR solvents be handled in a special way?
- Does my isotope solvent require special storage?
- What are the 3 most commonly purchased isotopes in trace element analysis and their quantity of supply?
- What type of mineral oil is contained in the 6Li metal, and how would this be removed?
- What are the key criteria for selecting stable isotope-labeled standards for clinical measurements?
- What is meant by descriptions such as TC treated/no TC treated that appear in product descriptions such as cell culture dishes?
- Which surface should I use to grow suspension cells?
- How should closed-cap cell culture flasks be used? What is the difference between the use of the lid with the filter membrane?
- What do we often hear about T25 or T175?
- I used i-Quip® surface treated culture bottle/dish/plate, the cells do not adhere to the surface, is it a product quality problem?
- After removal from the liquid nitrogen tank, the cell cryogenic vials will occasionally burst. How to avoid it?
- What precautions should be taken when using cell cryogenic vials?
- What are the possible reasons for the cracking phenomenon of the centrifuge tube during centrifugation?
- Why is it necessary to add carrier protein to some recombinant protein solutions?
- Will glycosylation affect the biological activity of recombinant protein?
- How to operate the reconstitution and preservation of recombinant protein?
- How can I save the recombinant protein after re-dissolution?
- What are the main differences between the recombinant proteins produced by different expression systems?
- Why didn't I detect the activity of the recombinant protein in the experiment?
- Can recombinant proteins of different species be cross-used?
- What is the role of the protein tag? Does the fusion tag need to be removed during the experiment?
- Is it possible to use the vortex shaker to help the lyophilized powder fully dissolve?
- What is Friedel Craft reaction with example?
- What are the advantages of Friedel Crafts acylation?
- Is Friedel-Crafts alkylation reversible?
- How is a Lewis acid used in Friedel Crafts acylation?
- What is alkylation of benzene?
- Why does nitrobenzene not undergo the Friedel-Crafts acylation reaction?
- What are the limitations of Foucault alkylation reaction?
- What are the limitations of the Foucault acylation reaction?
- What is COA?
- Distinguishing between MSDS, COA, and TDS?
- How can I get a trial size product for free?
- Is there a limit to how many free trial size products I can receive?
- Will I have to pay anything for the trial size product?
- How will I receive the discount coupon?
- Can the discount coupon be used for any product?
- How do I apply to become an Aladdin distributor?
- What is the process after submitting the distributor application?
- Can I return products? What is the return policy?
- What happens if either party wants to terminate the agreement?
- Is there a confidentiality clause in the distributor agreement?
- What if I encounter issues using my discount coupon?
- What types of targets are there?
- read more
- Technical articles
- Strain-promoted alkyne-nitrone cycloaddition (SPANC)
- DEAE-Dextran
- IgG
- Dextran Chemistry
- liposomes
- Hyaluronan
- Macrophage Stimulating Protein (MSP)
- Click Chemistry
- BINOL and Derivatives
- Linkers - A Crucial Factor in Antibody–Drug Conjugates
- Karl Fischer Titration to Measure the Water Content of Samples that Do not Readily Release Water
- Application of Gold Catalysts in Industrial Hydrogenation Process
- N-Heterocyclic Carbene (NHC) Ligands
- Applications of Nanoparticles in Pathogen Detection and Identification
- Cannizzaro Reaction
- Clemmensen Reduction
- Guide to Adherent Cell Culture Basics: Seeding, Expanding, and Harvesting
- Application of Granular Materials in Immunoassay
- Properties and Applications of Magnetic Nanoparticle
- Wolff-Kishner Reduction
- Fries rearrangement
- Sulfonyl Chlorides and Sulfonamides
- Alzheimer’s Disease Signaling
- DNA Damage and Repair
- How To Improve the Safety of Electrolyte in Lithium-Ion Batteries?
- Research Progress of High-Voltage Lithium-Ion Battery Materials
- Application of Magnetic Nanoparticles in Protein Expression
- Silica-Coated Gold Nanoparticles: Surface Chemistry, Properties, Benefits, and Applications
- Application of albumin
- Friedel–Crafts Acylation
- Immunoprecipitation technology
- Aldol Condensation Reaction
- Basic Concepts about Catalysts
- Baeyer-Villiger Oxidation
- Cinchona Alkaloids
- Application of Magnetic Particles in Organelle Separation
- Nicewicz Photoredox Catalysts for Anti-Markovnikov Alkene Hydrofunctionalization
- Application of Magnetic Nanoparticles in RNA and DNA Separation
- Homobenzotetramisole (HBTM): A General Organocatalyst for Asymmetric Acylations
- Nanoparticle-Based Small Molecule Drug Delivery
- Visible Light Photoredox Catalysts
- Applications of Nanoparticles in Vaccine Delivery
- Markovnikov’s Rule
- Grignard Reagent
- Neurotransmitters, Receptors, and Transporters
- Hydrogenation Catalysts
- Organic Photoredox Catalysts for Visible Light-Driven Polymer and Small Molecule Synthesis
- Knoevenagel Condensation Reaction
- Grignard reaction
- Nanoparticle-Based Gene Delivery
- Regulation of TGF-beta activity by BMP-1
- Retinoic Acid and Gene Expression
- Guide to Sialylation: I Neu5Ac and Neu5Gc Quantitation
- Guide to Sialylation: II Highly Sialylated Glycoproteins
- Quantitative Sialic Acid Analysis
- SuFEx: Sulfonyl Fluorides that Participate in the Next Click Reaction
- Reductive Amination with 2-picoline-borane Complex
- Copper-Free Click Chemistry
- Mesoporous Materials: Properties and Applications
- Media and Supplements in Cell Culture
- Quantum dots
- Materials for Advanced Thermoelectrics
- Application of Graphene in Photocatalysis
- Silver Nanomaterials for Biological Applications
- Stripping and Reprobing Western Blotting Membranes
- Graphene Inks for Printed Electronics
- Procainamide Labeling Kit-2-Picoline Borane-24T
- Procainamide Labeling Kit-Sodium Cyanoborohydride-24T
- Procainamide Labeling Kit-Sodium cyanoborohydride-96T
- Permethylation Kit
- 2-AB Labeling Kits-Sodium Cyanoborohydride
- 2-AB Labeling Kits-2-Picoline Borane
- Buffer Reference Center
- Poly(N-isopropylacrylamide)-based Smart Surfaces for Cell Sheet Tissue Engineering
- Polymer-Clay Nanocomposites: Design and Application of Multi-Functional Materials
- Light-emitting Polymers
- Small RNA modification: important functions and related diseases
- Conductive Polymers for Advanced Micro- and Nano-fabrication Processes
- Nucleic Acid Gel Electrophoresis—A Brief Overview and History
- Continuous-wave InAs/GaAs quantum-dot laser diodes monolithically grown on Si substrate with low threshold current densities
- Application of nucleoside pharmaceutical intermediates
- Nucleic Acid Electrophoresis Workflow—5 Main Steps
- Polyethylene Glycol (PEG) Selection Guide
- Advanced Inorganic Materials for Solid State Lighting
- Biological buffer: the unusual amongst the usual
- Applications of Fullerenes in Bioscience and Optoelectronics
- General Conjugation Protocols of PEG linkers——PEG Amine
- General Conjugation Protocols of PEG linkers——PEG Acid
- General Conjugation Protocols of PEG linkers——PEG-NHS Ester
- General Conjugation Protocols of PEG linkers——PEG Maleimide
- General Conjugation Protocols of PEG linkers——PEG Thiol
- General Conjugation Protocols of PEG linkers——PEG PFP Ester
- General Conjugation Protocols of PEG linkers——PEG SPDP
- General Conjugation Protocols of PEG linkers——PEG Aldehyde
- General Conjugation Protocols of PEG linkers——PEG ONH2
- What are the advantages of glass chromatographic column?
- Handling Method for Possible Abnormalities of D101 Macroporous Resin in Use
- Use process of combined carbonization dialysis bag
- Filling method and precautions of chromatographic column
- What are the material, dialysis power and speed of viskase dialysis bag?
- Can the ready to use dialysis bag be reused? Yes, but not recommended
- Differences between Ni IDA and Ni NTA agarose gels
- Instructions for ready to use CE membrane dialysis bag
- User Manual of Ready to use RC Membrane Dialysis Bag
- Selection of molecular weight (MWCO) and width of dialysis bag
- Construction and application of single-walled carbon nanotube networks
- Nucleotide Synthesis in Cancer Cells
- EGF Signaling: Tracking the path of Cancer
- PEG-Azide-Alkyne—Bioorthogonal and Click Chemistry
- Enzymes and dietary antioxidants
- Functional group protection and deprotection in oligonucleotide synthesis
- Nucleic Acid Electrophoresis Additional Considerations–7 Aspects
- Preparation and functionalized design of novel graphene-based nanostructures
- Calcium indicators and ionophores
- Oligonucleotide synthesis
- Nucleic acid electrophoresis applications - preparative and analytical electrophoresis
- Editing sugar chains on therapeutic proteins with glycosidase
- Popular Semiconductor Materials: Application Introduction of Gallium Arsenide
- Monosaccharide Release and Labeling Kit-96T
- Study on Alkenyl Fluorinated Building Blocks
- Silicon carbide provides technical solutions for the photovoltaic field
- Papain and its application
- Guidelines for troubleshooting nucleic acid electrophoresis
- Semiconductor material band gap know how much?
- Degradable Poly(ethylene glycol) Hydrogels for 2D and 3D Cell Culture
- 2-AA Labeling Kit-Sodium Cyanoborohydride
- Trifluoromethyl in organic synthesis
- 2-AA Labeling Kit-2-Picoline Borane
- V-Tag Glycopeptide Labeling Kit
- Exoglycosidase Clean-up Plate
- JAK-STAT Cell Signaling Pathway
- Versatile Cell Culture Scaffolds via Bio-orthogonal Click Reactions
- CRISPR/Cas9 and targeted genome editing
- BioQuant Monosaccharide Standard
- Antibody-drug Conjugates: A Comprehensive Guide
- Negative Photoresist Lithography Process
- Advanced enzyme analysis technology
- N2 Column
- Enzymatic determination of pepsin
- N1 Column
- C3 Anion Exchange Column
- C2 Strong Anion Exchange Columns
- CEX Cartridges for O-glycans
- S Cartridges
- T1 Cartridges
- Procainamide Cleanup Plate
- Biomolecular NMR: Isotope Labeling Methods for Protein Dynamics Studies
- Culture scheme of neural stem cells
- Dissociation of cells with trypsin
- Semiconductor Materials: A Summary of Questions
- PD-1/PD-L1 Signaling Pathway
- Research progress of introducing difluoromethyl
- Pre-Permethylation Clean-up Plate
- EB10 Cartridges
- EC50 Cartridges
- EC50 plate
- New Uses for Organoids
- Storage and Use Information Guide of NMR Solvents
- Research Progress of Silicon Anode Materials for High Performance Lithium-ion Batteries
- Aryl fluorination
- Research Progress of Cathode Materials for Lithium-Ion Batteries
- PANoptosis: An inflammatory programmed cell death pathway
- Efficient synthesis of Fluorinated Azaindoles
- Stable Isotope Applications
- Aladdin New Product Label——Your Reagent Usage Guide
- Small Molecule Inhibitors Selection Guide
- Fluoroalkylation: Expansion of Togni Reagents
- Common Modification Strategies for Lithium Battery Separators
- Vitamin D and the prevention of human disease
- Biological enzyme catalysis technology and application
- Hydrosilylation and Hydrosilylation Catalyst
- Stable Isotopes in Drug Development and Personalized Medicine: Biomarkers that Reveal Causal Pathway Fluxes and the Dynamics of Biochemical Networks
- Guide for the Selection of Lithium Salts in the Electrolyte of Lithium-Ion Batteries
- Metabolic signaling pathway
- Protein sample preparation process
- FAQ: Karl Fischer Reagent
- Enzyme Probes
- Conversion Lithium Metal Fluoride Batteries
- Ionic Liquid Electrolytes for Li-ion Batteries
- Allenes Building Blocks with ability to participate in multiple reactions
- Solid State Rechargeable Battery
- The Scope of Application of the Karl Fischer Method
- RNA Viruses Triggered Signal Pathway
- Heck Reaction
- Sample Preparation Method of Karl Fischer Reagent in the Pharmaceutical Industry
- Difference Between Karl Fischer Coulometry and Volumetric Method Compare the Difference Between Similar Terms
- Frequently asked Questions about inhibitors and antagonists related products（FAQ）
- Diels–Alder Reaction
- Cytokines and Inflammation
- Macrophage Activation
- Biginelli Reaction
- Macrophage Stimulating Protein (MSP)
- Nanoparticle-Based Nucleic Acid Delivery
- CXCR4: Receptor for extracellular ubiquitin
- TEMPO Catalyzed Oxidations
- Application of Colloidal Gold in Electron Microscope
- Photoredox Iridium Catalyst for Single Electron Transfer (SET) Cross-Coupling
- Application of Nanomaterials in Photoacoustic Imaging
- Applications of imidazole and its derivatives
- Asymmetric Organocatalysts
- MacMillan Imidazolidinone Organocatalysts
- Application of Nanomaterials in Wastewater Treatment
- Proline-type Organocatalysts
- 1,2,4-Triazole Derivatives for Synthesis of Biologically Active Compounds
- Chemical Synthesis Methods of Nanomaterials
- Substituted Azetidines in pharmaceutical chemistry, organic synthesis, and biochemistry
- Bioactive Compounds and Materials Based on 1,3,4-Oxadiazoles Derivatives
- Alcohol Oxidation Catalysts with Higher Activity than TEMPO——AZADOL®
- Chiral Phosphoric Acids——Versatile Organocatalysts with Expanding Applications
- Click Chemistry in Drug Discovery
- How to Prepare Graphene Quantum Dots?
- Soluble Pentacene Precursors
- A New Role for Angiotensin II in Aging
- What is TDS?
- Optimizing Quantum Dots to Maximize Solar Panel Efficiency
- Quantum Dots for Electronics and Energy Applications
- Fluorescent Probes - Absorption and Fluorescence
- Applications of Quantum Dot Technologies in Cancer Detection and Treatment
- Fluorescence Quenching
- Perovskite Quantum Dots (PQDs)
- 1,3-Thiazole building blocks in natural products and synthetic materials
- Dye-Aggregation
- Antibody structure and isotypes
- Realizing High Efficiency in Organic Light Emitting Devices
- Quantum Dots——A Definition, How They Work, Manufacturing, Applications and Their Use In Fighting Cancer
- Loading Controls for Western Blotting
- Flow Cytometry
- Derivatives of 1,3,4-thiadiazoles for Various Applications in Drug Discovery, Agrochemistry, and Materials Technology
- Flow cytometry analysis
- How to choose and use antibodies-primary antibody?
- Quantum Computing - Is it the Future?
- Inorganic Interface Layer Inks for Organic Electronic Applications
- How to find the right secondary antibody?
- Copper(I)-catalyzed azide-alkyne cycloaddition (CuAAC)
- How to Choose the Correct Reference Material Quality Grade?
- Antibody applications and techniques
- Reactions of strained alkenes in click chemistry
- Strain-promoted azide-alkyne cycloaddition (SPAAC)
- Determination of Additives in Beverages
- Potential Applications in Click Chemistry
- Click Chemistry
- Fluid chemistry: Lighting the fire of hope for the large-scale production of anticancer drugs
- Magnetic Resonance Imaging
- Synthesis of molecular block “two-sided” indole
- New Synthesis Method of New Nickel Reagent and Boric Acid (Ester)
- New Breakthrough in the "Transformation" Technology of Pentane Skeleton Drugs: One-Pot Synthesis of Difluorobicyclo[1.1.1]pentanes
- Ellman's Sulfinamides
- The application of click chemistry in chemical ligation and peptide modification
- One of the "Golden Triangle" series of building blocks: acridine-based photoaffinity probes with "big" applications in a small body
- Innovations in the design of stereospecific drug molecular structures: Spirocyclic Scaffolds
- Spiralane: opening a new chapter of non-benzene pharmacy molecules
- Halogen Bond: Leading Drug Design into a New Chapter
- D-DTTA Salts of Azaindole Chiral Amines: New Options for Chemical Splitting
- Cyclic isomers--Azabicyclic molecular building blocks to aid drug design
- IACS-52825: A Potent and Selective DLK Inhibitor
- Action type of ligand acting on target
- Targeted drug discovery: scarce and inefficient, what is the geometry of its effectiveness?
- Explore the Industrialization Process of SOS1 Inhibitor MRTX0902
- The process path of EBL-3183: from indole to preclinical inhibitor
- Ellman's Sulfinamides
- Dextran: Multifunctional polysaccharides for biology and medicine
- read more
- Protocols
- Wolfe's Mineral Solution
- Alkaline Lysis Buffers A, B, C Recipes
- A Broth (Powder)
- Acrylamide (30%) Recipe
- Amies Broth with Charcoal (Amies Transport Medium) (Powder)
- Acrylamide (40%) Recipe
- 5-Fluoroorotic Acid Monohydrate (FOA, 5-FOA)
- Antibiotic Medium #1 (Powder)
- Bradford's Reagent Recipe
- Cell Culture Protocols
- Antibiotic Medium #3 (Powder)
- Antibiotic Medium #4 (Powder)
- Cell Staining Buffer Recipe
- Cell Stimulation Cocktail
- Antibiotic Medium #9 (Powder)
- Bromthymol Blue Recipe
- Antibiotic Medium #10 (Powder)
- CFSE Protocol
- Antibiotic Medium #11 (Powder)
- APT (All Purpose Tween) Agar (Powder)
- Azide Dextrose Broth (Powder)
- Bacillus cereus Medium (BCM) (Powder)
- Baird Parker Agar (Powder)
- BiGGY Agar (Powder)
- Bile Esculin Agar (Powder)
- Bismuth Sulfite Agar (Powder)
- Blood Agar Base No. 2 (Powder)
- Blood Agar Base, Low pH (Powder)
- Brain Heart Infusion Agar (Powder)
- Brain Heart Infusion Broth (Powder)
- Brain Heart Infusion Broth w/o Dextrose (Powder)
- Brilliant Green Agar (Powder)
- Brilliant Green Agar w/Sulfadiazine (Powder)
- Brilliant Green Bile Broth 2% (Powder)
- Bromthymol Blue
- Brucella Agar (Powder)
- Brucella Broth (Powder)
- Buffered Peptone Water (Powder)
- Campy Selective Agar Base (Powder)
- Casman Medium Base (Powder)
- Chapman Stone Medium (Powder)
- CLED Agar (Powder)
- CLED Agar, Bevis (Powder)
- Clostridium Difficile Agar (Powder)
- Clostrisel Agar (Powder)
- Columbia Blood Agar Base (Powder)
- Columbia CNA Agar (Powder)
- Cooked Meat Medium (Powder)
- Corn Meal Agar (Powder)
- Decarboxylase Broth Moeller (Powder)
- D/E Neutralizing Agar (Powder)
- Deoxycholate Agar (Powder)
- Deoxycholate Citrate Agar (Powder)
- Coomassie Blue Solution Recipe
- Denhardt Solution (50x) Recipe
- Deoxycholate Citrate Lactose Sucrose (DCLS) Agar (Powder)
- DEPC Treated Water Recipe
- Destain Solution Recipe
- DNA Loading Buffer (Orange G) Recipe
- DOT Blot Protocol
- ELISA Blocking Solution Recipe
- ELISA Coating Solution Recipe
- ELISA Methods
- Deoxycholate Lactose Agar (Powder)
- Dermatophyte Test Medium (DTM Test Agar) (Powder)
- Dextrose Agar (Powder)
- Dextrose Broth (Powder)
- ELISA Sample Collection & Storage
- Flow Cytometry General Protocol
- Glycerol Tolerant Gel Buffer 20X
- Immunocytochemistry
- Immunofluorescence General Protocol
- Immunohistochemistry General Protocols
- Dextrose Phosphate Broth (Powder)
- Dextrose Starch Agar (Powder)
- Immunoprecipitation General Protocol
- Dextrose Tryptone Agar (Powder)
- Dextrose Tryptone Broth (Powder)
- Deoxyribonuclease (DNase) Test Agar (Powder)
- Immunoprecipitation using Affinity Agarose Resins
- Deoxyribonuclease (DNase) Test Agar w/Toludine Blue (Powder)
- Laemmli Sample Buffer 2X
- Modified RIPA Buffer
- NADI Reagent
- Earle’s Balanced Salts (Powder)
- EC Medium (Powder)
- EC Medium w/MUG (Powder)
- NP-40 Cell Lysis Buffer
- Nuclease P1 from Penicillium Citrinum
- Elliker Broth (Powder)
- Pepsin
- Eosin Methylene Blue Agar (Powder)
- Phosphate Buffered Saline (PBS) 1x
- Eosin Methylene Blue Agar, Levine (Powder)
- Phosphate Buffered Saline (PBS) 10x
- Eugonic Broth (Powder)
- Phosphate Buffered Saline Tween-20 (PBST) 1x
- Red Blood Cell Lysing
- Red Blood Cell (RBC) Lysis Buffer
- RNA Extraction
- TAE 50x
- TBE 10x
- TE 1x
- TES
- Tissue Homogenization Buffer for ELISA
- TNE 1x
- Formaldehyde Gel Running Buffer
- Fluid Thioglycollate Medium w/K Agar (Powder)
- H Broth (Powder)
- L-Broth (Luria Broth) (Powder)
- Lambda Agar (Powder)
- Lambda Broth (Powder)
- LB Agar Lennox (Powder)
- Transfection Protocol
- LB Agar Lennox, Animal Free (Powder) (Lennox L agar)
- Tris Glycine Buffer 5x
- Tris-Buffered Saline (TBS)
- Tris-Buffered Saline Tween-20 (TBST)
- LB Agar Miller (Powder)
- TTE 1x
- Western Blot
- LB Agar Miller, Animal Free (Powder) (Miller's LB agar, Luria-Bertani agar)
- Western Blotting Transfer Buffer
- X-Gal Staining Solution
- Xylene Cyanol/Bromophenol Blue DNA Loading Buffer 10x
- Zymolyase
- LB Broth Lennox (Powder)
- LB Broth Lennox, Animal Free (Powder) (Lennox L broth base)
- LB Broth Miller (Powder)
- LB Broth Miller, Animal Free (Powder) (Miller's LB broth, Luria-Bertani broth)
- LPGA Agar Medium
- M63 Medium (Powder)
- M9 Minimal Salts (Powder)
- Nutrient Agar (Powder)
- Nutrient Agar 1.5% (Powder)
- Nutrient Broth (Powder)
- NZ Broth (Powder)
- NZC Broth (Powder)
- NZCYM Agar (Powder)
- NZM-Agar-Powder
- NZM Broth (Powder)
- NZYM Agar (Powder)
- NZYM Broth (Powder)
- SOB Agar (Powder)
- SOB Broth (Powder)
- SOC Broth (Powder)
- Sodium Citrate Buffer
- SSPE 20X
- STAB Agar (Powder)
- STET
- Super Broth (Powder)
- Terrific Broth (Powder)
- Terrific Broth, Complete with Carbon Source (Powder)
- Terrific Broth, Modified for Genomics (Powder)
- Terrific Broth, Modified for Fermentation, non-animal (Powder)
- Thermophilus Vitamin-Mineral Stock 100X (TYE Media, Castenholz Media) (Powder)
- Thermophilus Vitamin-Mineral Stock 1000X (TYE Media, Castenholz Media) (Powder)
- Tryptone Agar (Powder)
- Tryptone Broth (Powder)
- Two YT Broth (TY Broth) (Powder)
- Yeast Malt Extract Broth
- YT Broth (Powder)
- Synthetic Sea Water
- Synthetic Amino Acid Medium, Bacteriological, SAAM-B (Powder)
- Synthetic Amino Acid Medium, Fungal, SAAM-F (Powder)
- Culture Conditions and Types of Growth Media for Mammalian Cells
- Staining Dead Cells with Viability Dyes
- B5 Fixative Recipe
- Bouin's Fixative Recipe
- Ehrlich's Solution Recipe
- Field's Stain
- Flagella Stain
- Gentian Violet Stain
- Giemsa Stain
- Hellings 10X
- Intracellular Antigen Staining
- Kovac's Reagent
- Papanicolaou's Stain
- Paraformaldehyde (2%)
- Schiff's Reagent
- Tissue Fixation Solution
- Tissue Lysates Preparation
- Trypan Blue
- Zenker's Fixative
- PCR, Real-Time
- RT-PCR
- Hollande's Fixative
- Blood Agar Base, pH 7.4 (Powder)
- PCR, MIQE Guidelines
- Flow cytometry protocol
- Immunoprecipitation (IP) lysates and reagents
- read more
- Specifications, Grading and Purity
- EnzymoPure™: Excellence in Enzymatic Solutions for Biological and Chemical Industries
- Aladdin Scientific Product Grades Overview (the first one)
- Aladdin Scientific Product Grades Overview (the second one）
- ActiBioPure™: Premier Quality for Bioactive Recombinant Products
- UltraBio™: Defining Excellence in Molecular Biology Applications
- Difference between BioReagent and UltraBio™ Grades
- CellNourish™: High-Quality and Cost-Efficient Culture Media
- CellGuard Certified: Ensuring Excellence in Biological Applications
- Introducing Aladdin Scientific's Sub-Brands: Excellence in Every Product Line
Compare Products
You have no items to compare.
My Wish Lists
Last Added Items
You have no items in your wish list.