This web layers contains information of vacant, required, shortfall and sanctioned positions of doctors in Primary Health Centers (PHCs). This provides information on state level.PHC is the first contact point between village community and the Medical Officer. The PHCs were envisaged to provide an integrated curative and preventive health care to the rural population with emphasis on preventive and promotive aspects of health care. The PHCs are established and maintained by the State Governments under the Minimum Needs Programme (MNP)/ Basic Minimum Services Programme (BMS). A PHC is manned by a Medical Officer supported by 14 paramedical and other staff. It acts as a referral unit for 6 Sub Centers. It has 4 - 6 beds for patients. The activities of PHC involve curative, preventive, primitive and Family Welfare Services.Strengthening Primary Health Centers (PHCs)Mission aims at strengthening PHCs for quality preventive, promotive, curative, supervisory and outreach services, through:Adequate and regular supply of essential quality drugs and equipment (including Supply of Auto Disabled Syringes for immunization) to PHCsProvision of 24-hour service in at least 50% PHCs by addressing shortage of doctors, especially in high focus States, through mainstreaming AYUSH manpower. Observance of Standard treatment guidelines & protocols. In case of additional Outlays, intensification of ongoing communicable disease control programs, new programs for control of non-communicable diseases, upgradation of 100% PHCs for 24 hours referral service, and provision of 2nd doctor at PHC level (1 male, 1 female) would be undertaken based on felt need.The attributes are given below for this web map:2005 - Doctors at PHCs - Required1 - (R)2005 - Doctors at PHCs - Sanctioned - (S)2005 - Doctors at PHCs - In Position - (P)2005 - Doctors at PHCs - Vacant - (S-P)2005 - Doctors at PHCs - Shortfall - (R-P)2019 - Doctors at PHCs - Required1 - (R)2019 - Doctors at PHCs - Sanctioned - (S)2019 - Doctors at PHCs - In Position - (P)2019 - Doctors at PHCs - Vacant - (S-P)2019 - Doctors at PHCs - Shortfall - (R-P)Note of 2005 - Doctors at PHCs - Vacant - (S-P)Note of 2005 - Doctors at PHCs - Shortfall - (R-P)Note of 2019 - Doctors at PHCs - Vacant - (S-P)Note of - 2019 - Doctors at PHCs - Shortfall - (R-P)Note: Data values of Jammu & Kashmir and Ladakh union territories have been bifurcated based on population. This web layer is offered by Esri India, for ArcGIS Online subscribers. If you have any questions or comments, please let us know via content@esri.in.

This research attempts to provide first its type public dataset for silicosis detection. The dataset contains frontal chest X-rays collected over three years. The data has been collected from the stone workers in the primary health centres of Rajasthan, India. The dataset contains samples of silicosis, STB, TB, and normal. The average size of each sample is around 3567 x 2898. The samples in the dataset are made available as three-channel JPG images. The dataset is divided into two sets:Set A: It contains images with only disease labels.Set B: It contains images with lung segmentation maps, annotations and disease labelsTo obtain access to the dataset, please email the duly filled-out license agreement to databases@iab-rubric.org with the subject line "Licence Agreement for the Silicodata Dataset.".NOTE: The license agreement has to be signed by someone having the legal authority to sign on behalf of the institute, such as the head of the institution or registrar. If a license agreement is signed by someone else, it will not be processed further.This database is available only for research and educational purposes and not for any commercial use

Increasing burden of non-communicable diseases is an important public health concern in developing counties. To address this, the national non-communicable diseases programme was rolled out in India. A thorough understanding of operational issues involved in opportunistic screening of diabetes mellitus (DM) and hypertension (HTN) at primary health facilities is critical in meeting the objectives of this programme. Most of the studies so far have not responded to this need. Our study provides valuable insights regarding this which will guide the programme managers to take corrective measures.The objective was to determine the number and proportion eligible for screening, number screened, diagnosed and treated for DM and HTN among persons aged ≥30 years in two selected primary health centres (PHCs) in Dakshina Kannada district, Karnataka, India during March-May 2019 and to explore the enablers and barriers in the implementation of screening from the perspective of the health care providers (HCPs) and beneficiaries . This was a sequential explanatory mixed-methods study with a quantitative (cohort design) and a descriptive qualitative component (in-depth interviews and focus group discussions) with HCPs and persons seeking care. Those that were not known DM/HTN and not screened for DM/HTN in one year were used to estimate persons eligible for screening.This publication includes the extended data set of the study which includes the data collection checklist for quantitative data, guides for Focused Group Discussion and Key Informant Interview