Name of this Object.

ID of this Object.

Object of this Object.

Type of this Object.

Notebook this object belongs to.

Objects that represent instances of this model.

List of possible alternative names this model goes by.

The molecular composition of this model.

Describes the molar composition (in percent) of enantiomers, if this sample contains one of the enantiomers or is a mixture of enantiomers.

Describes the composition of the solvent of this model.

Indicates if this sample is used as a solvent.

The amount by which this the sample must be diluted with its Solvents in order to form standard ratio of Models for 1X buffer.

The models that when diluted with their Solvents by ConcentrationFactor form equivalent 1X versions of the same buffer.

The purity of this model, encapsulating a set of purity standards for specific uses.

Models of other samples with different grades, hydration states, monobasic/dibasic forms, etc.

Indicates that this model is historical and no longer used in the ECL.

The people who created this model.

The molecular identities of primary interest in this sample.

User-supplied labels that are used for the management and organization of samples. If an aliquot is taken out of this sample, the new sample that is generated will inherit this sample's tags.

Unique Ingredient Identifier of compounds based on the unified identification scheme of FDA.

Indicates if samples of this model are a collection of other samples that are to be thrown out.

Indicates the type of waste collected in this sample.

The physical state of the sample when well solvated at room temperature and pressure.

The method by which this sample should be manipulated in the lab when transfers out of the sample are requested.

The primary types of cells that are contained within this sample.

The default type of cell culture (adherent or suspension) that should be performed when growing these cells. If a cell line can be cultured via an adherent or suspension culture, this is set to the most common cell culture type for the cell line.

PDFs of any product documentation provided by the supplier of this model.

Melting temperature of the pure substance at atmospheric pressure.

Temperature at which the pure substance boils under atmospheric pressure.

Vapor pressure of the substance at room temperature.

The viscosity of the substance in pure form at room temperature.

The refractive index of the substance at 20 degree Celsius.

The logarithmic acid dissociation constants of the substance at room temperature.

Known density of samples of this model at room temperature.

The weight of a single particle of the sample, if the sample is a powder.

The surface tension of the substance in pure form at room temperature.

A measure of how strongly this sample absorbs light at a particular wavelength.

The initial manufacturer concentration for samples of this model.

The initial manufacturer mass of the consitutent(s) divided by the volume of the mixture for samples of this model.

The logarithmic concentration of hydrogen ions of the substance at room temperature.

The manufacture designated size distribution of particles in the sample model.

The conductivity of the substance.

Indicates if this model is in the form of a small disk or cylinder of compressed solid substance in a measured amount.

The mean mass of a single tablet of this model.

The distribution of the single tablet weights measured from multiple samplings.

The pre-measured amounts in which samples of this model are always stored.

For each member of FixedAmounts, the amount of the dissolution solvent required to solvate the fixed amount component in this model.

Indicates if one of the components in the stock solution is a sample which can only be prepared by adding a solution to its original container to dissolve it. The dissolved sample can be optionally removed from the original container for other preparation steps.

Indicates if this model of sample must be used only once and then disposed of after use.

Indicates if this model of sample is tested to be not contaminated with DNA and RNA by the manufacturer.

Indicates if this model of sample is tested to be not contaminated with endotoxin by the manufacturer.

Indicates if reverse pipetting technique should be used when transferring this sample via pipette. It is recommended to set ReversePipetting->True if this sample foams or forms bubbles easily.

Products ordering information for this model.

Products ordering information for this model if this model is part of one or more kits.

Products ordering information for this model if this model is part of one or more mixed batches.

Service companies that provide synthesis of this model as a service.

The inventory objects responsible for keeping this stock solution in stock.

Indicates if samples of this model expire after a given amount of time.

The length of time after DateCreated that samples of this model are recommended for use before they should be discarded.

The length of time after DateUnsealed that samples of this model are recommended for use before they should be discarded.

Indicates the recommended bin for dishwashing this container.

Determines if the sample reacts or degrades in the presence of light and should be stored in the dark to avoid exposure.

The condition in which samples of this model are stored when not in use by an experiment; this condition may be overridden by the specific storage condition of any given sample.

Indicates if samples of this model should be refrigerated during transport when used in experiments.

The temperature that samples of this model should be incubated at while transported between instruments during experimentation.

Specifies how the samples of this model should be transported when in use in the lab.

The temperature that samples of this model should be at before any transfers using this sample occur.

The default temperature that samples of this model should be thawed at before using in experimentation.

The default time that samples of this model should be thawed before using in experimentation. If the samples are still not thawed after this time, thawing will continue until the samples are fully thawed.

The default maximum time that samples of this model should be thawed before using in experimentation.

The default style of motion used to mix samples of this model following thawing.

The default frequency of rotation the mixing instrument uses to mix samples of this model following thawing.

The default number of times samples of this model are mixed by inversion or pipetting up and down following thawing.

The pipetting parameters used to manipulate samples of this model; these parameters may be overridden by direct specification of pipetting parameters in manipulation primitives.

Indicates if containers that contain this sample model should have their covers sealed with parafilm by default.

Indicates if containers that contain this sample model should be wrapped in aluminum foil to protect the container contents from light by default.

The list of containers that should be chosen first, if possible, when choosing a container to store the sample in.

The external dimensions of this model of container.

The default duration for which samples of this model are mixed following thawing.

Indicates if the stock solution is mixed in an attempt to completed dissolve any solid components following component combination and filling to volume with solvent.

The duration for which the stock solution is mixed following component combination and filling to volume with solvent.

The maximum duration for which the stock solution is mixed in an attempt to dissolve any solid components following component combination and filling to volume with solvent.

The style of motion used to mix the stock solution following component combination and filling to volume with solvent.

The instrument used to mix the stock solution following component combination and filling to volume with solvent.

The frequency of rotation the mixing instrument uses to mix the stock solution following component combination and filling to volume with solvent.

The number of times the stock solution is mixed by inversion or pipetting up and down following component combination and filling to volume with solvent.

The maximum number of times the stock solution is mixed in an attempt to dissolve any solid components following component combination and filling to volume with solvent.

Indicates if this is an over saturated solution and some leftover solids are expected to be visible in the solution following component combination, filling to volume with solvent, and/or mixing.

Indicates that this model of sample arrives sterile from the manufacturer.

Indicates that this model of sample is free of any RNases.

Indicates if samples of this model emit substantial ionizing radiation.

Indicates if samples of this model must be handled in a ventilated enclosures.

Indicates if samples of this model must be handled in a glove box.

Indicates if samples of this model must be handled in a biosafety cabinet.

Indicates if samples of this model cannot be used inside of the glove box due high volatility and/or detrimental reactivity with the catalyst in the glove box that is used to remove traces of water and oxygen. Sulfur and sulfur compounds (such as H2S, RSH, COS, SO2, SO3), halides, halogen (Freon), alcohols, hydrazine, phosphene, arsine, arsenate, mercury, and saturation with water may deactivate the catalyst.

Indicates that the glove box blower must be turned off to prevent damage to the catalyst in the glove box that is used to remove traces of water and oxygen when manipulating samples of this model inside of the glove box.

Indicates if samples of this model are easily set aflame under standard conditions.

Indicates if samples of this model are strong acids (pH <= 2) and require dedicated secondary containment during storage.

Indicates if samples of this model are strong bases (pH >= 12) and require dedicated secondary containment during storage.

Indicates if samples of this model can ignite spontaneously upon exposure to air.

Indicates if samples of this model react spontaneously upon exposure to water.

Indicates if samples of this model emit fumes spontaneously when exposed to air.

Indicates if samples of this model are a solution in water.

Indicates if samples of this model do not contain water.

Indicates if samples of this model are currently banned from usage in the ECL because the facility isn't yet equiped to handle them.

Indicates if samples of this model become hazardous once they are expired and therefore must be automatically disposed of when they pass their expiration date.

Indicates if special precautions should be taken in handling this substance as indicated by the MSDS classification.

Indicates if samples of this model may be safely disposed down a standard drain.

Indicates if samples of this model have a strong odor.

Indicates if an MSDS is applicable for this model.

PDF of the models MSDS (Materials Saftey Data Sheet).

The National Fire Protection Association (NFPA) 704 hazard diamond classification for the substance.

The Department of Transportation hazard classification of the substance.

The Biosafety classification of the substance.

The calculated NFPA of the stock solution based on its components, or the explicitly defined NFPA if provided.

EmeraldCloudFiles of the MSDS .pdf files for the components of this stock solution.

A list of materials that would be damaged if wetted by this model.

The materials of which this sample is made that may come in direct contact with fluids.

Indicates if this sample cannot be reliably aspirated or dispensed on an automated liquid handling robot.

Indicates if volume measurements of samples of this model cannot be performed via the ultrasonic distance method due to vapors interfering with the reading.

The model of the matrix that is best suited for MALDI mass spectrometry of this sample.

Chromatography column models with which this stock solution is incompatible as a solvent.

List of SPE cartridge models with which this chemical is incompatible as a solvent.

Indicates if centrifugation of this model should be avoided. If Null or False, samples of this model will be centrifuged when requested and when experimentally appropriate.

The model Qualifications and their required frequencies.

The model maintenances and their required frequencies.

Indicates if the sample is required to operate continuously in the lab, regardless of if it is InUse by a specific protocol.

All protocols that used this sample at any point during their execution in the lab.

The default method by which to thaw cryovials of this sample model.

The default method by which to wash cultures of this sample model.

The default method by which to change the media for cultures of this sample model.

The alternative form of this stock solution where the DilutionFactor is 1x.

Alternative forms of this stock solution where the DilutionFactor is not 1x.

The type of ionization that this standard is compatible with when using it for mass spectrometry.

The preferred plate spotting method to use for this standard when performing MALDI mass spectrometry with it.

Indicates if this samples/items of this model maybe prepared as needed during the course of an experiment.

Describes the desired final concentrations or amounts of each component of this solution.

The solvent to use to dilute the components up to the requested TotalVolume.

Indicates if the stock solution is prepared in the original container of a fixed amounts component in the formula.

The total volume of this solution as specified by the Formula, where Solvent is used to fill any remaining volume.

The method by which to add the Solvent to the bring the stock solution up to the TotalVolume.

Stock solution models that have the same formula components and component ratios as this stock solution. These alternative stock solutions may have different preparatory methods.

The order in which the stock solution should be created. By default, the order is {FixedReagentAddition, Incubation, FillToVolume, pHTitration, Filtration}.

The sample preparation primitives to prepare this stock solution when a non-standard preparation is required.

The method by which this stock solution model is defined. .

The contents of the standard that are used for calibration or comparison to experimental samples.

For each member of StandardComponents, the manufacturer provided or theoretical micromolar concentration.

For each member of StandardComponents, the manufacturer provided or theoretical mass concentration.

For each member of StandardComponents, the molecular weight (the mass of one mole of the molecule).

For each member of StandardComponents, the length of the analyte in monomers.

The duration for which the stock solution is incubated following component combination, filling to volume with solvent, and mixing.

The temperature at which the stock solution is incubated following component combination, filling to volume with solvent, and mixing.

The pH to which this stock solution is adjusted after component combination, filling to volume with solvent, and/or mixing.

The minimum allowable pH this stock solution has after pH adjustment, where pH adjustment occurs following component combination, filling to volume with solvent and/or mixing.

The maximum allowable pH this stock solution has after pH adjustment, where pH adjustment occurs following component combination, filling to volume with solvent, and/or mixing.

The acid that is used to adjust the pH of the solution downwards following component combination, filling to volume with solvent, and/or mixing.

The base that is used to adjust the pH of the solution upwards following component combination, filling to volume with solvent, and/or mixing.

The maximum number of additions to make before stopping pH titrations.

The largest volume of pHingAcid and pHingBase that can be added during pHing.

The largest amount of TitrationAcid that can be added to in each pH titration cycle.

The largest amount of TitrationBase that can be added to in each pH titration cycle.

The material through which the stock solution is filtered following component combination, filling to volume with solvent, mixing, and/or pH titration.

The size of the membrane pores through which the stock solution is filtered following component combination, filling to volume with solvent, mixing, and/or pH titration.

Indicates that this model of stock solution should be autoclaved once all components are added.

Indicates the type of autoclave cycle to run.

The volume increments at which this stock solution must be generated due to certain components only being available in fixed amounts. If this field is populated, stock solutions may only be made at the volumes populated and no others.

The baseline cost of this matrix when ECL generates it in advance and it is subsequently purchased.

Data that exemplify the expected NMR spectrum for this standard.

Data that exemplify expected analytical HPLC traces for this standard.

Data that exemplify the expected mass spectrometry spectrum for this standard.

A list of reference mass-to-charge ratio (m/z) values expected in an obtained mass spectra of the standard analyzed by mass spectrometry in positive ion mode.

A list of reference mass-to-charge ratio (m/z) values expected in an obtained mass spectra of the standard analyzed by mass spectrometry in negative ion mode.

The standard curve analyses created from this standard model when used as a ladder.