Add metadata to OSF

[d-morrison]

Please add the following metadata into OSF:

Population data:
• Cross-sectional HlyE IgG, HlyE IgA, LPS IgG and LPS IgA responses collected from 5 study sites in Bangladesh, Pakistan and Nepal as part of the SEES study.
o Enteric Fever/Cross-sectional Population data/sees_crossSectionalPopulation_baseline_allCountries.csv

Antibody kinetics models:
• Longitudinal HlyE IgG, HlyE IgA, LPS IgG and LPS IgA antibody responses modeled from 1420 blood-culture confirmed enteric fever cases enrolled from Bangladesh, Pakistan and Nepal as part of the SEES study. The results are stratified by country. 40000 iterations. Data type is a dataframe.
o Enteric Fever/Curve Parameters/dmcmc_comb_09.30.rds
• Longitudinal HlyE IgG, HlyE IgA, LPS IgG and LPS IgA antibody responses modeled from 1420 blood-culture confirmed enteric fever cases enrolled from Bangladesh, Pakistan and Nepal as part of the SEES study. The results are stratified by country. 4000 iterations. Data type is a dataframe.
o Enteric Fever/Curve Parameters/sees_dmcmc_allCountries_allAges_4000iter.rds
• Longitudinal HlyE IgG, HlyE IgA, LPS IgG and LPS IgA antibody responses modeled from 1420 blood-culture confirmed enteric fever cases enrolled from Bangladesh, Pakistan and Nepal as part of the SEES study. The results are unstratified. 4000 iterations. Data type is an array.
o Enteric Fever/Curve Parameters/SEES_mcmc_unstratified_array.rda
• Longitudinal HlyE IgG, HlyE IgA, LPS IgG and LPS IgA antibody responses modeled from 1420 blood-culture confirmed enteric fever cases enrolled from Bangladesh, Pakistan and Nepal as part of the SEES study. The results are unstratified. 4000 iterations. Data type is a dataframe.
o Enteric Fever/Curve Parameters/ SEES_mcmc_unstratified_df.rds
• Longitudinal 56kda Orientia Tsutsugamushi antibody responses modeled from 288 confirmed scrub typhus cases enrolled in India and Thailand. The results are unstratified. 4000 iterations. Data type is a dataframe.
o Scrub Typhus/Curve Parameters/ OT_56kda_IgG_IgM_mcmc.rds

Estimated noise parameters:
• Measurement noise, biologic noise, lower limit of detection and upper limit of limit of detection for the SEES study site labs.
o Enteric Fever/Noise parameters/SEES_NoiseParam.rds