Example Response
{
"Experiment":{
"id":"8",
"name":"Wxample",
"is_interexperiment":false,
"experiment_date":"2\/08\/2020",
"authors":"User",
"state":"1",
"note":"Example<\/p>\n",
"file":"http:\/\/www.biofomics\/api?id=8&action=downloadExperiment"
},
"User":{
"username":"user",
"surname":"user",
"email":"user@example",
"organization":"Institute for example- University of examples",
"phone":"0",
"id":"1"
},
"Publication":[
{
"url":"http:\/\/www.ncbi.nlm.nih.gov\/pubmed\/21479268",
"experiment_id":"8"
}
],
"Conditions":[
{
"string_value":null,
"numerical_value":"37",
"units":"\u00bac",
"condition_id":"10",
"experiment_id":"8"
},
{
"string_value":null,
"numerical_value":"120",
"units":"rpm",
"condition_id":"3",
"experiment_id":"8"
},
{
"string_value":"tryptic soy broth",
"numerical_value":null,
"units":"NULL",
"condition_id":"4",
"experiment_id":"8"
},
{
"string_value":"96-well microtiter plate ",
"numerical_value":null,
"units":"NULL",
"condition_id":"8",
"experiment_id":"8"
}
],
"Methods":[
{
"string_value":"2,4,6,24,48",
"numerical_value":null,
"units":"h",
"condition_id":"7",
"method_id":"6",
"experiment_id":"8"
},
{
"string_value":"copper,glass,polyethylene,polypropylene,polyvinyl chloride,silicone rubber,stainless steel",
"numerical_value":null,
"units":"NULL",
"condition_id":"5",
"method_id":"1",
"experiment_id":"8"
},
{
"string_value":"copper,glass,polyethylene,polypropylene,polyvinyl chloride,silicone rubber,stainless steel",
"numerical_value":null,
"units":"NULL",
"condition_id":"5",
"method_id":"2",
"experiment_id":"8"
},
{
"string_value":"copper,glass,polyethylene,polypropylene,polyvinyl chloride,silicone rubber,stainless steel",
"numerical_value":null,
"units":"NULL",
"condition_id":"5",
"method_id":"3",
"experiment_id":"8"
},
{
"string_value":"copper,glass,polyethylene,polypropylene,polyvinyl chloride,silicone rubber,stainless steel",
"numerical_value":null,
"units":"NULL",
"condition_id":"5",
"method_id":"6",
"experiment_id":"8"
},
{
"string_value":"Escherichia coli,Listeria monocytogenes,Salmonella enterica",
"numerical_value":null,
"units":"NULL",
"condition_id":"6",
"method_id":"1",
"experiment_id":"8"
},
{
"string_value":"Escherichia coli,Listeria monocytogenes,Salmonella enterica",
"numerical_value":null,
"units":"NULL",
"condition_id":"6",
"method_id":"2",
"experiment_id":"8"
},
{
"string_value":"Escherichia coli,Listeria monocytogenes,Salmonella enterica",
"numerical_value":null,
"units":"NULL",
"condition_id":"6",
"method_id":"3",
"experiment_id":"8"
},
{
"string_value":"Escherichia coli,Listeria monocytogenes,Salmonella enterica",
"numerical_value":null,
"units":"NULL",
"condition_id":"6",
"method_id":"6",
"experiment_id":"8"
}
],
"listConditions":{
"3":"shear force",
"4":"medium",
"8":"device",
"10":"temperature"
},
"listMethods":{
"1":"4',6-diamidino-2-phenylindole staining",
"2":"colony-forming unit",
"3":"cristal violet assay",
"6":"fluorescence in situ hybridization"
}
}