Blood pressure control in Türkiye: A primary healthcare pilot study.

Hypertension is present in almost a third of Türkiye's adult population. The Ministry of Health of the Republic of Türkiye in conjunction with the World Health Organization, rolled out a pilot primary health care model from February 2019 to 2020 to improve hypertension screening, management, and follow-up across the provinces of Erzincan, Çankiri and Usak. The model was conducted in selected family health centers for one year and included multiple interventions - training of multidisciplinary primary care teams, implementation of evidence-based, standardised clinical guidelines related to monitoring and treatment of hypertension, clinical supervision and performance monitoring, and provision of health education to hypertensive individuals. Repeat surveys of population-based random samples of 975 patients were taken before (December 2018) and after (February 2020) model implementation to evaluate its effect on care delivery. There was an almost 6.5-fold increase in the measurement and subsequent recording of blood pressure compared to before model implementation (from 50 to 323). Blood pressure control improved to 58 % of measured individuals compared to 46 % of those measured at initial evaluation. The frequency of measuring risk factors and outcomes related to hypertension at least once a year increased for creatinine from 71 % to 79 %, fasting blood glucose from 70 % to 78 %, and tobacco use from 22 % to 31 %. Prescription of antihypertensive drugs increased from 49 % to 61 %. With improvements in hypertension-related care in all measures and across all regions, this primary healthcare model represents a potential paradigm for nationwide implementation.

Neural mechanisms underlying visual pareidolia processing: An fMRI study.

OBJECTIVES: Pareidolia is the interpretation of previously unseen and unrelated objects as familiar due to previous learning. The present study aimed to determine the specific brain areas that exhibited activation during real-face and face-pareidolia processing. METHODS: Functional Magnetic Resonance Imaging (fMRI) scans were performed on 20 healthy subjects under real-face and face-pareidolia conditions in National Magnetic Resonance Research Center (UMRAM), Ankara, Turkey from April 2016 to January 2017. FSL software was used to conduct a FEAT higher level (group) analysis to identify the brain areas activated during real-face and face-pareidolia processing. RESULTS: Under both the real-face and face-pareidolia conditions, activation was observed in the Prefrontal Cortex (PFCX), occipital cortex V1, occipital cortex V2, and inferior temporal regions. Also under both conditions, the same degree of activation was observed in the right Fusiform Face Area (FFA) and the right PFCX. On the other hand, PFCX activation was not evident under the real-face versus face scrambled or face-pareidolia versus pareidolia scrambled conditions. CONCLUSIONS: The present findings suggest that, as in real-face perception, face-pareidolia requires interaction between top-down and bottom-up brain regions including the FFA and frontal and occipitotemporal areas. Additionally, whole-brain analyses revealed that the right PFCX played an important role in processing real faces and in face pareidolia (illusory face perception), as did the FFA.