Act A — The Bottleneck
Dr. Adaeze's laboratory has been operating for nine years. It has published forty-one peer-reviewed papers, trained twelve PhD students, and currently holds active grants from the Nigerian government's Tertiary Education Trust Fund and the European and Developing Countries Clinical Trials Partnership. The lab's malaria genomics program — sequencing Plasmodium falciparum isolates from a longitudinal cohort to track artemisinin resistance emergence — is producing data that contributes to national treatment policy.
The lab has one PCR thermocycler: a Bio-Rad CFX96 that Adaeze sourced through a university equipment grant in 2019. The CFX96 is functioning well. The problem is that the genomics program has expanded to the point where the thermocycler is the bottleneck in the processing pipeline — the team is running it in two shifts, which extends experiment timelines and limits the number of samples that can be processed per week.
What Adaeze needs is a second CFX96 — specifically that model, because her team's protocols are calibrated to its temperature ramp rate and uniformity profile, her reagent supply chain is compatible with its reaction format, and her students know how to maintain it. A different thermocycler model would require recalibration of protocols whose development took two years.
New Bio-Rad CFX96 units are priced at approximately $18,000 in the current market. The lab's current grant budget does not include a capital equipment line.
Act B — The Story
Adaeze submitted a specific equipment request to the MarketForge research equipment surplus platform: Bio-Rad CFX96, 96-well format, real-time capable, any age from 2015 onward, current calibration acceptable, willing to accept with known minor faults if the fault type is within the lab's technical maintenance capacity.
Her request profile included a description of the research application, the lab's existing CFX96 service record (demonstrating maintenance competency), and an initial document on Nigeria's research equipment import customs classification, which she had compiled from prior equipment acquisitions.
Prof. Svensson's department at the Karolinska Institute had just received a new CFX Opus 384 under a recently funded genomics program. The department's existing CFX96 — a 2017 model in good working condition with complete service history — was being retired. Standard disposal through the institute's asset management office would result in the equipment being sold to a secondary equipment dealer for approximately $1,800.
His lab administrator had registered the equipment on the platform when prompted by a university circular about research equipment surplus programs.
The platform matched Dr. Adaeze's request to Prof. Svensson's CFX96. Model: identical. Configuration: 96-well real-time, compatible. Condition: good, full service record. Year: 2017. Export classification: Category EAR99 (no license required for research equipment to Nigeria). Destination customs classification: Nigeria Customs HS Code 9027.80 — research instruments, customs duty exemption process applicable.
Prof. Svensson confirmed the donation within 48 hours of the match notification. The logistics facilitation service prepared the export documentation package and coordinated a freight forwarder experienced with research equipment shipments to West Africa. The equipment shipped four weeks after the match was confirmed.
It arrived in Nsukka eight weeks later, cleared customs under the research equipment exemption, and was commissioned remotely with a two-hour video session between Adaeze's lab technician and a Bio-Rad technical support volunteer connected through the platform.
The thermocycler is now running the second processing shift independently.
The lab's sample throughput doubled in the first month of operation.
Act C — Why This Market Stays Broken Without Infrastructure
Prof. Svensson's CFX96 was exactly what Adaeze needed. It was functional, well-maintained, the correct model, and being retired because of obsolescence in a well-resourced system, not because of any defect. It would have been sold to a secondary equipment dealer for $1,800 and resold to a commercial research services company whose value from the instrument would have been far smaller than Dr. Adaeze's malaria genomics program.
The match did not happen naturally because there is no mechanism by which a Nigerian lab director's specific equipment request reaches the awareness of a Swedish lab administrator retiring equivalent equipment. The secondary equipment market is not organized around research mission alignment. It is organized around price.
Thin market infrastructure makes research mission alignment visible alongside equipment specifications — matching the research application that justifies the transfer with the surplus equipment whose donor cares about that application, not just the resale price.
Characters are fictional. Bio-Rad CFX96 thermocycler specifications, Nigeria customs research equipment exemption procedures, and the EDCTP grant program are real. DeeperPoint is building the infrastructure this story describes.