Compensation Rate Research Articles

Temperature compensation method for impedance signals of bolt loosening under temperature varying conditions using TransUnet

Abstract Piezoelectric transducer based electro-mechanical impedance technology is an effective and reliable detection method for bolt structure loosening under external load. However, temperature change usually causes some non-loosening factors to change the impedance spectrum of bolt structure. In order to reduce the misjudgment of loosening damage caused by temperature change, it is necessary to construct a temperature compensation model for impedance spectrum. In this paper, the convolutional structure in U-net and Transformer are effectively combined to form a TransUnet deep neural network structure suitable for input and output of one-dimensional data. Using impedance data between 10 °C and 50 °C and temperature as input to the network. After convolution operation, the convolutional block attention module is embedded in the U-net to optimize the encoder transmission characteristics and enhance the performance of the skip connection in the traditional U-shaped structure. The temperature compensation rate (TCR) is defined to measure the effect of temperature compensation. Then the lightweight convolutional neural network structure is used to recognize the bolt loosening damage of the compensated impedance signal. The generalization ability of the TransUnet was tested using impedance data that is not in the training dataset. The results show that the TransUnet proposed in the paper can realize the temperature compensation of multi-peak impedance signals. The TCR and recognition accuracy of bolt loose damage reaches reach 0.003 and 95.7%, respectively, which is 11% higher than that without temperature compensation. At 60 °C, the TCR and the identification accuracy of loosening damage can still reach 0.0055 and 90.2%, respectively, which show that the TransUnet has strong generalization ability.

A study on the introduction of mixed payment compensation system through top-down cost information analysis in Korea

This study aims to identify the problems of the Korean health insurance fee system and to suggest a reasonable insurance fee construction alternative using the cost analysis data of hospitals. To this end, the characteristics of the medical fee payment system and hospital cost analysis were examined, and the cost data of one national public general hospital were used for the analysis. The cost allocation criteria were divided into labor costs, material costs, pharmaceutical costs, equipment costs, and overhead costs, and a top-down cost analysis was conducted. The analysis results showed that the cost was greater than the income in the case of outpatient and inpatient treatment performance, and the analysis results on the amount of physician workload showed that the relative value of physician workload calculated based on the cost was analyzed to require an increase of 1.52 times for hospitalization fees and 1.72 times for examination fees. The main factor affecting the cost compensation rate was that when the proportion of examination fees was high, the cost compensation level increased, while on the other hand, the cost compensation rate decreased as the proportion of physician labor costs increased or the length of stay increased. In order to resolve the ongoing complaints of medical service providers under the current fee-for-service system and secure the appropriateness of health insurance compensation rates, compensation for physician fees should be induced to realize the level of cost compensation through cost-based, per-service fee calculations, and the rationality of the payment compensation system can be secured by securing autonomy of providers through bundled fees for hospital costs and changing the payment method.

Determinants of Farmers' Awareness and Perspectives on Pradhan Mantri Fasal Bima Yojana in Southern Tamil Nadu, India

Farmers in India face numerous risks that significantly impact their crop production, highlighting the need for effective crop insurance. Recognizing the limitations of the existing crop insurance system, the Government of India initiated the Pradhan Mantri Fasal Bima Yojana (PMFBY) during the Kharif 2016 season. This scheme offers competitive premiums and favourable terms, yet coverage of farmers remains low. This study investigates the factors influencing the farmers’ awareness and perceptions of the PMFBY scheme. The survey was conducted to collect primary data from 350 cotton farmers in Virudhunagar district, Tamil Nadu. Findings reveal that while farmers have partial awareness of various aspects of crop insurance, they are generally informed about premiums and procedural requirements. The probit model analysis identifies that education, organizational membership, mass media exposure, and extension contacts have a positive influence on farmers' awareness levels. However, negative perceptions persist, particularly concerning delayed claims, inadequate compensation, and high premium rates. This study recommends the implementation of government-led awareness programs designed to educate and cultivate greater awareness among farmers regarding crop insurance and its benefits. Such initiatives could enhance demand for crop insurance to mitigate the adverse impacts and ensure greater sustainability of farmers' livelihoods.

Spatiotemporal Evolution Characteristics of Carbon Sources and Carbon Sinks and Carbon Balance Zoning in the Yangtze River Delta Region

Mastering the spatiotemporal evolution laws of carbon sources and sinks is of great significance to promote the coordinated development of regional low-carbon, improve the science of carbon reduction and sink increase policies, and realize the goal of "double carbon." Taking 41 cities in the Yangtze River Delta Region as the research object, this study analyzed the spatiotemporal evolution characteristics of carbon sources and sinks in the Yangtze River Delta Region from 2000 to 2020 and conducted the carbon balance zoning. The results were as follows： ① The carbon emissions increased rapidly in the Yangtze River Delta Region from 2000 to 2011 but with some fluctuations after 2011. Carbon sinks increased slowly in the Yangtze River Delta Region from 2000 to 2020. The regional differences in carbon emissions and carbon sinks were significant, and the spatial pattern was relatively stable. ② The carbon compensation rate in the Yangtze River Delta Region showed a downward trend, and the carbon productivity, energy utilization efficiency, and carbon ecological support capacity were constantly enhanced. Interregional differences were the main source of carbon compensation rate in the Yangtze River Delta Region. Both the carbon compensation rate and carbon ecological support coefficient showed a spatial pattern of "high in the west and low in the east, high in the south and low in the north." The areas with high carbon economy contributive coefficient were concentrated in the central and southern areas of the Yangtze River Delta regions, and the areas with low carbon economy contributive coefficient were concentrated in Anhui Province. ③ Based on the carbon economy contributive coefficient and the carbon ecological support coefficient, cities in the Yangtze River Delta Region were classified into low-carbon maintenance areas, economic development areas, carbon sink development areas, and comprehensive optimization areas. Recommendations were proposed for each category of cities in order to promote the coordinated development of regional low-carbon and realize the goal of "double carbon".

Quantifying the financial impact of treatment intolerance in chronic myeloid leukemia on oncology clinical practices: A mixed methods study.

e18520 Background: Tyrosine kinase inhibitors (TKIs) have changed the prognosis for patients with chronic myeloid leukemia (CML) to a chronic disease. However, adverse events related to TKI treatment intolerance frequently occur. While the impact of CML treatment intolerance on patient quality of life and cost to health insurers has previously been measured, the time and cost impact to oncology practices is unknown. This mixed methods study aimed to estimate the average time and cost to oncology practices per CML treatment intolerance episode. Methods: The study combined interviews of oncology practice staff with economic modeling. A convenience sample of oncology practice managers was interviewed between October 2023 - January 2024. Interviews aimed to identify and quantify the cost dimensions of addressing treatment intolerance in CML patients. Time impacts reported by respondents were converted into monetary terms using hourly compensation rates of staff needed to complete the identified task. Results: A total of 10 academic oncology practice managers participated in the study. Eight cost dimensions were identified including time spent on prior authorization for medication switch, patient communication, follow-up visits, and care coordination after inpatient stays. Estimated practice time and cost per treatment intolerance episode requiring hospitalization were 34 hours and $3,413 (Table), which were largely attributable to navigating payer prior authorization for medication switch (10 hours, $871), additional follow-up visits (8 hours, $858) and care coordination with inpatient team (9 hours, $782). Activities that could be coded for reimbursement represented only 31.9% of incurred cost. The time and cost per treatment intolerance episode requiring no hospitalization were 17 hours and $1,772. Other burdens not explicitly quantified included negative impact on patient satisfaction, staff morale and care continuity. Conclusions: CML treatment intolerance imposes additional resource and economic burden on oncology practices, and most of these activities are not reimbursed in the current healthcare system. [Table: see text]

Geometric error modeling and decoupling identification of rotary axis of five-axis machine tool based on spatial trajectory planning

This paper proposes a method for identification of geometric error and the improvement of measuring accuracy of rotary axes. The primary objective of this work concentrates on the decoupling identify of geometric errors of rotary axis, and the optimal selection of measurement parameters (velocity and measuring points), which can ensure measurement completeness and improve accuracy simultaneously. The proposed approach involves the construction of spatial trajectory driven four-axis motion synchronously. Subsequently, measurement parameters are optimal selected with identification matrix. In the next step, PDGEs are represented using NURBS rapidly solved. The investigations reveal that error decoupling can further enhance compensation accuracy. It was also shown that simply increasing the number of measurements does not improve identification accuracy. The result of experiment indicates that the average compensation rate of trajectory reaches 59.73 %. Therefore, the proposed method can be employed in the reliable calibration of geometric errors particular to five-axis machine tool.

Examining the interplay of teacher well-being, executive function, and adaptability in virtual instruction during COVID-19 disruptions

The documented challenges of the early care and education (ECE) workforce include poor well-being, inadequate compensation, and high turnover rates. The COVID-19 pandemic not only exacerbated these issues, but also imposed additional demands such as virtual instruction, highlighting the need to understand how teachers’ well-being relates to their adaptability in teaching. The present study examined whether early childhood teachers’ well-being is directly and indirectly related to adaptability to virtual instruction via teachers’ executive function during the COVID-19 pandemic. With a research-practice partnership project in a Head Start program in a metropolitan area in the central United States, data were collected from the Early Head Start/Head Start annual teacher survey (n = 148). Mediation analysis showed that teachers who demonstrated higher well-being displayed higher levels of executive function, which in turn was associated with greater adaptability in virtual instruction. Beyond the pandemic, findings highlight the importance of supporting teachers’ well-being and executive functions to promote adaptability, which is critical not only in virtual instruction, but also in successfully navigating other challenges of the teaching profession.

Obstetric claims in Finland 2012-2022-A nationwide patient insurance registry study.

Maternal and infant mortality rates in Finland are among the lowest in the world, yet preventable obstetric injuries occur every year. The aim of this study was to describe obstetric claims, their compensation rates, and temporal trends of claims reported to the Patient Insurance center. A nationwide, register-based study was conducted. Data consisted of obstetric claims reported to the Patient Insurance Center between 2012 and 2022. Data analyzed included the year of injury, compensation criteria, maternal age, birth hospital, delivery method, reported causes of injury, and maternal or neonatal injury. The data were analyzed with descriptive statistics and logistic regression models. A total of n = 849 obstetric claims were filed during the study period, of which n = 224 (26.4%) received compensation. The rate of claims was 0.15%, and the rate of compensation was 0.04% in relation to the total volume of births during the period. Substandard care was the most common (97.3%) criterion for compensation. There was a curvilinear increase in the claims rate and a linear increase in compensation rates from 2013 to 2019. More claims were filed and compensated for cesarean and vacuum-assisted deliveries than for unassisted vaginal deliveries. Delayed delivery (18.7%) and surgical technique failure (10.9%) were the most reported causes of injuries. Retained surgical bodies were the induced cause of injury with the highest rate of compensated claims (86.7%). The most common maternal injury was infection (17.9%) and pain (11.7%). Among neonatal injuries, severe (19.2%) and mild asphyxia (16.6%) were the most frequent. Burn injuries (93.3%) and fetal or neonatal death (60.5%) had the highest rate of compensated claims. The study provided new information on substandard care and injuries in obstetric care in Finland. An increasing trend in claims and compensation rates was found. Identifying contributors to substandard care that lead to fetal asphyxia is important for improving obstetric safety. Further analysis of the association of claims and compensation rates with operative deliveries is needed to determine their causality. Frequent review of obstetric claims would be useful in providing more recent data on substandard care and preventable injuries.

Vestibular Hypofunction Screening in Older Cochlear Implant Candidates.

Vestibular loss is associated with increasing age and hearing loss. Cochlear implantation (CI) may be performed in these patients; however, CI can induce vestibular hypofunction (VH) postoperatively. If CI is performed in the "better balancing ear," patients may experience vestibulopathy from new bilateral VH. The objective of this study was to evaluate the rates of VH in older CI candidates, thereby helping to identify patients at increased risk for bilateral VH after CI. Retrospective cohort study from 2019 to 2022 of patients age 60 to 80 years old who underwent videonystagmography (VNG). Tertiary care neurotology practice. VNG, including spontaneous nystagmus, cervical vestibular evoked myogenic potential (cVEMP), caloric stimulation, and rotary chair, was reviewed and stratified by CI candidacy. Patients with prior CI or known vestibular diagnosis were excluded. Thirty-three patients were CI candidates and 184 patients were controls. cVEMP demonstrated a significantly greater rate of unilateral VH in CI candidates (P = .018). Caloric stimulation demonstrated an elevated rate of bilateral VH and presbyvestibulopathy in CI candidates (P = .057 and P = .036, respectively). Rotary chair demonstrated a significantly higher rate of bilateral VH and incomplete vestibular compensation based on reduced gain and gain asymmetry, respectively, in CI candidates (P < .001 and P = .043, respectively). Mean bithermal slow phase velocity sum and rotary chair gain were significantly lower in the CI candidate group (P = .002 and P < .001, respectively). Preoperative identification of VH determined the side of implantation in 4 patients (15%). VH and incomplete vestibular compensation are common and more frequently seen in CI candidates compared to age-matched controls. Vestibular screening can play a role in surgical counseling and planning, and should be considered in older patients undergoing CI.

Twist compensated, high accuracy and dynamic fiber optic shape sensing based on phase demodulation in optical frequency domain reflectometry

We present a twist compensated, high accuracy and dynamic fiber optic shape sensing based on phase demodulation in Optical Frequency Domain Reflectometry (OFDR) by using multiple single core fiber based sensor (MFS). A dynamic strain sensing is realized by tracking the optical phase in OFDR and combining with the phase de-hopping filtering algorithm, and the sensing spatial resolution reaches 45 μm. In addition, in order to eliminate the influence of external twist and fluctuation of inherent spin on the shape reconstruction results, we propose an external twist compensation method and inherent spin rate calibration method, respectively. Finally, we use a circle segment method to reconstruct a 3D shape of MFS. The experimental results show that the reconstruction accuracies by the proposed external twist compensation and inherent spin rate calibration methods increase over 18 times and 20 times than those without these two methods, respectively. At the same time, comparing with the traditional cross-correlation-based method, we find that the proposed phase demodulation method has a similar reconstruction accuracy, the maximum reconstruction error is 0.61 %, whereas the shape reconstruction speed is improved by nearly 10 times. This is of great significance for the application of FOSS, which can be used for dynamic shape sensing such as intelligent soft robots, surgical robot and etc.

The Equity-Centered Participatory Compensation Model (EPCM): A Tutorial for This Emergent Methodology

A key component of equity-focused research is centering marginalized voices throughout the entire research process. To fully integrate community voice, fair and flexible compensation for community members’ participation is required. Relying on equity and community-based participatory research principles, the Equity-Centered Participatory Compensation Model (EPCM) offers one method to ensure that compensation rates prioritize the well-being, comfort, and agency of research participants. This tutorial provides instructions for the implementation of a 4-step process through which researchers can shape their compensation practices to match the individual needs of their participants. We provide examples from our own project regarding how we mapped the compensation model to our research activities and include a rubric of best practices for applying equity principles to compensation rates. We conclude with suggestions for navigating institutional restrictions when implementing this new methodology. We intend for this model to serve as a methodological framework for future researchers to help promote equitable fiscal relationships with community participants.

199 Early expansion and outcomes of a multilingual Latine review board for inclusive science

OBJECTIVES/GOALS: The NC Translational and Clinical Sciences (NC TraCS) Institute’s Latine Community Review Board (CRB) provides expertise to researchers seeking to culturally adapt interventions and improve language access in clinical and translational science. Early efforts aimed to expand CRB membership, build member capacity, and assess CRB impact. METHODS/STUDY POPULATION: Founded in 2021, the NC TraCS Latine CRB is an advisory group of natively Spanish-speaking, Latine North Carolinians who contract with research teams (RTs) to review Latine community-facing study materials (e.g., decision aids, scales, recruitment scripts) and provide feedback for improving or validating materials’ linguistic accuracy and cultural relevance. Bilingual staff facilitate members’ review of materials, use focus group methods to solicit feedback, and report key findings and suggested revisions to RTs. In 2023, we recruited new age-, gender-, and racially diverse members; and implemented process and impact evaluation, via (1) post surveys of RTs and (2) assessment of members’ experiences and visions for growth utilizing the Focused Conversation Method (Top-network, 2021). RESULTS/ANTICIPATED RESULTS: Since 2021, NC TraCS has conducted 11 Latine CRB review sessions to support 7 research studies. Current CRB members (n=8) report that (1) their work effectively supports Latine inclusion in research; (2) increased group size and diversity help ensure study materials are comprehensible to heterogenous Latine populations; and (3) an hourly member compensation rate equal to the hourly rate of TraCS’ staff accurately represents member contributions. Members also cited that they value open communication, continuous improvement, communication via email and group chat, periodic programming meetings, and RT updates on study outcomes. Post-session RT surveys to date (n=3) show that RTs would recommend this program to other researchers (pending survey responses from RTs this year will provide additional impact data). DISCUSSION/SIGNIFICANCE: Early data highlight the value of fairly compensated, bilingually coordinated input from diverse Latine community members for improving studies’ inclusion of heterogeneous, multilingual communities. Our approach can inform the development, growth, and continuous improvement of multilingual review boards at other research institutions.

Distribution network tariff design: Facilitate flexible resource under uncertain future energy scenarios

The uncertainty embedded in low-carbon transition pathways and future energy scenarios will reshape the way of distribution network planning and operation. Flexible solutions provided by flexible resources could help distribution network operators (DNOs) to reduce network costs and risks under uncertainties. However, the current tariff paradigm neglects such contributions, which cannot generate sufficient incentives to facilitate flexible resource development. To tackle this issue, this paper first introduces an improved price control method that caps DNOs' revenue while encouraging DNOs' sustainable investment under uncertainties. A bi-level planning model is then proposed to determine the optimal investment plan and evaluate the risk reduction effect by scheduling flexible loads. Finally, a novel pricing method is proposed to derive network tariffs for existing and potential flexible loads based on their contributions to risk reduction and demonstrated in a test system. The result shows a 24% network cost reduction given by 6% DNO risk compensation rate, and 0%–43% and 1%–22% network tariff reductions for existing and future flexible demands, respectively. This evidence proves the proposed method can incentivize DNOs to well manage risks, meanwhile promote the connection and engagement of flexible loads. Regulators and DNOs are recommended to review the existing pricing framework, enhance risk management in price regulation, and explore suitable tariff designs or business models for flexible loads to cope with future uncertainties through flexibility.

Transboundary pollution control with ecological compensation in a watershed containing multiple regions: A dynamic analysis

A watershed consists of more than two regions intending to apply ecological compensation to solve the transboundary pollution problems. For this purpose, we develop a differential game model to investigate each region's optimal strategy and show the following main conclusions: (1) There is a set of optimal ecological compensation rates that improve the welfare of each region and produce Pareto improvement results. (2) Ecological compensation shifts partial pollution reduction investments from downstream to upstream regions and increases total reduction investments in the basin. (3) Ecological compensation improves the water ecosystem and increases each region's yield and income level.

Value-based pricing of cognitive behavioral therapy for depression in primary care: an economic evaluation

ObjectivesValue-based pricing (VBP) determines product prices based on their perceived benefits. In healthcare, VBP prices medical technologies considering health outcomes and other relevant factors. This study applies VBP using economic evaluation to provider-patient communication, taking cognitive behavioral therapy (CBT) for adult primary care patients with depressive disorders as a case study.MethodsA 12-week decision-tree model was developed from the German social health insurance system’s perspective, comparing CBT against the standard of care. The influence of an extended time horizon on VBP was assessed using a theoretical model and long-term data spanning 46 months.ResultsUsing a willingness-to-pay threshold of €88,000 per quality-adjusted life year gained, the base-case 50-minute compensation rate for CBT was €45. Assuming long-term effects of CBT significantly affected the value-based compensation, increasing it to €226.ConclusionsThis study showcases the potential of applying VBP to CBT. However, significant price variability is highlighted, contingent upon assumptions regarding CBT’s long-term impacts.

PENGARUH KEPEMIMPINAN TRANSFORMASIONAL, KEADILAN DISTRIBUTIF DAN PROSEDURAL KOMPENSASI TERHADAP KEPUASAN KERJA PERAWAT DI RSU PKU MUHAMMADIYAH BANTUL

Background: RSU PKU Muhammadiyah Bantul is a privately-owned public hospital that has been burgeoning. Leadership held at PKU Muhammadiyah Hospital in Bantul today is a transformational leadership. While, for motivating employee, the management of the hospital strives to provide adequate and fair compensation based on employee status, class rank and tenure. Hence, the compensation system will encourage every employee to give excellent service for each patient. Methodology: The research is a quantitative analysis using cross-sectional survey method. Data is obtained by disseminating questionnaire to the population, the whole permanent employee up to 104 respondents. Result: The statistical result indicates that management’s policy transformational leadership and distributive justice and procedural compensation rate affect to the satisfaction of work of the nurses at RSU PKU Muhammadiyah Bantul. Summary: Regarding to the result of the research, management’s policy to appreciate its employee through a good and fair compensation can significantly improve the satisfaction of work of the nurses at RSU PKU Muhammadiyah Bantul. Moreover, the management should maintain a workable situation and pay a lot of attention to the nurses.

Numerical Simulation of Neural Network Based on Adaptive Optics for Correcting Phase Distortion in Astronomical Observations

Adaptive optics revolutionizes telescopic resolution but faces cost, complexity, and calibration hurdles. Neural network adaptive optics (NNAO) offers promise by using neural networks to tailor corrections to telescopes and atmospheric conditions, by passing calibration and sensors. This MATLAB-based study examines NNAO's impact on astronomical image quality, revealing it as a cost-efficient solution that enhances adaptive optics in astronomy. The numerical simulation results were encouraging, with a compensation rate exceeding 50% due to favorable monitoring conditions. The results indicate that the dominant factor affecting image quality is the variance of wavefront aberrations. The Strehl ratio (SR) decreases from an average of 0.548 for a variance of 0.2 to 0.020 for a variance of 0.6, while the mean squared error (MSE) increases from an average of 0.613 to 5.414. However, the effect on peak signal-to-noise ratio (PSNR) is inconclusive. Furthermore, it was found that increasing the number of neurons and training ratio does not significantly impact the results obtained, but it noticeably affects the computational time required.

Copper doping effect in the back surface field layer of CdTe thin film solar cells

In this work, the Solar Cell Capacitance Simulator (SCAPS-1D) is employed to evaluate the characteristics of CdTe thin films with ZnTe as the Back Surface Field (BSF) layer and estimate the effective copper doping ratio at both the atomic scale and the device operational response perspective. The electrical characteristics of ZnTe, at varying levels of copper doping, were derived using density functional theory (DFT) by applying the generalized gradient approximation (GGA) and Hubbard U corrections (DFT+U). The performance of ZnTe with different Cu concentrations as a BSF layer was evaluated by analysing the values of four key parameters that are open circuit voltage (VOC), short circuit current density (JSC), fill factor (FF), and conversion efficiency (η). The results indicate that an increase in Cu concentration from 0% to 3%, 6%, 10%, and 12% resulted in a reduction of the energy band gap. Specifically, the energy band gap decreased from 2.24 eV to 2.10 eV, 1.98 eV, 1.92 eV, and 1.88 eV, respectively. Optimal Cu doping promotes the favourable shift in the valence band maxima (VBM) and formation of p + -ZnTe, lowering thermionic emission and improving carrier lifetime, which results in an improved ohmic contact, η = 18.73% for 10% of Cu content. Excessive doping in contrast degraded the overall device performance by forming an unmatched carrier band offset at the front interface with CdS, increasing the acceptor type defect and CdTe compensation rate. Overall, the findings suggest that incorporating a controlled level of Cu, which in this case is around 10%, promotes the efficiency and stability of the proposed CdTe device configuration to a certain extent.

Executive Compensation and Income Tax Rate Progression

Executive Compensation and Income Tax Rate Progression

1585. The Annual Cost per Newly Virally-Suppressed Person with HIV in Those Starting Long-Acting Injectable Antiretroviral Therapy with Detectable Viremia in a Safety-Net Clinic in San Francisco

Abstract Background Long-acting injectable cabotegravir/rilpivirine (CAB/RPV-LA) holds promise to effectively treat people with HIV (PWH) who are unable to achieve or maintain viral suppression on oral antiretroviral therapy (ART). Methods We employed standard micro-costing techniques to identify the resources and associated annual costs to provide CAB/RPV-LA to those initiating it with detectable viremia at San Francisco General Hospital’s Ward 86 clinic, accounting for q4week vs. q8week injections. Through structured interviews with service providers and administrators, we elicited the time in minutes for each staff member to perform each task, using mid-points for ranges. Person-minutes were applied to the personnel compensation rate to derive the total personnel cost per person. One-time costs required for CAB/RPV-LA initiation were distributed over 29.3 years, the expected average duration of treatment. We used the Medi-Cal reimbursement rate for the cost of CAB/RPV-LA and a literature-based estimate of other medical care costs of treating people with viral suppression to derive the total variable cost of CAB/RPV-LA treatment from the payer’s perspective. This result was adjusted by the viral suppression success rate at Ward 86 (96.5%) to derive the cost per new virally-suppressed PWH. We deducted the cost of standard ART and medical care to derive the incremental cost per additional virally suppressed PWH. Costs were adjusted to 2022 dollars. Results The annual variable cost of providing CAB/RPV-LA was $36,511, $35,252 for CAB/RPV-LA medication and $1,259 for other variable costs, mainly personnel. Including other medical care costs yielded a total annual medical care cost of $43,945 per newly virally-suppressed person. Deducting the cost of standard care, $42,276, from this sum suggests an incremental annual variable cost for CAB/RPV-LA of $1,668 per newly virally-suppressed person. If the cost of CAB/RPV-LA were reduced slightly, e.g. to 90% of current cost, CAB/RPV-LA would generate net savings of $1,985. Table 1 Annual Cost of Providing CAB/RPV-LA and Cost per Newly Suppressed Person with HIV Conclusion We found that the additional cost per newly-suppressed PWH was $1,668. CAB/RPV is likely to be highly cost-effective for this population. Modest reductions in CAB/RPV-LA price could render it cost-saving from a health care payer perspective. Disclosures Jonathan Colasanti, MD, MSPH, DKB MED LLC: Honoraria|Prime Education LLC: Advisor/Consultant Katerina Christopoulos, MD, MPH, Gilead Sciences: Advisor/Consultant