Study: NCT05531799

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and

Intervention type: PROCEDURE
Group type: OTHER
Intervention: OPTIMIZATION PHASE
Description: The goal of the optimization phase of MOST is to identify the most promising combination of experimental components in changing an outcome given a set of environmental constraints. Looking at effectiveness, efficiency, economy, and scalability criteria, we will focus on the proportion of anal HSIL identified (effectiveness), unit cost (efficiency and economy), and accumulating cost to the client over a 12-month period (economy). Meeting these criteria will likely imply scalability. The most appropriate anal HSIL screening algorithm would ideally be one which could~- identify anal HSIL in at least 20% of HIV-positive MSM and 10% of HIV-negative MSM at baseline and