Template:Infobox drug/doc

Infobox drug or is the infobox for drugs, both medical and recreational. It can be used for single chemicals (most common), and for, and.

Single chemical (type=)
Drugs that are a simple chemical compound (about 90% of the drug articles are). Short parameter list:

Full single-drug template with extended fields:

OR alternatively: use Diberri & Boghog's excellent Wikipedia template filling tool which will generate a populated template to copy & paste into an article if "DrugBank ID" is selected in the dropdown menu and a DrugBank ID number (which may be obtained from DrugBank search) is added in the adjacent field. Please select for Fill template vertically, but as Wikipedia is a general encyclopedia, most drugs do not warrant Show extended fields.

Combination of drugs (type=combo)
For drug-combinations, at least two components must be defined, with optional a third and fourth component. For each component:
 * component1 =
 * class1    =

Example for Seretide:


 * drug_name = Seretide
 * type      = combo


 * component1 = Fluticasone
 * class1    = Glucocorticoid
 * component2 = Salmeterol
 * class2    = Long-acting beta2 agonist

Generally combination articles will not need to display the molecular images of its constituents (the relevant specific articles would have the images). It disables all Chemical & Pharmacology parameters (which describe properties of single drug items). These redundant disabled parameters are best not included in the template calling, so use the following abridged forms of the template:

Shortened combination product form: 

Full combination product template with extended fields and allowing for up to four items: 

Monoclonal antibody drugs (type=mab)
This form the box uses parameters: 
 * mab
 * type      = mab


 * mab_type  =
 * source    =
 * target    =

For example Catumaxomab:


 * type      = mab


 * mab_type  = 3funct
 * source    = axo
 * target    = EpCAM, CD3

mab_type defines one of the following types of antibody or antibody fragment:

source is the species on which the protein sequence of the antibody is based:

target is the antigen at which the antibody is directed. This parameter takes free text as value, preferably including a wikilink such as TNF-α.

The drug name is followed by a "?" linked to Nomenclature of monoclonal antibodies, saving the need to explain how each monoclonal antibody has been named.

Shortened Monoclonal antibody form: 

Vaccines (type=vaccine)
This allows the alternative parameters of the vaccine_type and target to be specified:
 * vaccine
 * target can be any text. Can be used to link to a specific article
 * vaccine_type from the defined list of options as described at Vaccine, the infobox will provide standardised display and links as follows:

Where a vaccination product protects against more than one agent, please use the combination form of this infobox with type=combo (per ), and each classX= Vaccine .

Shortened Vaccine form:

Full Vaccine template with extended fields:

Infobox title and INN
By default, the title of the infobox is the article title. You can overwrite that using drug_name.

Per the Manual of Style, the infobox title must be the International nonproprietary name (INN). There is a tooltip text referring to INN.

When, for some reason, the title is not the INN, the correct INN can be added as a subtitle using INN

| drug_name = Heroin | INN = Diamorphine

When the drug has no INN at all, setting none will suppress the tooltip text mentioning INN.


 * See also 

Images
You can use the image to provide an illustration. A caption can be added. The alt parameter is a textual description of the image, and is shown in the 'tooltip' and read by visually impaired readers (more in WP:ALT). Parameter width sets the width in px; default width is 200px.


 * image           = Aspirin.png
 * caption         = structure
 * alt             = Molecule of aspirin
 * width           = 125

A second image can be added using image2:
 * image2           =
 * caption2         =
 * alt2             =
 * width2           =

Also a side-by-side pair of images can be added (with single caption):
 * imageL =
 * widthL =
 * altL =
 * imageR=
 * widthR =
 * altR =
 * captionLR =

See also SMILES input for the 3D model by Jmol (an external link).

Clinical data
| tradename = | Drugs.com = | MedlinePlus = | routes_of_administration =


 * tradename – comma separated list of trade names by the originator (no generics, not more than three names)
 * Drugs.com – link to Drugs.com monograph
 * MedlinePlus – MedlinePlus drug accession number

Pregnancy category

 * See also pregnancy category, documentation for extensive documentation

Pregnancy Categorisation has been previously declared using just the pregnancy_category parameter with a variety of markup styles used to indicate various countries and their classifications. Alternatively pregnancy_AU may be set to the fixed categories. For Australia values permitted are: A, B1, B2, B3, C, D or X (note if just set to 'B' then B? is shown). Pregnancy categories are no longer used in the US.

Note the UK does not have official designated categorisations, but has both a variety of standard phrases with explanatory qualifications, plus many individual descriptions. The generic pregnancy_category accepts any text, and may be used with such country-specific information (non AU or US).

| pregnancy_AU = B1 | pregnancy_AU_comment = | pregnancy_category = Used in pregnancy against PIH

Dependence liability
Optional parameters Dependence liability and Addiction_liability allow opioids or benzodiazepines to be flagged with the risk of becoming dependent/addicted upon them, although in many cases this may be somewhat subjective. Drugs should be rated as Low, Medium, High or Extremely high:
 * dependency_liability = High
 * addiction_liability = High

Licensing information
There are three major licensing authorities that make drug information online accessible: the European Medicines Agency (EMA, EU), and the Food and Drug Administration (FDA, US).

The FDA "Label Information" and the EMA "Product Information", where available, are very detailed. There is material aimed at the professional and also plain-English consumer information. These are excellent reliable source for article information but also contains much that makes it a worthwhile "External link" since there is no way one can include all the info. Both sites work when using the brand name of the drug but the FDA site also allows searches with the generic name (active ingredient), which lists generic variants where they are licensed. Health Canada's site operates similarly to the FDA's site, with Canada-specific drug monographs and other information. The DailyMed site is a more user-friendly repository of primarily labeling information. For all sites, the use of the generic name of the drug is preferred whenever possible as this will list all brand and generic forms of the drug.
 * licence_EU =
 * DailyMedID =
 * licence_US =


 * yes will create a link to the EMA site, using the INN (i.e., INN, drug_name or article title). When the EMA used INN is different, enter its INN in INN_EMA.

Lists of products and the parameter term to use may be easily searched for:
 * European Public Assessment Reports: SiteMap, authorised products A–Z: human, veterinary
 * Licence EU (EMA): any input in licence_EU will give a link to the EMA page for the active substance (INN).
 * Drugs@FDA Search by Drug Name or Active Ingredient
 * Where items are composed of more than one word, DailyMedID and licence_US require an underscore '_' in place of any spaces; e.g. Acyclovir_sodium.

Drug class

 * class = any text

The drug class designates the family that this drug belongs to. Typically the chemical class (e.g., benzodiazepine), mechanism of action (e.g., beta blocker), mode of action (e.g., diuretic), and/or therapeutic class (e.g., analgesic). Hence this field may contain more than one drug class if appropriate (each preferably wiki linked).

ATC, ATCvet
Where the drug is not included in ATC coding system (as opposed to its value just not been entered into the template) then set ATC_prefix to 'none', and the article is automatically added to Category:Drugs not assigned an ATC code:
 * ATC_prefix       = none

Additional ATC(vet) may be included with the optional ATC_supplemental parameter as a comma-separated list. ATC templates may be used to have these additional codes link to the relevant databases: Adds the following linked codes:
 * ATC_supplemental =,
 * For ATC – ,

Veterinary drugs are placed in a slightly different classification system, ATCvet. The code may be specified as ATCvet by setting the parameter ATCvet to 'yes'. Do not include the leading 'Q' in ATC_prefix: When the ATCvet code happens to be the same as the ATC for a mainly human drug, it is usually a better idea to just provide the ATC in the infobox.
 * ATCvet           = yes
 * ATC_prefix       = N05
 * ATC_suffix       = AX90

Legal status

 * See also: Infobox drug/legal status for extensive documentation.

Legal status allows to specify which controlling acts are active in various countries and organisations. Available parameters are legal_AU, legal_BR, legal_CA, legal_DE, legal_NZ, legal_UK, legal_US, legal_EU, legal_UN, and links are provided for standard input. Also, the parameters can have the suffix ..._comment.

Also available is legal_status, which is general and allows any text. When using this parameter, consider adding geographical information on where this is law.


 * legal_AU    = S2
 * legal_AU_comment = any text
 * legal_BR    = A1
 * legal_BR_comment = any text
 * legal_CA    =
 * legal_DE    =
 * legal_UK    = gsl
 * legal_US    = Schedule II
 * legal_US_comment = and OTC in Oregon
 * legal_EU    =
 * legal_UN    =
 * legal_NZ    =
 * legal_status = Not marketed in Asia

Note: if a drug is restricted everywhere to prescription-only, please set legal_status = Rx-only rather than similarly define for each and every country. Rx-only is specifically recognised and shows as

Pharmacokinetic data
Use wikilinks for values that the general reader might not understand (e. g. hepatic, CYP3A4, intraperitoneal). | bioavailability  = | protein_bound    = | metabolism       = | metabolites      = | onset            = | elimination_half-life = | duration_of_action= | excretion        =

AAN, BAN, JAN, USAN
Some countries have a variant INN name defined. For example, USAN (US) uses "acetaminophen" for paracetamol. Use AAN= BAN= JAN= USAN when a name is different from the INN (do not repeat INN).

CAS Registry Number
CAS_number Additional CAS codes may be included with optional CAS_supplement parameters in a comma-separated lists. CAS templates may be used to have these additional codes link to the relevant databases: Adds the following linked codes:
 * CAS_supplemental = (acetate)
 * For CAS – (acetate)


 * See also: Second identifiers and indexes

DrugBank
The DrugBank primary accession number (consisting of a 2 letter prefix (DB) and a 5 number suffix). Secondary accession numbers with a 4 letter suffix (APRD, EXPT, BIOD, NUTR) should not normally be used.

PubChem
When available, the PubChem compound identifier (CID) should be used because it is unique for each chemical compound: Make sure you choose the right CID: Often PubChem compound entries differ only very slightly, for example by an additional hydratation water or by a carbon atom with unspecified stereochemistry.
 * PubChem       = 4091

If no CID is available, which is usually the case when there is no structural information on PubChem, you may use one of the substance identifiers (SIDs):
 * PubChemSubstance   = 10099

CompTox (EPA database)
DTXSID is the identifier for the CompTox Chemicals Dashboard (by EPA). For example: DTXSID5020108 for aspirin.

By default, the value is read from Wikidata. This can be overwritten by entering a value for DTXSID. Setting none suppresses the Wikidata value (no show).

Second identifier (like: )
All identifiers can have a second, index-2 identifier, representing a second chemical substance. For example, 536-71-0, 908-54-3.

Additionally, index_label and index2_label can be used to prefix (clarify) both substances.


 * For combination drugs, better use combo settings: see.


 * Demo


 * When used, the indexes &lt;blank> and 2 are used consistently for two substances (so, all #2 identifiers refer to the same alternate substance).
 * When index 2 is used, consider adding index_label and index2_label prefixes, to appear before every identifier.
 * These index prefixes can be explained using index_comment, index2_comment which will show in top.

Chemical formula
Entering the chemical formula per element:
 * C= | H= | Ag= | Al= | As= | Au= | B= | Bi= | Br= | Ca= | Cl= | Co= | F= | Fe= | Gd= | I=
 * K= | Li= | Mg= | Mn= | N= | Na= | O= | P= | Pt= | S= | Sb= | Se= | Sr= | Tc= | Zn=

E.g. gives
 * charge=
 * chemical_formula_ref =
 * chemical_formula_comment =
 * C=2 | H=6 | O=1 | charge=2-
 * Formula

This is called the empirical form, the most simple form. Entered this way, the elements are ordered in the Hill notation order: When C is present, CxHy in front and the others alphabetically Ar ... Zr. When a molecular formula or structural formula is known, that one should be entered in chemical_formula (consider using Chem).

You can provide the chemical formula as fixed todo: example
 * chemical_formula =
 * chemical_formula_ref =
 * chemical_formula_comment =

When the chemical formula is entered as, the molar mass is calculated and presented. This value can be overwritten by using molecular_weight (sic). For more information, see Chem molar mass.
 * Molar mass

Other chemical data
Additional chemical data fields are SMILES and standard InChI (optionally oncluding a comment and standard InChIKey).
 * SMILES           =
 * Jmol             =
 * StdInChI         =
 * StdInChI_comment =
 * StdInChIKey      =

When SMILES has input, the template automatically adds an external link to the Jmol 3D molecule model.
 * The Jmol 3D model
 * None will suppress (hide) that data row.
 * &lt;some SMILES string> will link to the 3D-model of that string (i.e. overwriting SMILES input). SMILES will show its input unchanged.

Physical data
This is entirely optional data, and for most drugs is not helpful to the wider readership. Only include if information of particular interest for the drug as to its chemical properties (e.g. in its manufacture or as an important chemical in its own right, e.g. Aspirin). The template will add the following to the numeric values provided:
 * density          =
 * density_notes    =
 * melting_point    =
 * boiling_point    =
 * solubility       =
 * sol_units        =
 * specific_rotation =
 * Density – added 'g/cm3'
 * Melting or Boiling points – added '°C' along with calculated converted value in °F.
 * Solubility – If sol_units is specified, it will follow the solubility value; otherwise " mg/mL (20 °C)" will follow. This is to accommodate multiple solubility values at different temps, other units, etc.

Hence: gives:
 * solubility = 100
 * sol_units = &amp;nbsp;g/L (212 F)
 * Solubility  100 g/L (212 °F (100 °C))

In addition, where the melting point occurs over a range of temperatures, use melting_high for the upper value.

Hence: gives:
 * melting_point = 100
 * melting_high = 104
 * Melting point  100–104 °C (212–219 °F)

Comments can be added to the melting and boiling point entries using melting_notes and boiling_notes.

Hence: gives:
 * boiling_point = 100
 * boiling_notes = (sublimes)
 * Boiling point  100 °C (212 °F) (sublimes)

Physiological data (endogenous drugs)
Endogenous drugs (neurotransmitters, neurohormones, or hormones) are a single chemical (&lt;blank>). Their special data is shown in section "Physiological data".

Notes: input metabolism is shared with pharmacokinetic data, and will show in each of these sections that has more data (context).

When this section has input, sections Clinical data and Legal data should be empty.

Example:
 * source_tissues =
 * target_tissues =
 * receptors     =
 * agonists      =
 * antagonists   =
 * precursor     =
 * biosynthesis  =
 * metabolism    =


 * drug_name     = Oxytocin


 * source_tissues = posterior pituitary
 * target_tissues = central nervous system
 * receptors     = oxytocin receptor
 * agonists      = carbetocin, demoxytocin
 * antagonists   = atosiban, epelsiban
 * precursor     = oxytocin-neurophysin 1
 * biosynthesis  = magnolysin
 * metabolism    = oxytocinase


 * Categorised:

Gene therapy

 * gt_target_gene      =
 * gt_vector           =
 * gt_nucleic_acid_type =
 * gt_editing_method   =
 * gt_delivery_method  =

Example:


 * Categorised:

Input from Wikidata
The template reads and shows the E number, ECHA InfoCard ID and Comptox DTXSID ID from Wikidata. If there is no value present, no data is shown.

See also.

Verification by CheMoBot (parameters: ..._Ref)
Seven identfying parameters like CAS_numberare tracked in a WP:Drugbox data validation process. A bot adds parameters like verifiedrevid and CAS_number_Ref. See also cascite documentation.

English variant spellings {{smallcaps|1=(ENGVAR)}}
The word "License/Licence" can be spelled in two ways, generally by English variant en-UK or en-US. Per Manual of Style:ENGVAR, this chosen regional language should be consistent throughout the whole article.

The default spelling in the infobox is en-US: "LicenSe". Setting engvar spells "LicenCe". Again, this should follow the article's overall language.

Independently from this, each parameter licence_US or license_US can be used for the same input point. This is for ease of editing, but does not change the spelling of "Licence/License" that will show.

Section overview by type options
A type can use specific headers.
 * type=mab
 * type=vaccine
 * type=combo
 * type=
 * Types are listed in

Dependent sections:

TemplateData
{	"description": "This infobox provides information over-the-counter and prescription-only drugs. It can be used for single drugs, combination products, monoclonal antibodies and vaccines.", "format": "\n", "params": { "drug_name": { "label": "Drug name", "description": "Name of the medication or vaccine. The article title will be used if this is left blank.", "suggested": true },		"image": { "label": "Image", "example": "Aspirin.png", "type": "wiki-file-name", "suggested": true },		"width": { "label": "Image width", "description": "Sets the width of the image", "example": "150px", "type": "number" },		"alt": { "label": "Alt text", "description": "Describe the appearance of the image, for people who cannot see the image", "example": "Two scored pills, one pink with a large numeral 1 stamped in the surface, and the other tan and marked with a large numeral 3", "suggested": true },		"image2": {}, "width2": {}, "alt2": {}, "caption": { "label": "Caption", "description": "A caption for the image", "example": "Warfarin pills. The colors and numbers indicate different doses.", "type": "string", "suggested": true },		"imageL": {}, "imageR": {}, "widthL": {}, "altL": {}, "widthR": {}, "altR": {}, "captionLR": {}, "type": { "description": "Drug type, can be (single chemical), vaccine, combo (combination of drugs), mab (monoclonical antibody)", "suggested": true, "example": "combo" },		"IUPAC_name": { "description": "Systematic IUPAC name" },		"target": { "label": "Target disease (vaccine or mab)" },		"vaccine_type": {}, "mab_type": {}, "source": {}, "component1": {}, "class1": {}, "component2": {}, "class2": {}, "component3": {}, "class3": {}, "component4": {}, "class4": {}, "component5": {}, "class5": {}, "DailyMedID": {}, "Drugs.com": {}, "MedlinePlus": { "suggested": true },		"dependency_liability": {}, "addiction_liability": {}, "legal_AU_comment": {}, "legal_AU": { "description": "Schedule 2, ... Schedule 9 (or: s2, ... s9)", "example": "S7", "type": "line" },		"legal_BR_comment": {}, "legal_BR": { "description": "OTC, A1, A2, A3, B1, B2, C1, C2, C3, C4, C5, D1, D2, E, F", "example": "A1" },		"legal_CA_comment": {}, "legal_CA": { "description": "OTC, Rx or Rx-only, Schedule I, ... Schedule VIII", "example": "Schedule V"		}, "legal_DE_comment": {}, "legal_DE": { "example": "Anlage I, Anlage II, Anlage III", "type": "line" },		"legal_EU_comment": {}, "legal_EU": {}, "legal_NZ_comment": {}, "legal_NZ": {}, "legal_UK_comment": {}, "legal_UK": {}, "legal_UN_comment": {}, "legal_UN": {}, "legal_US_comment": {}, "legal_US": {}, "legal_status": { "suggested": true },		"licence_EU": { "suggested": true },		"pregnancy_AU_comment": {}, "pregnancy_AU": { "label": "Pregnancy (Australia)", "description": "Pregnancy category in Australia. Use one of these codes:  A, B1, B2, B3, C, D, X", "example": "C", "type": "line", "suggested": true },		"pregnancy_category": { "label": "Pregnancy category", "description": "General categorization regarding pregnant or lactating women", "type": "string", "suggested": true },		"routes_of_administration": {}, "tradename": {}, "pronounce": {}, "pronounce comment": {}, "pronounce ref": {}, "pronounce 2": { "deprecated": "pronounce should refer to title (drug name). Otherwise, add explaining text. There is no name that this #2 paramteer is associated with." },		"licence_US": { "suggested": true },		"bioavailability": {}, "protein_bound": {}, "metabolism": {}, "metabolites": {}, "onset": {}, "elimination_half-life": {}, "duration_of_action": {}, "excretion": {}, "synonyms": {}, "AAN": {}, "BAN": {}, "JAN": {}, "USAN": {}, "PDB_ligand": {}, "ATCvet": {}, "ATC_prefix": {}, "ATC_supplemental": {}, "CAS_number": {}, "ChEBI": {}, "ChEMBL": {}, "ChemSpiderID": {}, "DrugBank": { "label": "DrugBank", "description": "DrugBank identification number", "example": "DB01060", "suggested": true },		"IUPHAR_ligand": {}, "KEGG": {}, "NIAID_ChemDB": {}, "PubChem": {}, "PubChemSubstance": {}, "UNII": {}, "CAS_number_Ref": {}, "CAS_supplemental": {}, "ATC_suffix": {}, "DrugBank_Ref": {}, "ChemSpiderID_Ref": {}, "UNII_Ref": {}, "KEGG_Ref": {}, "ChEBI_Ref": {}, "ChEMBL_Ref": {}, "Ac": {}, "Ag": {}, "Al": {}, "Am": {}, "Ar": {}, "As": {}, "At": {}, "Au": {}, "B": {}, "Ba": {}, "Be": {}, "Bh": {}, "Bi": {}, "Bk": {}, "Br": {}, "C": {}, "Ca": {}, "Cd": {}, "Ce": {}, "Cf": {}, "Cl": {}, "Cm": {}, "Cn": {}, "Co": {}, "Cr": {}, "Cs": {}, "Cu": {}, "Db": {}, "Ds": {}, "Dy": {}, "Er": {}, "Es": {}, "Eu": {}, "F": {}, "Fe": {}, "Fl": {}, "Fm": {}, "Fr": {}, "Ga": {}, "Gd": {}, "Ge": {}, "H": {}, "He": {}, "Hf": {}, "Hg": {}, "Ho": {}, "Hs": {}, "I": {}, "In": {}, "Ir": {}, "K": {}, "Kr": {}, "La": {}, "Li": {}, "Lr": {}, "Lu": {}, "Lv": {}, "Md": {}, "Mg": {}, "Mn": {}, "Mo": {}, "Mt": {}, "N": {}, "Na": {}, "Nb": {}, "Nd": {}, "Ne": {}, "Ni": {}, "No": {}, "Np": {}, "O": {}, "Os": {}, "P": {}, "Pa": {}, "Pb": {}, "Pd": {}, "Pm": {}, "Po": {}, "Pr": {}, "Pt": {}, "Pu": {}, "Ra": {}, "Rb": {}, "Re": {}, "Rf": {}, "Rg": {}, "Rh": {}, "Rn": {}, "Ru": {}, "S": {}, "Sb": {}, "Sc": {}, "Se": {}, "Sg": {}, "Si": {}, "Sm": {}, "Sn": {}, "Sr": {}, "Ta": {}, "Tb": {}, "Tc": {}, "Te": {}, "Th": {}, "Ti": {}, "Tl": {}, "Tm": {}, "U": {}, "Uuo": {}, "Uup": {}, "Uus": {}, "Uut": {}, "V": {}, "W": {}, "Xe": {}, "Y": {}, "Yb": {}, "Zn": {}, "Zr": {}, "chemical_formula": {}, "chemical_formula_comment": {}, "molecular_weight": {}, "molecular_weight_round": {}, "molecular_weight_unit": {}, "molecular_weight_comment": {}, "SMILES": { "aliases": [ "smiles" ],			"description": "Simplified Molecular-Input Line-entry System" },		"StdInChI": {}, "charge": { "description": "Electrical charge of the molecule (when formula is entered by atom numbers)", "example": "2+", "type": "string" },		"chemical_formula_ref": {}, "molecular_weight_ref": {}, "StdInChI_Ref": {}, "StdInChI_comment": {}, "StdInChIKey": {}, "StdInChIKey_Ref": {}, "density": {}, "density_notes": {}, "melting_point": {}, "boiling_point": {}, "solubility": {}, "specific_rotation": {}, "melting_high": {}, "melting_notes": {}, "boiling_high": {}, "boiling_notes": {}, "data_page": {}, "verifiedrevid": {}, "Verifiedfields": { "description": "Bot-maintained tracking parameter", "type": "string" },		"Watchedfields": { "description": "Bot-maintained tracking parameter" },		"gt_vector": {}, "gt_nucleic_acid_type": {}, "gt_editing_method": {}, "gt_delivery_method": {}, "INN": {}, "caption2": {}, "gt_target_gene": {}, "licence_CA": {}, "license_CA": {}, "license_EU": {}, "license_US": {}, "class": {}, "ATC_prefix2": {}, "ATC_supplemental2": {}, "pronounce_comment": {}, "pronounce_ref": {}, "engvar": {}, "INN_EMA": {}, "index_label": {}, "index2_label": {}, "ATC_suffix2": {}, "sources": {}, "targets": {}, "receptors": {}, "agonists": {}, "antagonists": {}, "precursor": {}, "biosynthesis": {}, "source_tissues": {}, "target_tissues": {}, "DTXSID": {}, "index_comment": {}, "index2_comment": {}, "CAS_number2": {}, "CAS_supplemental2": {}, "CAS_number2_Ref": {}, "PubChem2": {}, "PubChemSubstance2": {}, "IUPHAR_ligand2": {}, "DrugBank2": {}, "DrugBank2_Ref": {}, "ChemSpiderID2": {}, "ChemSpiderID2_Ref": {}, "UNIIRef": {}, "UNII2": {}, "UNII2_Ref": {}, "KEGG2": {}, "KEGG2_Ref": {}, "ChEBI2": {}, "ChEBI2_Ref": {}, "ChEMBL2": {}, "ChEMBL2_Ref": {}, "NIAID_ChemDB2": {}, "PDB_ligand2": {}, "DTXSID2": {}, "D": {}, "Mc": {}, "Nh": {}, "Og": {}, "Ts": {}, "chirality": {}, "Jmol": {}, "SMILES2": {}, "Jmol2": {}, "sol_units": {}, "StdInChI2": {}, "StdInChI2_Ref": {}, "StdInChIKey2": {}, "StdInChIKey2_Ref": {}, "QID": {}, "QID2": {}, "smiles2": {} },	"paramOrder": [ "drug_name", "type", "IUPAC_name", "image", "width", "alt", "caption", "image2", "width2", "alt2", "imageL", "widthL", "altL", "widthR", "imageR", "altR", "captionLR", "vaccine_type", "mab_type", "source", "target", "pronounce", "pronounce comment", "pronounce ref", "pronounce 2", "tradename", "Drugs.com", "component1", "class1", "component2", "class2", "component3", "class3", "component4", "class4", "component5", "class5", "MedlinePlus", "licence_EU", "licence_US", "DailyMedID", "pregnancy_AU", "pregnancy_AU_comment", "pregnancy_category", "legal_AU", "legal_AU_comment", "legal_BR", "legal_BR_comment", "legal_CA", "legal_CA_comment", "legal_DE", "legal_DE_comment", "legal_EU", "legal_EU_comment", "legal_NZ", "legal_NZ_comment", "legal_UK", "legal_UK_comment", "legal_US", "legal_US_comment", "legal_UN", "legal_UN_comment", "legal_status", "dependency_liability", "addiction_liability", "routes_of_administration", "bioavailability", "protein_bound", "metabolism", "metabolites", "onset", "elimination_half-life", "duration_of_action", "excretion", "CAS_number", "CAS_number_Ref", "CAS_supplemental", "ATCvet", "ATC_prefix", "ATC_suffix", "ATC_supplemental", "PubChem", "PubChemSubstance", "IUPHAR_ligand", "DrugBank", "DrugBank_Ref", "ChemSpiderID", "ChemSpiderID_Ref", "UNII", "UNII_Ref", "KEGG", "KEGG_Ref", "ChEBI", "ChEBI_Ref", "ChEMBL", "ChEMBL_Ref", "NIAID_ChemDB", "PDB_ligand", "synonyms", "AAN", "BAN", "JAN", "USAN", "chemical_formula", "chemical_formula_comment", "Ac", "Ag", "Al", "Am", "Ar", "As", "At", "Au", "B", "Ba", "Be", "Bh", "Bi", "Bk", "Br", "C", "Ca", "Cd", "Ce", "Cf", "Cl", "Cm", "Cn", "Co", "Cr", "Cs", "Cu", "Db", "Ds", "Dy", "Er", "Es", "Eu", "F", "Fe", "Fl", "Fm", "Fr", "Ga", "Gd", "Ge", "H", "He", "Hf", "Hg", "Ho", "Hs", "I", "In", "Ir", "K", "Kr", "La", "Li", "Lr", "Lu", "Lv", "Md", "Mg", "Mn", "Mo", "Mt", "N", "Na", "Nb", "Nd", "Ne", "Ni", "No", "Np", "O", "Os", "P", "Pa", "Pb", "Pd", "Pm", "Po", "Pr", "Pt", "Pu", "Ra", "Rb", "Re", "Rf", "Rg", "Rh", "Rn", "Ru", "S", "Sb", "Sc", "Se", "Sg", "Si", "Sm", "Sn", "Sr", "Ta", "Tb", "Tc", "Te", "Th", "Ti", "Tl", "Tm", "U", "Uuo", "Uup", "Uus", "Uut", "V", "W", "Xe", "Y", "Yb", "Zn", "Zr", "charge", "molecular_weight", "molecular_weight_round", "molecular_weight_unit", "molecular_weight_ref", "molecular_weight_comment", "SMILES", "StdInChI", "StdInChI_comment", "StdInChIKey", "StdInChIKey_Ref", "density", "density_notes", "chemical_formula_ref", "StdInChI_Ref", "melting_point", "melting_high", "melting_notes", "boiling_point", "boiling_high", "boiling_notes", "solubility", "specific_rotation", "data_page", "verifiedrevid", "Verifiedfields", 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"smiles2" ] }

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 * See also:
 * See also: