Agilent Manuals

Varian Intrinsic Dissolution Apparatus is a device for measuring drug dissolution. It can measure the dissolution rate constant of pure drug substances (APIs), which can be used to optimize formulations and predict potential bioavailability issues.

Agilent 4UHV Ion Pump Controller can control up to four ion pumps simultaneously and independently. It can control any type (Diode, Noble Diode, StarCell) and size (from 20 to 500 l/s) of ion pumps. A large four-line LCD display allows simultaneous reading of individual pump voltage, current and pressure. The variable voltage feature ensures optimum pumping speed and pressure reading throughout the operating pressure range. Built-in set points, remote operation and RS232/485 computer interface are standard (Profibus and Ethernet optional).

The document introduces the features and advantages of the Agilent StrataClone cloning system, including high-efficiency yields of cloned inserts (>95%), the ability to clone both long and short amplicons, and the availability of kits for both UA and blunt-end cloning.

LodeStars 2.7 Carboxyl are superparamagnetic particles that are nominally 2.7 μm in diameter and have a surface covered with carboxylic acid groups. The carboxylic acid groups can be covalently coupled to ligands, which allows the particles to be used to identify and isolate targets in biological samples.

LodeStars 2.7 Streptavidin is a superparamagnetic particle produced by Agilent company, with a diameter of 2.7 microns. It can be used to capture biological molecules such as antibodies. The product has good physical and chemical properties and can be used in manual and automated assays.

The 300SB-C8 is a high-performance microparticulate 300Å C8 packing reversed phase column from Agilent that can be used at low pH for intact protein analysis and peptide mapping.

The BIO-DIS Reciprocating Cylinder Apparatus is ideal for extended release products or any dosage form requiring release profi ling at multiple pH levels.

The Agilent Reciprocating Holder Apparatus 7 is a system designed for modified, extended and sustained drug-release performance testing. The system uses a reciprocating motion to dip the dosage form into fresh media at programmed time intervals.

Convenient. Digitally measure the physical parameters of paddle and basket components with this easy-to-use, portable instrument. Data retention. Manage and retain test data via printouts from the onboard printer or through Microsoft® Excel spreadsheets. Data includes serial numbers, parameters and space for operator and approval signatures. Key Benefits Compliant. Designed for a 21 CFR Part 11 environment, be confident knowing that your physical parameter measurements conform to USP, FDA and ASTM standards for Mechanical Qualification, and are measured with NIST-traceable, calibrated sensors.

The Agilent 385-ELSD Evaporative Light Scattering Detector is the latest high-performance ELSD from Agilent, benefitting from almost 20 years experience in the design and manufacture of evaporative light scattering detectors. It is ideal for detecting analytes with no UV chromophore as they do not rely on the optical properties of a compound. Designed for the analysis of all compounds, it delivers evaporation down to 10 °C, providing maximum sensitivity for compounds with significant volatility below 30 °C. Programmable control of gas flow and temperature during an injection eliminates solvent gradient effects and maximizes response for improved accuracy.

The new Agilent SureScan Microarray Scanner is the foundation of our complete microarray solution and represents the latest innovation in scanner technology. Industry-leading limits of detection provide the ability to obtain as much biological information as possible, with sensitivity and resolution. Streamlined workflow, continuous slide loading capability, integration with Feature Extraction software for automated image transfer, and compact footprint optimize bench space utilization.

VariPure IPE is a chemically and physically stable sorbent that can be used for ion pair removal in peptide purification applications.

Agilent Poroshell 300SB-C3 is a unique microparticulate superficially-porous C3 column packing from Agilent. Columns of this material are especially useful for carrying out ultra-fast gradient separations of macromolecules because of the favorable kinetic properties of the special silica support. Very rapid gradient separation of proteins, poly-peptides and related bio-macromolecules is attained by operating these columns at high flow rates (mobile phase velocities); rapid mass transfer maintains good column efficiency for excellent separations. This StableBond (SB) packing is made by covalently bonding a patented sterically-protected C3 stationary phase to the specially prepared, high-purity Poroshell 300 microparticles. The special silica support is designed to reduce or eliminate strong adsorption of basic compounds, and is especially friendly towards biomolecules such as proteins. The densely covered, sterically-protected triisopropylsilane stationary phase allows these particles to be routinely used at low pH (for example, pH 1) and temperatures to at least 70 °C with excellent stability. Therefore, a Poroshell 300SB-C3 is particularly well suited for use with aggressive mobile phases that are widely used for the reversed-phase separation of proteins and other such biomacromolecules (for example, pH < 2, high ionic strength, ion-pair additives, and so forth). This packing also is useful for separating compounds such as proteins.

VariTide RPC Media is chemically and physically stable across the complete pH range. This guide is intended to help with column packing, performance and lifetime.

Agilent 7000B Triple Quadrupole GC/MS System Data Sheet is a high-performance gas chromatography mass spectrometry (GC/MS) instrument with outstanding sensitivity and selectivity. The system consists of a 7000B GC/MS triple quadrupole mass spectrometer and MassHunter software. The GC and MS components have been designed to deliver consistent sensitivity and accurate quantification of trace-level target compounds in very complex matrices.