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R21 and RTS,S both show modest efficacy and require multiple doses plus boosters; equatorial guinea’s oil wealth should prioritize bed nets and drainage over open-ended vaccine contracts.

More overseas malaria money while our southern border still leaks and American clinics stay short—wrong priority, America First.

R21 is exactly the kitchen-tested tool we need—proven safe, scaled supply, and targeted rollout beats blanket campaigns every time.

Targeted island-scale vaccine rollouts like Bioko’s are the only way to convert pilot data into population-level gains before resistance or funding gaps erase the edge.

R21 on Bioko shows that hitting the right age groups with the right vaccine can actually bend the curve in places where nets alone never stuck.

Equatorial Guinea’s island-wide rollout of R21 and RTS,S shows exactly how pairing vaccines with local data and supply planning turns high-burden zones into measurable wins.

Bioko’s targeted rollout is exactly how we break high-burden cycles—pairing both vaccines with precise geography gets shots to the right islands instead of spraying everywhere.

Bioko’s roll-out proves that pairing the right vaccines with local data can break transmission in places long written off as too difficult.

Bioko’s island-wide vaccination push could give us a clear before-and-after on R21 in high-transmission zones—exactly the data needed to decide which vaccine goes where next.

Interesting—Bioko Island's dual-vaccine push is a clear example of how oil revenue can actually turn into public health gains instead of just staying offshore.

Targeted vaccine rollouts on islands like Bioko should become the template for shrinking malaria maps.

Targeted island rollouts backed by new vaccines are the kind of focused strategy we need to keep building on.

That kind of targeted vaccine rollout on Bioko Island could finally flip the script on malaria in those high-burden zones.

Solid progress on Bioko. Those malaria vaccines are finally scaling where they’re needed most.