Output the biological age biomarkers table.
Data is stored in Module:BiologicalAgeBiomarkers/Data
local p = {}
-- Define biomarkers with their long form and system
local biomarkers = {
SBP = {longForm = "Systolic Blood Pressure", system = "Cardiovascular System"},
DBP = {longForm = "Diastolic Blood Pressure", system = "Cardiovascular System"},
HDL = {longForm = "High-Density Lipoprotein", system = "Endocrine Metabolic System"},
LDL = {longForm = "Low-Density Lipoprotein", system = "Endocrine Metabolic System"}
}
-- Incorporate data directly into studies identified by PMID
local studies = {
PMID12345 = {
name = "Study1",
data = {
SBP = "120 mmHg",
DBP = "80 mmHg",
HDL = "55 mg/dL",
LDL = "100 mg/dL"
}
},
PMID67890 = {
name = "Study2",
data = {
SBP = "130 mmHg",
DBP = "85 mmHg",
HDL = "60 mg/dL",
LDL = "105 mg/dL"
}
},
PMID13579 = {
name = "Study3",
data = {
SBP = "125 mmHg",
DBP = "82 mmHg",
HDL = "57 mg/dL",
LDL = "102 mg/dL"
}
}
}
function p.createCrossTable()
-- Start of the wiki table
local wikitable = '{| class="wikitable"\n!'
-- Column headers: Biomarker and System
wikitable = wikitable .. ' !! Biomarker !! System'
for _, study in pairs(studies) do
wikitable = wikitable .. ' !! ' .. study.name
end
-- Generate rows for each biomarker
for abbr, details in pairs(biomarkers) do
wikitable = wikitable .. '\n|-\n| ' .. details.longForm .. ' || ' .. details.system
for _, study in pairs(studies) do
-- Retrieve data value for the current cell, using the nested structure
local cellValue = study.data[abbr] or "-"
wikitable = wikitable .. ' || ' .. cellValue
end
end
-- End of the table
wikitable = wikitable .. '\n|}'
return wikitable
end
return p