Validate biological identifiers and inputs, the same way and with the same verdict as the R and Python packages. One small API checks gene symbols, ontology terms, variant formats, and database identifiers across 50 sources, and returns a result that matches the other two packages, enforced by a shared conformance corpus.
This is the JavaScript/TypeScript implementation. It is part of the biobouncer monorepo and shares its identifier spec and corpus with the R and Python packages.
Documentation: API reference, generated from the TypeScript types. The R and Python docs cover the same API.
npm install biobouncer
To work on the package itself, see CONTRIBUTING.md.
import { checkId, isValidId, report } from "biobouncer";
// pattern mode: is the string well-formed? (offline, synchronous)
isValidId("MONDO:0005148", "mondo"); // true
isValidId("mondo:5148", "mondo"); // false
// A rich, per-item result
checkId("mondo:5148", "mondo")[0];
// { input: "mondo:5148", valid: false, suggestion: "MONDO:0005148", ... }
report() validates a whole column; Report.repair() substitutes the fixable
values (a retired symbol becomes its successor, a mis-cased id its canonical
form) and leaves valid, unmappable, and missing values unchanged.
const genes = ["TP53", "MLL", "mondo:5148", null];
const r = report(genes, "hgnc", { how: "cache", version: "sample" });
r.summary; // { total: 4, valid: ..., repairable: ..., ... }
r.repair(); // ["TP53", "KMT2A", ...]
pattern (default): offline shape check.cache: offline existence against a bundled snapshot.remote: live existence against the source API.existence: snapshot if available, else remote, else pattern.pattern and cache are synchronous. A check that needs the network is
asynchronous: remote mode, and existence mode when no installed snapshot
answers it and the source has a resolver. Use the async entry points for those:
import { checkIdAsync, isValidIdAsync } from "biobouncer";
await isValidIdAsync("P04637", "uniprot", { how: "remote", species: "homo_sapiens" });
The remote transport is injectable, so you can route every call through your own HTTP client (retries, auth, proxy):
import { setRemoteTransport } from "biobouncer";
setRemoteTransport({ get: async (url) => ({ status: 200, body: await myGet(url) }), post: async () => ({ status: 200, body: null }) });
The package ships two builds and modern bundlers pick the right one automatically
through the browser export condition, so the same import "biobouncer" works on
the server and in the client.
cache, which reads bundled
snapshots from disk.pattern (pure logic) and remote (via fetch) work. cache needs
a filesystem, so it is not available client-side: cache throws a clear error
and snapshots() returns an empty list rather than breaking the build. Put
existence checks that need a snapshot on the server, or use remote.It is authored in TypeScript and ships type declarations, so a .ts/.tsx
project gets full types and autocomplete. There is no browser-only setup: the
browser build has no Node builtins, so a client bundle never fails to resolve
node:fs and friends.
idSchema() returns a Standard Schema validator, so
it plugs into Zod, Valibot, ArkType, and anything else that speaks the spec:
import { idSchema } from "biobouncer";
const schema = idSchema("mondo");
await schema["~standard"].validate("MONDO:0005148"); // { value: "MONDO:0005148" }
The API is idiomatic camelCase (checkId, isValidId, sourceInfo;
Result.sourceDb). Serialized output keeps the shared snake_case schema field
names, so JSON produced here matches R and Python. Function map:
| Python / R | JavaScript |
|---|---|
check_id |
checkId (+ checkIdAsync for remote) |
is_valid_id |
isValidId (+ isValidIdAsync) |
report / report_id |
report -> Report (+ reportAsync) |
synthesize / synthesize_ids |
synthesize |
snapshots / biobouncer_snapshots |
snapshots |
cache_dir / biobouncer_cache_dir |
cacheDir |
See the runnable
demo/biobouncer_js.mjs
for the full tour.
Barret Schloerke and Carson Sievert advise this work as thesis advisors. Posit Software, PBC funded early work on this package and holds copyright together with the author.
MIT. See LICENSE.