Digital Pressure Research Articles

Formwork pressure prediction in cast-in-place self-compacting concrete using deep learning

The prediction of formwork pressure exerted by self-compacting concrete (SCC) remains a challenge not only to researchers but also to engineers and contractors on the construction site. This article aims to utilize shallow neural networks (SNN) and deep neural networks (DNN) using Long Short-Term Memory (LSTM) approach to develop a prediction model based on real-time data acquitted from controllable laboratory testing series. A test setup consisting of a two-meter-high column, ø160 mm, was prepared and tested in the laboratory. A digital pressure monitoring system was used to collect and transfer the data to the cloud on a real-time basis. The pressure was monitored during- and after casting, following the pressure build-up and reduction, respectively. The two main parameters affecting the form pressure, i.e., casting rate and slump flow, were varied to collect a wide range of input data for the analysis. The proposed model by DNN was able to accurately predict the pressure behavior based on the input data from the laboratory tests with high-performance indicators and multiple hidden layers. The results showed that the pressure is significantly affected by the casting rate, while the slump flow had rather lower impact. The proposed model can be a useful and reliable tool at the construction site to closely predict the pressure development and the effects of variations in casting rate and slump flow. The model provides the opportunity to increase safety and speeding up construction while avoiding costly and time-consuming effects of oversized formwork.

Failure to post-dilate BeSmooth peripheral stents to adult vessel size diameters during benchside tests

Low-profile stent implantation remains a rescue treatment for aortic coarctation and branch pulmonary arteries stenosis in small children. Stent re-expansion to cope with vascular growth remains problematic. To evaluate ex vivo feasibility and mechanical behaviour of over-dilating BeSmooth peripheral stents (Bentley InnoMed, Germany). Three BeSmooth peripheral stents in diameters of 7, 8, and 10 mm were dilated to nominal pressure and then 13 atm. BeSmooth Ø7 × 23 mm was sequentially post-dilated using 12, 14, and 16 mm high-pressure balloons. BeSmooth Ø10 × 57 mm was post-dilated with a 14 mm balloon and then with a 48 mm bare-metal Optimus XXL stent hand-mounted on a 14 mm balloon (stent-in-stent). BeSmooth Ø8 × 57 mm was directly post-dilated with a 48 mm bare-metal Optimus XXL stent hand-mounted on a 16 mm balloon (stent-in-stent). The stents' diameter and length were measured. Digital inflation pressure was noted. Balloon rupture and stent fracture patterns were closely evaluated. At 20atm pressure, BeSmooth Ø7 × 23 mm shortened to 2 mm forming a 12 mm diameter solid ring circle and the woven balloon ruptured radially. At 10 atm pressure, BeSmooth Ø10 × 57 mm fractured longitudinally in various dispatched breaking points at a diameter of 13 mm without shortening and ruptured the balloon with multiple pinholes. At 10 atm pressure, BeSmooth Ø8 × 57 mm fractured centrally at three different points at a diameter of 11.5 mm without shortening and the balloon broke radially in half. In our benchmark tests, extreme shortening, severe balloon rupture, or unpredictable stent fracture patterns at small balloon diameters limits safe post-dilation of BeSmooth stents beyond 13 mm. BeSmooth stents are not ideal candidates for off-label stent interventions in smaller patients.

The Iatrogenic Injury Potential of Self-adherent, Elastic Bandages in Finger Injuries.

The use of a self-adherent, elastic bandage is a practical way to dress finger injuries. Multiple reports describe iatrogenic injuries from elastic bandages, ranging from skin necrosis to finger gangrene, necessitating amputations. This study investigated whether elastic bandages can compromise digital perfusion by occluding arterial blood flow in healthy volunteers and evaluated the utility of pulse oximetry as a monitoring tool for digital perfusion. A technique for safe bandage application is proposed. A commercially available elastic bandage was wrapped around the index finger of 20 healthy volunteers at varying degrees of stretch. Digital perfusion measurements were carried out using photoelectric pulse transduction, laser Doppler flowmetry, and pulse oximetry. Intracompartmental pressure measurements were recorded using a separate in vitro experimental model. Elastic bandages applied at maximum stretch did not change digital brachial index or pulse oximetry values, suggesting arterial blood flow was preserved distal to the bandage. Intracompartmental pressure measurements at maximum stretch remained below the systolic digital pressure. In contrast, superficial dermal perfusion fell to 32% of normal as measured by laser Doppler flow, at 100% bandage stretch. This study suggests a risk for iatrogenic injury when using elastic bandages for finger dressings. While arterial inflow was never compromised, pressures were high enough to occlude superficial venous outflow, which may begin at 20% bandage stretch. Pulse oximetry failed to detect changes distal to applied dressings, and we do not recommend it to detect digital vascular compromise in this setting.

Construct, reliability and reproducibility of an ICF-based pelvic floor muscle strength scale

Background: The functional evaluation of the pelvic floor muscles (PFM) is a fundamental part of the algorithm for establishing the kinesiological-functional diagnosis, without which the eligibility of the most appropriate techniques for the treatment of dysfunctions related to the pelvic floor is nothing more than trial-and-error. However, there is no consensus in the literature regarding strength scales. Aims: to validate a digital strength scale for the pelvic floor muscles based on the International Classification of Disability, Functioning and Health (ICF). Method: a digital pressure scale, based on the five degrees of function/dysfunction of the ICF, was constructed and validated by a digital pressure dynamometer specially built for this purpose. The digital manual closing force data of dorsalis interosseous muscles (medium and indicator fingers) of 210 pelvic physiotherapists were collected and studied. Results: Construct: It was possible to construct a 5-degree strength scale for PFM. Face: all volunteers understood the scale and considered it easy to apply. Reliability and Reproducibility: The force of the 210 was always between 800 kfg and 1000 kgf, showing high reliability and reproducibility. Conclusion: the new scale for measuring and recording PFM strength based on the ICF showed high reliability and reproducibility and could be used for this purpose.

FABRICATION OF A DIGITAL PLANTAR PRESSURE ESTIMATING DEVICE WITH INTERNET OF THINGS ABILITY

Digitally estimating the magnitude of the Plantar Pressures (PP) of the foot is an important aspect in the biomechanical management of diabetic foot and is not yet adopted in our clime and many low income countries mostly due to high cost and complexity of existing designs, as well as poor awareness. This study aimed to produce a cheaper, easier to use and internet of things compliant digital plantar pressure estimating device (DPPE) which should be able to detect, estimate and output in-shoe plantar pressure distribution. 10 Force Sensitive Resistor (FSR) were anatomically spread across an ambipedal insole. ESP8266 board was utilized as the microcontroller. Web applications were designed to ensure a smooth communication between the sensors, the microcontroller, the internet and the display units (Computers and Phones). The device achieved ambipedal fitting, Wi-Fi to internet signal transmissions were successful, and the sensors ability to detect and estimate pressure was achieved. The DPPE as produced in this study can help in achieving digital assessment of the PP estimation and its distribution on the foot for clinical evaluations, hence, it is an important tool in the clinical assessment of the DF managements. Use of WiFi as a mode of data transmission is ideal in a post-COVID world of ours as it supports virtual communication.

Blood pressure dynamics during home blood pressure monitoring with a digital blood pressure coach-a prospective analysis of individual user data.

Self-monitoring of blood pressure at home is a better predictor of prognosis and recommended in hypertension guidelines. However, the influence of baseline blood pressure category and measurement schedule on BP values during a period of home blood pressure monitoring (HBPM) are still poorly defined, particularly when used in conjunction with a digital application. We analysed temporal BP changes and performed BP classification tracking in users with self-reported hypertension performing HBPM with a digital and interactive blood pressure coach. Of 3175 users who enrolled in HBPM, 74.1% completed the first measurement period. Overall, mean systolic BP dropped significantly after the first day, but stratification by BP category demonstrated that initial category influenced BP course. BP classification tracking revealed that time to reach final BP category was dependent on baseline category, with users in categories high normal and grade 1 hypertension requiring more days to decrease BP class volatility and to reach their definitive BP class. This was driven by an intense switching between directly neighbouring categories until the middle phase of the HBPM period, while more distant class switching occurred less often and only early on. Overall, >90% of users maintained their category by day 5. Omitting the first day from analysis lead to therapeutically relevant reclassification in 3.8% of users. Users who completed at least two HBPM periods (n = 864) showed a mean SBP/DBP decrease of 2.6/1.6 mmHg, which improved hypertension control from 55.6% to 68.1%. The optimal length of HBPM period depends on BP category. HBPM with a digital coach is associated with a reduction in average BP and improvement in BP control.

Dual-Mode Logic Gate for Intelligent and Portable Detection of MicroRNA Based on Gas Pressure and Lateral Flow Assay.

Molecular logic gate provides an intelligent option for simultaneous detection of biomarkers. Herein, a dual-mode DNA logic gate was proposed to portably and intelligently detect multiple microRNAs (miRNAs) by gas pressure biosensing and lateral flow assay (LFA). A platinum-coated gold nanoparticle (Au@PtNP) with catalase-like activity was used as a signal reporter to achieve a dual-signal readout. MiRNAs as the input initiated the cyclic strand displacement reaction (SDR) to enrich a large amount of Au@PtNPs. Thus, miRNA can be visually detected by a lateral flow strip (LFS) using the grayish-brown color of Au@PtNPs as output 1. Furthermore, Au@PtNP-catalyzed decomposition of H2O2 resulted in gas pressure as output 2, which was measured by a digital and handheld gas pressure meter. As a consequence, microRNA 21 (miR-21) was sensitively and reliably detected with the limit of detection (LOD) of 7.2 pM. The selectivity and real sample analysis were both satisfactory. Significantly, two-input and three-input AND logic gates were successfully developed to realize multiple detection of two miRNAs and three miRNAs, which provide a promising way for intelligent multi-input analysis. Predictably, with the advantages of portability, simplicity, and affordability, the dual-mode logic gate based on gas pressure biosensing and LFA offers a new perspective on the field of intelligent and portable biosensing and bioanalysis.

Service Availability and Readiness of Primary Care Health Facilities Offering Hypertension Diagnosis Services in Wakiso District, Uganda, 2019.

Hypertension is a growing burden in Uganda and other low- and middle-income countries. Appropriate diagnosis services are needed at primary care health facilities to identify, initiate treatment for, and manage hypertension. This study assessed service availability and readiness as well as facilitators and barriers in primary health care facilities for hypertension diagnosis services in Wakiso District, Uganda. In July and August 2019, we conducted structured interviews at 77 randomly selected primary care health facilities in Wakiso District. We used an interviewer-administered health facility checklist modified from the World Health Organization's service availability and readiness assessment tool. We also conducted 13 key informant interviews with health workers and district-level managers. Readiness was measured by availability of functional diagnostic equipment, related supplies and tools, and health provider attributes. Service availability was measured by assessing hypertension diagnosis services. Most (86%; 66 of 77) health facilities offered hypertension diagnosis services and 84% (65 of 77) had digital blood pressure measuring devices; only 69% (53 of 77) had functional blood pressure measuring devices. Lower-level facilities lacked appropriate blood pressure cuffs for use across age groups: 92% (71 of 77) lacked pediatric cuffs and 52% (40 of 77) lacked alternative adult cuffs. Facilitators for diagnosing hypertension included partners that built health facility staff capacity and funds for purchasing hypertension diagnostic supplies; common barriers were nonfunctional equipment, delays in receiving training, and inadequate staffing. The results highlight the need for an adequate supply of devices, routine replacements or repairs, and frequent refresher training for health workers.

Effects of Translucency and Thickness of Lithium Disilicate-Reinforced Glass-Ceramic Veneers on the Degree of Conversion of a Purely Light-Curing Bonding Resin: An In Vitro Study.

The objective of this study was to evaluate the variations in the degree of conversion (DC) of a light-curing composite resin when the thickness or the translucency of lithium disilicate-enriched glass-ceramic veneers are modified. IPS e. max® CAD blocks of the MT-A2, LT-A2 and MO1 types were cut to obtain four slices with thicknesses ranging from 0.6 mm to 1 mm. A strictly light-curing composite resin (G-aenial Universal Injectable) was injected in the empty part of a silicone mold so that the veneer could then be inserted under digital pressure to the stop. A 40 s light cure (1400 mW/cm2) was then performed. Resin samples were analyzed using Fourier transform infrared (FTIR) spectroscopy. When the degree of translucency of the ceramic was modified, a decrease in the resin conversion rate was noted, but with a non-significant global p-value (p = 0.062). Interestingly, the degree of conversion of the light-curing composite resin was also modified when the ceramic's thickness increased, especially when it was over 1 mm (DC0.6 > DC0.7 > DC0.8 > DC1; p < 0.0001). This confirms that the degree of conversion of a bonding material is very dependent on the ceramic's thickness. Contradictory data are, however, found in the literature, where there are reports of an absence of a difference between the DC obtained with thicknesses of ceramics of 0.7 and 2 mm.

PREVALENCE OF HYPERTENSION AND ASSOCIATED RISK PREDICTORS AMONG SCHOOL GOING ADOLESCENTS LIVING IN WEST BENGAL, INDIA

Background: Hypertension or high blood pressure (HBP) is a most common non-communicable disease. Childhood HBP is a major public health problem worldwide as it tracks to adulthood. HBP was associated with obesity. Objective: This study was undertaken to investigate the prevalence of high blood pressure in Indian adolescents and its association with various anthropometric obesity indices. Methods: The study was conducted among school students aged 11-17 years. Blood pressure was measured using digital oscillometric blood pressure monitor. Anthropometric parameters like height, weight, Neck circumference, Waist circumference and Hip circumference were assessed using standard methods. BMI, Neck height ratio and waist height ratio were calculated. Blood pressure status was evaluated on the basis of American Academy of Pediatrics guideline. SBP and/or DBP &gt; 95th percentile in children below 13 years and 130/80 or above in adolescent 13 years or older was considered as high blood pressure. The association between BP and anthropometric parameters were examined. Results: A total 1272 students of class V-XII were participated in this study out of which 56.3% were female and 43.7% were male. 26.8% boys and 13.1% girls were under HBP category. Signicant positive correlation was observed between BP and body fat indices. Overweight and obesity were signicantly associated with risk of hypertension among boys and girls. Central obesity and upper body obesity were also associated with high blood pressure. Conclusion: Prevalence of high blood pressure in adolescent is alarming. Hypertension was signicantly associated with general obesity, abdominal obesity and upper body obesity. Thus screening of risk of high BP should be carried out in adolescents and initiate intervention to control the consequences of it.

Revision Rhinoplasty Finesse with Digital Osteotomies.

Revision rhinoplasty is a finesse procedure requiring careful consideration of all of its requisite steps. Lateral osteotomies are required in many cases and, in the setting of prior lateral osteotomies, can often be recreated with digital pressure alone, without the use of an osteotome. The advantages of doing so include decreased dead-space creation and preservation of attachments between the skeleton and overlying soft tissue.

A Cross-sectional Study to Associate BMI with Pressure Pain Threshold and Pain Tolerance Among Healthy Young Individuals

Background: Although pain is common for everyone, it is a subjective sensation influenced by different variables. One factor that influences pain threshold and perception is body mass index (BMI). This study investigates the connection between BMI and pain by assessing the pressure pain threshold and tolerance on the median and ulnar nerves in the palms. Methods: The PPT and PT of 120 participants were measured with a digital pressure algometer (FPIX50; Wagner Instruments). Measurement sessions consisted of consecutive PPT and PT readings on the thenar and hypothenar eminence of the dominant and non-dominant hand. In addition, the PPT and PT were compared between BMI, thenar and hypothenar, dominant and non-dominant hand, and sexes. Results: The results have shown that the PPT and PT increased with BMI. However, only three out of the eight readings were significant (p = &lt;0.05). When comparing the thenar and hypothenar, the results revealed significantly higher PPT and PT levels in the hypothenar (p = &lt; 0.001). The results comparing the PPT and PT between the dominant and non-dominant hand revealed a significantly higher PPT in the non-dominant hand reflected across the thenar and hypothenar (t= -6.197, p= &lt;0.01) (t= -2.550, p= 0.012), respectively. In addition, males had higher PPT and PT values (p = &lt;0.05). Conclusion: The results suggest that individuals with higher BMI can tolerate more pain. They also indicate that the hypothenar eminence could withstand higher pain levels than the thenar eminence. In addition, our assessment also revealed a higher pain threshold observed in participants' nondominant hands, but the same could not be deduced for the pressure pain tolerance. Furthermore, the results have shown that males could tolerate more pain than females.

Investigating the experimental parameters of a rib triple pipe heat exchanger

In the current research, the triple concentric-pipe heat exchanger is experimentally inspected with regard to the double concentric-pipe heat exchanger. To optimize the design, the thermo-fluid of the heat exchangers has been clarified with respect to several design parameters for a counter and parallel flows. One procedure is to full the inner pipe with chilled water and the inner annulus pipe with hot water, while the outer annulus pipe, the tap water was used. The temperatures of the supplied water measured by thermocouples linked to the computer through a data acquisition unit. The flow rates of the system's water were evaluated by 3 flow-meters while the water's drop pressure were measured using a pre-calibrated digital pulse pressure transmitter. The performed flow patterns were the co-current, counter-current, co-current with counter-current flow and counter-current with co-current. The efficiency, friction factor and Nusselt number have been investigated and compared for both types of exchangers. The results showed that the triple concentric-pipe heat exchanger exhibited high heat exchanging efficiency and lower energy consumption than the double concentric-pipe heat exchanger. By the same token, better efficiency ε (around 50% greater) obtained for both counter and parallel flows. The results also revealed that with various flow arrangements, Nu, and the ε, for the triple concentric-pipe heat exchanger are greater than that for the Double concentric-pipe heat exchanger.

Real-time underground route identification and route progress using simple on-board sensing and processing

The global emphasis on conserving energy resources has led to the adoption of hybrid power systems in vehicles. Optimally applied, hybrid systems can save up to 40% on fuel costs. To optimally manage a hybrid vehicle's energy flow it is necessary to know, in real time, all the energy requirements to complete a given route. The energy consumption depends mainly on the vehicle mass, speed profile, and route topography. Of these, the topographic profile is the one factor that is only route-dependent and not influenced by the vehicle or driving styles. The heading vs. distance profile is also an example of a route characteristic not influenced by the vehicle or driving style. In this study the topographic and heading profiles are used to identify routes, and are easily measured by means of digital barometric pressure and compass sensors. Correlations between the current route and previously travelled/stored routes are performed based on their topographic and heading profiles in a point-by-point manner. Above-ground tests were first performed using a road vehicle and six routes to evaluate the system. The system consistently and correctly identified a 20 km route within the first 4 km. It also proved to function correctly in underground tests through the implementation of an instrumented hand-held surveyor's wheel. This system finds direct practical application in optimizing the energy management of an underground hybrid locomotive used by the mining industry in South Africa, but can also be of benefit in applications where route identification is required and using GPS is not feasible.

Focus on test, measurement, quantum metrology, and analytical equipment

Focus on test, measurement, quantum metrology, and analytical equipment

Dental trauma in children. Dislocation. Diagnostic features, treatment and prophylaxis

Traumatic dental injury (TDI) is a public health problem with high prevalence and incidence rates. Appropriate intervention can significantly reduce subsequent complications of these events. This case report describes the clinical interventions to manage a patient with traumatic maxillary incisor with extrusive dislocation . The intervention aimed to preserve pulpal vitality and ensure periodontal maintenance to the highest possible degree. In this article, the patient referred to the ,, Spitalul Clinic Republican pentru Copii „Emilian Coțaga””with dental trauma who suffered extrusive dislocation of maxillary lateral incisor d.12 . The patient reported that he suffered a direct blow to the OMF region. The case will document the clinical approach taken for d.12 permanent maxillary incisor with extrusive dislocation in a 17-yearold boy. The proposed procedures involved repositioning of the tooth, by digital pressure and stabilization using a rigid splint namely with the help of fixed orthodontic straight Muspring Ni-Ti appliance with 14mm diameter for 3-4 weeks ,plus bracket refixation on the tooth surface. X-rays are useful to visualize the displacement of the tooth in the alveolus and its repositioning. In this case we will use the OPG paraclinical examination as a diagnostic source. However, long-term clinical and radiological follow-up (3,6,12 months) is necessary to prevent and detect early any complications that may arise from extrusive dislocation. Lacunar, apical or superficial root resorption, pulpal necrosis may occur from which the treatment tactics should be modified, respectively, and the rehabilitation time will be different.

Anxiety level and physiological response to invasive dental treatments. a longitudinal study

To determine the relationship between the level of anxiety and the physiological response to invasive dental treatments. A convenience sample of 180 patients was formed (73 men and 107 women) ≥18 years (range: 18-58) undergoing treatment with local anesthetics from three private dental offices in the city of Lima. Measurements were made before, during and after treatment on anxiety according to the IDARE questionnaire of 40 questions (20 trait and 20 state) and their physiological response was evaluated according to oxygen saturation (OS), pulse and blood pressure (BP) measured. with digital pulse oximeter and blood pressure monitor. The Friedman and Spearman correlation tests were used, working with a value of P<0.05. Most patients had a medium level of anxiety before dental treatment (state 49.4% and trait 55.6%). OS, pulse and BP increased after application of the anesthetic and decreased at the end of treatment, with significant differences (P<0.05). Anxiety scores were significantly correlated only with pulse (state: r=0.238-0.564; trait: r=0.174-0.323) and BP (state: r=0.429-0.699; trait: r=0.312-0.465) (P<0.05). State-trait anxiety had a positive relationship with the physiological dimensions of blood pressure and pulse before dental treatment with local anesthetics.

Tamil OCR Conversion from Digital Writing Pad Recognition Accuracy Improves through Modified Deep Learning Architectures

Digital handwritten recognition is an emerging field in optical character recognition (OCR). A digital writing pad replaces manual writing. In digital writing, the alphabet changes in font and shape. During OCR recognition, covert text file errors occur due to digital pen pressure and digital pen position on the digital pad by the writer. The shape changes in the alphabet lead to an error during the conversion of OCR to text. The above problem arises in Tamil, Chinese, Arabic, and Telugu, where the alphabet consists of bends, curves, and rings. OCR‐to‐text conversion for the Tamil language has more word errors due to angles and curves in the alphabet, which need to be converted accurately. This paper proposes ResNet two‐stage bottleneck architecture (RTSBA) for Tamil language‐based text recognition written on a digital writing pad. In the proposed RTSBA, two separate stages of neural networks reduce the complexity of the Tamil alphabet recognition problem. In the initial stage, the number of inputs and variables is reduced. In the final stage, time and computation complexity are reduced. The proposed algorithm has been compared with traditional algorithms such as long short‐term memory, Inception‐v3, recurrent neural networks, convolutional neural networks, and a two‐channel and two‐stream transformer. Proposed methods, such as RTSBA applied in the digital writing pad‐handwritten and HP lab datasets, achieved an accuracy of 98.7% and 97.1%, respectively.

Pratiques numériques de lycéens et injonctions à l’autonomie à l’épreuve du confinement

Lors du premier confinement imposé en France du fait de la pandémie de Covid-19, les lycées ont été fermés pendant plusieurs semaines. Le passage soudain à un travail « en autonomie » reposant largement sur les technologies numériques confrontait les lycéens à plusieurs défis. Les élèves devaient, individuellement et collectivement, s’adapter à cette situation d’apprentissage inédite tout en se débrouillant avec des outils technologiques dont ils n’avaient pour la plupart que peu l’expérience. Les lycéens ont-ils à cette occasion développé leur culture numérique et leur autonomie au travail ? Afin d’explorer cette question, nous analysons ici 32 entretiens semi-directifs réalisés auprès de jeunes ayant vécu cette période de confinement en tant qu’élèves de Terminale. Les données récoltées permettent d’observer et de caractériser de manière fine le type de difficultés rencontrées par les élèves. Elles mettent également en lumière certaines formes originales de collaboration, entre élèves, mais aussi avec les enseignants.

Prevalence and determinants of hypertension among urban tribal communities in Nagaland, India-A community-based study.

There is a paucity of data on the burden and factors associated with hypertension among the Nagas (collective term for tribal ethnic groups predominantly residing in Nagaland) living in an urban environment. Insights from this study will aid in mapping focused community-based and primary care interventions for hypertension. To determine the prevalence and risk factors associated with hypertension among Nagas aged 30-50 years residing in urban Dimapur, Nagaland. A community-based cross-sectional study was conducted between January and July 2019. This study screened 660 participants for hypertension using a digital blood pressure apparatus. A semi-structured questionnaire was used to assess the risk factors, and anthropometric measurements were recorded using standard guidelines. The prevalence of hypertension and pre-hypertension was 25.9% and 44.5%, respectively. Non-modifiable risk factors such as male gender (adjusted odds ratio [AOR]: 2.02; 95% confidence interval [CI]: 1.32-3.09), age > 40 years (AOR: 2.32; 95% CI: 1.57-3.41), family history of hypertension (AOR, 1.87, 95% CI: 1.19-2.92) and modifiable risk factors such as current alcohol consumption (AOR: 2.05; 95% CI: 1.27-3.31), high/very high perceived stress (AOR: 2.15; 95% CI: 1.28-3.62), lack of participation in stress relief activities (AOR: 2.08; 95% CI: 1.17-3.71) and overweight/obesity (AOR: 2.26; 95% CI: 1.55-3.30) were independently associated with hypertension in this study. To avert an impending health crisis in this community, a multipronged approach involving primary-care/family physicians, culturally appropriate awareness, and targeted community-based screening programs with an adept referral system must be implemented to curtail this emerging threat.