本次研究由日内瓦大学医学院遗传医学与发育学系的团队主导，科研人员利用结肠癌患者肿瘤中的细胞展开系统分析，试图找出影响转移风险的决定性因素。他们不仅识别出与转移相关的关键影响因素，还发现了一系列能够反映转移倾向的“基因表达签名”，并在此基础上开发出一款名为 Mangrove Gene Signatures（简称 MangroveGS）的AI工具，将这些生物学信息转化为对多种癌症转移风险的定量预测。
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2.12 API Reference Summary#FunctionDescriptionmake-fiberCreate a fiber (does not start it)submit-fiberSubmit a fiber to a scheduler or grouprun-fibersCreate group, run fibers, return results (blocking)start-fibersCreate group and start carriers (non-blocking)finish-fibersBlock until all fibers complete, return resultsfiber-group-done-pNon-blocking completion checkfiber-yieldSuspend current fiberfiber-sleepSuspend for a durationfiber-parkSuspend until predicate or timeoutfiber-joinWait for fiber completionfiber-pin / fiber-unpinPrevent/allow yieldingwith-fiber-pinnedPin for duration of bodyfiber-can-yield-pCheck if fiber can yieldcurrent-fiberReturn current fiber or nilfiber-stateReturn fiber’s lifecycle statefiber-nameReturn fiber’s namefiber-resultReturn fiber’s result values (as list)fiber-error-pCheck if fiber terminated with an errorfiber-alive-pCheck if fiber is not deadlist-all-fibersSnapshot of all live fibersprint-fiber-backtraceSymbolic backtrace for suspended fiber*current-fiber*Dynamic variable: current fiber*current-scheduler*Dynamic variable: current scheduler*pinned-blocking-action*Policy for pinned blocking (:warn, :error, nil)3. Architecture Overview#3.1 Carrier Threads and Schedulers#The fiber runtime is organized around a two-level hierarchy: carrier