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PopNx MCPMCP servers for people who use AI · explained in plain words

askWheat

by plantdatabases.orgversion 1.0.0i★ –iRuns in the cloud
Registry nameorg.plantdatabases/askwheat

How to install

What it does

Wheat genes, Watkins pangenome, EMS mutants, expression, genotypes, germplasm and papers (WheatIS)

  • Connects Runs in the cloud
  • Account or key No key needed
  • Category Search & AI memory

Install

Pick the AI app you use, then copy the settings.

Passed 2/3 checks · What you ask goes through the maker’s server (askwheat.plantdatabases.org) · ✓ Commands checked Nov 14, 2026

First: which AI do you use?

Pick your app and the steps appear below.

Works with Claude · about 2 min

No key, nothing to install · Set it up once on claude.ai or the desktop app, then use it in chat · free accounts can add 1 · on Team/Enterprise an Owner adds it

  1. Open Claude’s Connectors page

    CustomizeConnectors

    CustomizeConnectors1Add2https://…3Add4
  2. Click “Add” → “Custom” → “Web” and fill in these 2 fields

    Copy each value into the field with the same name in Claude, then click Continue

    Name · NameaskWheat
    Remote MCP server URL · Addresshttps://askwheat.plantdatabases.org/mcp

    Click Continue past the sign-in settings Claude detected · under Authentication choose what the maker says (Sign in now, Sign in when needed or No sign in), then click Add

  3. Turn it on in a chat

    +ConnectorsaskWheat

  4. Try it

    Use askWheat and tell me what you can do for me, then show me one thing

    ✓ If Claude says it is using askWheat or shows a askWheat tool in the answer, you are connected

Menu names checked against Anthropic’s help page on Nov 11, 2026 · your screen may differ slightly by app version

Works with ChatGPT, depending on your plan

Full MCP: ChatGPT Business, Enterprise or Edu on the web · Pro: connects with read/fetch permissions, so tools that change data may not work · Plus: not confirmed in OpenAI’s docs; if you see an add-custom-MCP option on the Plugins page you can try these steps · web only

  1. Open ChatGPT’s add-MCP page on the web

    Plugins+Add custom MCP server

    ChatGPTPlugins1+2https://…3Create4
  2. Fill in the name and address

    Enter a name, paste the address under Connection, tick the risk warning and click Create as a plugin

    Name · NameaskWheat
    Connection · Addresshttps://askwheat.plantdatabases.org/mcp
  3. Pick askWheat in a chat

    Start a new chat and pick askWheat from your plugins before typing

  4. Try it

    Use askWheat and tell me what you can do for me, then show me one thing

    ✓ If ChatGPT says it is using askWheat or shows a askWheat tool in the answer, you are connected

Menu names checked against OpenAI’s help page on Nov 11, 2026 · your screen may differ slightly by app version

Works with Claude Code · about 2 min

No key, nothing to install

  1. Open Terminal

    Mac: press Command+Space and type Terminal · Windows: open PowerShell

  2. Paste this command and press Enter

    claude mcp add --transport http --scope user askwheat https://askwheat.plantdatabases.org/mcp
  3. Type /mcp in Claude Code

    You should see askWheat listed as connected

  4. Try it

    Use askWheat and tell me what you can do for me, then show me one thing

    ✓ If Claude Code says it is using askWheat or shows a askWheat tool in the answer, you are connected

Menu names checked against Anthropic’s help page on Nov 11, 2026 · your screen may differ slightly by app version

Works with Cursor · about 2 min

No key, nothing to install

  1. Click this button to open Cursor

    Open in Cursor

    Cursor asks you to confirm; click Install

  2. Open the AI chat in Cursor in Agent mode

  3. Try it

    Use askWheat and tell me what you can do for me, then show me one thing

    ✓ If Cursor says it is using askWheat or shows a askWheat tool in the answer, you are connected

Menu names checked against Cursor’s help page on Nov 11, 2026 · your screen may differ slightly by app version

Works with VS Code · about 2 min

No key, nothing to install

  1. Click this button to open VS Code

    Open in VS Code

    VS Code asks you to confirm; click Install

  2. Open the AI chat in VS Code in Agent mode

  3. Try it

    Use askWheat and tell me what you can do for me, then show me one thing

    ✓ If VS Code says it is using askWheat or shows a askWheat tool in the answer, you are connected

Menu names checked against VS Code’s help page on Nov 11, 2026 · your screen may differ slightly by app version

Other apps that use MCP, such as Windsurf, Zed or Gemini CLI, each add servers differently. See how in the app list.

See every app that uses MCP →

Address for apps that connect over the web

Addresshttps://askwheat.plantdatabases.org/mcp

JSON settings are under “For developers” below

Stuck? Ask people who use askWheat💬 Discussion →
For developers: Terminal commands and JSON settings

Over the web

Claude Code

claude mcp add --transport http --scope user askwheat https://askwheat.plantdatabases.org/mcp

Cursor (~/.cursor/mcp.json)

{
  "mcpServers": {
    "askwheat": {
      "url": "https://askwheat.plantdatabases.org/mcp"
    }
  }
}

VS Code (mcp.json)

{
  "servers": {
    "askwheat": {
      "type": "http",
      "url": "https://askwheat.plantdatabases.org/mcp"
    }
  }
}

These settings are generated from the maker’s registry entry. If the README says otherwise, follow the README.

At a glance

Downloads per weeki
Not on npm/PyPI
Verified domain
✓ plantdatabases.org
Licencei
No licence stated
Connection
Runs in the cloud
Transport
streamable-http
Latest versioni
1.0.0
Published to registryi
Nov 14, 2026
Code last changedi
–
Maker
plantdatabases.org
Repo
–
Registry status
Active

Which apps can use it

Based on how this server connects and on each app’s own docs, checked Nov 10, 2026.

Connect over the internet in

ClaudeChatGPTGooseLM StudioMsty StudioCherry StudioCursorVS Code + GitHub CopilotVisual StudioWindsurf (Devin Desktop)ZedKiroClineContinueJetBrains AI AssistantClaude CodeCodex CLIGemini CLIOpenCodenodecodeWarpLibreChatOpen WebUIRaycast

All apps, with pros and cons →

Related guides

What it can do

Tool names and descriptions exactly as the server reported them on Nov 14, 2026. The maker wrote them, not us; we show them as plain text.

  • search_data

    Full-text search across all askWheat resources (genes, germplasm, genotyping datasets, files). Filters (exact values): database e.g. 'Ensembl Plants', 'Watkins Wheat Pangenome', 'CropSNPdb', 'GBIF genebank accessions'; entry_type e.g. 'Gene annotation', 'Germplasm', 'Genotyping E

  • find_germplasm

    Find wheat accessions/cultivars/lines by name or accession ID across five indexed sources: CropSNPdb (SNP-genotyped lines, incl. all Australian Grains Genebank wheat and CAIGE breeding lines), the Watkins Wheat Pangenome (sequenced landraces), OzWheat (CSIRO GWAS panel lines), FA

  • data_sources

    What askWheat currently indexes: record counts per database and data type, and data versions.

  • resolve_gene

    Resolve a wheat gene symbol (e.g. Lr34, Rht-B1) or IWGSC gene ID in any RefSeq version (v1.0 TraesCS..01G, v1.1 TraesCS..02G, v2.1 TraesCS..03G, CSS2014 Traes_..) to all versions, genomic locations, curated symbol/trait (with verification status), Watkins pangenome presence and l

  • gene_function

    IWGSC RefSeq v2.1 functional annotation (InterPro, Pfam, Gene Ontology) for a gene symbol or any-version IWGSC ID. annotation_types filters e.g. ['Gene Ontology'] or ['Pfam','InterPro'].

  • genes_in_region

    List IWGSC genes overlapping a region. chromosome like '7D'; assembly 'v2.1' (RefSeq v2.1 coordinates) or 'v1.0' (RefSeq v1.0 coordinates, v1.1 gene IDs). Region size is capped at 20 Mb.

  • find_marker

    Position(s) of a genetic marker (90K/80K/9K iSelect, 35K Axiom, KASP, DArT, SSR e.g. 'BS00000713', 'wmc617', 'Xgwm149'; 40K array IDs such as 'IWB61980' or 'AVRIG14047' come from CropSNPdb) on IWGSC RefSeq v2.1 (IWGSC GMAP alignments), with genes within +/- flank bp of each hit.

  • wheat_homologues

    Homoeologues (the A/B/D copies), and orthologues in other grasses and Arabidopsis, of a bread wheat gene from Ensembl Plants Compara gene trees. gene: symbol or any IWGSC ID (converted to RefSeq v1.1). By default orthologues are listed for durum and wild emmer, T. urartu, Ae. tau

  • wheat_mutants

    Induced mutations and natural variants in and around a bread wheat gene. source 'ems' (default): EMS mutant lines of tetraploid Kronos and hexaploid Cadenza with exome-capture sequencing (Krasileva et al. 2017; 2,735 lines), giving the line ID to order, e.g. Cadenza1158; 'diversi

  • wheat_variants_in_region

    EMS mutations and exome-capture variants in a bread wheat interval on IWGSC RefSeq v1.0, including intergenic ones (promoters, unannotated regions, off-target capture). region: 'chr:start-end', e.g. '3A:100000000-100500000' (max 5 Mb). source 'ems', 'diversity' or 'all' (default)

  • wheat_mutant_line

    Every mutation Ensembl lists for one EMS line (Cadenza or Kronos exome-capture TILLING; Krasileva et al. 2017), e.g. 'Cadenza1166' or 'Kronos2235': counts by consequence, the genes with truncating mutations, and the mutations (gene, consequence, amino-acid change, RefSeq v1.0 pos

  • wheat_knockout_screen

    Which genes have EMS alleles in every homoeologue, i.e. can be knocked out across A, B and D by crossing Cadenza/Kronos lines. For each gene (genes: up to 300 symbols or IWGSC IDs, or region: RefSeq v1.0 interval up to 10 Mb, e.g. a QTL) the A/B/D copies come from Ensembl Compara

  • watkins_gene_presence

    Presence/absence of one gene across the 1,038 Watkins pangenome accessions: present count, core/variable, counts by ancestral group (AG1-AG7, Modern), continent and growth habit, UniProt/GO annotation and links. gene: symbol, any IWGSC RefSeq ID, or a pangenome gene-model ID.

  • watkins_gene_accessions

    Watkins accessions that carry (present=True) or lack (present=False) a gene, optionally filtered by country, continent, ancestral_group (AG1-AG7 or Modern) or growth_habit. Returns metadata, coordinates and Seedstor ordering links.

  • watkins_compare_groups

    Genes whose presence frequency differs most between two sets of Watkins accessions. group_a / group_b as ' : ' with field one of group (ancestral group), country, continent, growth_habit, e.g. 'group:AG3' vs 'group:Modern', 'country:India' vs 'country:China'. min_diff is the mini

  • watkins_find_genes

    Find Watkins pangenome genes by UniProt protein name, gene name, protein family or ID fragment (e.g. 'FAR1', 'NLR', 'Disease resistance protein RGA'). Returns gene IDs with UniProt/GO annotation.

  • watkins_accession

    One Watkins accession (e.g. WATDE0063, or a synonym): origin, ancestral group, coordinates, Seedstor link, number of genes present, presence/absence of the listed genes (symbols or any IWGSC IDs accepted), all its phenotype records (trial, trait, value, units) and any RIL populat

  • watkins_phenotypes

    Field/glasshouse phenotypes of Watkins accessions (heading, height, grain size/weight/quality, senescence, lodging, rust and mildew scores, morphology). With no arguments, lists the trials (JIC UK 2006-2020, Egypt 2019-2021, Limagrain seedling yellow rust 2020, Kenya/Ethiopia rus

  • watkins_gene_trait

    Compare a trait between Watkins accessions that carry vs lack a gene, per trial: n, mean and median per group and a Mann-Whitney p-value (exploratory; no correction for population structure). gene: symbol, any IWGSC RefSeq ID or pangenome gene-model ID. trait: exact name from wat

  • watkins_populations

    Paragon x Watkins (and a few Robigus/other x Watkins) RIL populations: Watkins parent, country, ancestral group, number of RILs, GRU seed code, genetic map type and whether it donated TK-NILs. With population (e.g. 'ParW034') or watkins_parent (e.g. 'WATDE0005') also lists the tr

  • watkins_population_phenotypes

    Trial phenotypes (line means per trial) of Paragon x Watkins RILs and TK-NILs: heading, height, yield, grain traits, biomass, N content and more from JIC, Rothamsted and Nottingham trials (2011-2022). population_type 'RIL', 'NIL' or 'check' (parents and controls, e.g. Paragon). l

  • watkins_trait_genes

    Which variable genes differ in presence between Watkins accessions with high vs low values of a trait in one trial (e.g. late vs early heading). Accessions are split into top/bottom quartile (split: quartile, tercile, median) within each ancestral group (stratify_by_group) and ev

  • watkins_nil_genes

    Genes inside the Watkins introgression of a TK-NIL (Watkins segment in a Paragon background), with presence in the Watkins donor and frequency in modern cultivars and landraces. nil_line is a NIL line name from watkins_population_phenotypes (e.g. 'ParW141_0016-7-10-Q2D-Hd-P'). Th

  • watkins_gene_haplotypes

    Haplotypes of a gene across the Watkins landraces and modern cultivars (WatSeq, 1,051 accessions). 'snp' (default where built): accessions grouped by their SNP alleles in the gene +-2 kb (MAF >= 0.02), each haplotype with its coding changes (e.g. p.Arg134Gln), whether it is Chine

  • watkins_haplotype_trait

    Trait values per haplotype of a gene (watkins_gene_haplotypes) in each Watkins trial: n, mean and median per haplotype and a Kruskal-Wallis test across haplotypes with >= min_n accessions. Exploratory: no correction for population structure or multiple testing, so a difference ca

  • watkins_lof_alleles

    Watkins landraces and modern cultivars carrying a predicted loss-of-function allele of a gene (WatSeq, 1,051 accessions): each stop-gained, start/stop-lost or splice-site SNP with its protein change, the number of homozygous and heterozygous carriers, and the carriers (accession,

  • watkins_accession_lof

    Genes with a predicted loss-of-function allele (stop gained, start/stop lost, splice site) in one Watkins landrace or modern cultivar (WatSeq). accession: Watkins store code or WatSeq sample name (e.g. 'Watkins 1190027', 'WATDE0027', 'Paragon'). genes optionally restricts to a ge

  • expression_experiments

    Bread wheat RNA-seq experiments held by askWheat (Expression Atlas and SRA study SRP045409 (seedling drought, heat and combined stress; quantified by askWheat)): baseline (TPM by tissue / developmental stage / treatment) and differential (stress, pathogen, genotype contrasts). qu

  • gene_expression

    Where and when a wheat gene is expressed, and under which treatments it changes, from Expression Atlas and SRA study SRP045409 (seedling drought, heat and combined stress; quantified by askWheat). gene: symbol or any IWGSC RefSeq ID (converted to v1.1, as used by Atlas). Baseline

  • expression_genes

    Genes characteristic of a tissue/stage or responsive to a treatment in one Expression Atlas experiment. Baseline experiment + group (text matched to group labels, e.g. 'root', 'grain'): genes with TPM >= min_tpm in a matching group ranked by specificity = (max TPM in matching gro

  • wheat_homoeologue_expression

    Relative expression of a wheat gene's A, B and D homoeologues per tissue/stage (Expression Atlas baseline experiments), with the homoeologue expression balance category of each tissue: balanced, A/B/D dominant or A/B/D suppressed, by distance to the ideal proportions (Ramirez-Gon

  • snp_lines

    Find SNP-genotyped lines in CropSNPdb by name or AGG accession (e.g. 'Cadenza', 'AGG 38862', 'CAIGE ZWB17' or a CAIGE GID '7396745'). Returns line name, accession(s), country, pedigree, status, breeding organisation and donor. dataset: 'wheat40k' (default) or 'wheat90k'.

  • snp_genotypes

    SNP genotype calls for up to 50 lines in a region (chromosome like '2D'). Returns markers with positions and each line's call. Keep regions small (a few Mb) for many lines.

  • snp_compare_lines

    Compare two lines' SNP genotypes on a chromosome (optionally a region): markers compared, identical, different, % identity and the regions where they differ (useful for pedigree/introgression questions).

  • snp_haplotype_carriers

    Lines that share a reference line's SNP haplotype in a region (max 5 Mb), e.g. which genebank lines carry the Cadenza haplotype around a gene. Only markers polymorphic in the panel (minor allele frequency >= min_maf) are used, and a match needs calls at >= min_called of them with

  • snp_markers

    SNP array markers (IDs and positions) in a region, with the total count.

  • snp_phenotypes

    Field trial trait data held in CropSNPdb for this crop (T3 trials with Crop Ontology trait IDs, Australian Grains Genebank records). With no arguments, lists the available traits. Filter by line and/or trait: trait matches the exact name or any part of it (e.g. 'Height', 'grain y

  • ozwheat_mtas

    Marker-trait associations from the OzWheat GWAS (285 Australian and international wheat cultivars and lines; glasshouse 2016 and field trials at Canberra 2018-19, Wagga 2018, Narrabri 2019). Traits: days to anthesis, days to heading, degree-days to heading ('flowering'/'heading')

  • ozwheat_lines

    OzWheat diversity panel lines (285 Australian and international cultivars and breeding lines): name, OzWheat ID, Australian Grains Genebank (AGG) accession, pedigree and phenotype BLUEs (days to anthesis/heading, degree-days to heading, height per trial). query matches name, OzWh

  • genebank_phenotypes

    Field phenotypes of wheat cultivars and genebank accessions from IPK e!DAL (CC BY 4.0). Datasets: 'GABI-WHEAT' (372 European elite cultivars 1975-2007; 16 traits incl. grain yield, heading, height, TKW, protein, sedimentation, falling number, FHB, Septoria, tan spot; BLUEs per tr

  • brapi_germplasm_studies

    Phenotyping studies (field and glasshouse trials) with trait data for a wheat line, live from the BrAPI nodes (currently the INRAE wheat trial network and Whealbi trials in GnpIS, served through FAIDARE). germplasm: a cultivar or line name (matched exactly; upper/title case are t

  • brapi_observations

    Trait observations for a wheat line from the BrAPI nodes (currently the INRAE wheat trial network and Whealbi trials in GnpIS, served through FAIDARE), summarised per study and variable: n, mean, min, max (numeric values) or the distinct values, season and location. germplasm: li

  • wheat_gene_catalogue

    Catalogue of Gene Symbols for Wheat (McIntosh et al., GrainGenes; 2024 edition): the official register of designated wheat genes and alleles. query: a gene or allele symbol ('Lr34', 'Rht-B1b'), locus ('Rht-B1' lists all its alleles), old synonym ('Rht1', 'Ppd1', 'NAM-B1'), trait

  • search_literature

    Search publications and preprints in Europe PMC (PubMed, PMC, bioRxiv and others). query: free text or Europe PMC syntax (e.g. 'grain size QTL 6A', 'TITLE:"pan-genome"'). gene: optional gene symbol or IWGSC ID; its curated synonyms and RefSeq IDs are OR-ed into the query (e.g. ge

  • get_paper

    Full record for one paper: DOI (10.xxxx/..), PMID (digits) or PMCID (PMC...). Returns the abstract, open-access status and full-text links.

  • gene_pathways

    Plant Reactome metabolic and signalling pathways of a gene (Gramene), with the top-level category and a link to the pathway diagram. gene: an Ensembl Plants gene ID or a gene name/symbol. Pathways are projected from rice by orthology, so say they are inferred. Use pathway_genes f

  • pathway_genes

    Genes in a Plant Reactome pathway: pathway is a name or words from it ('jasmonic acid biosynthesis', 'gibberellin', 'flavonoid') or a stable ID (R-TAE-1119332). species: a species name as Plant Reactome writes it ('Triticum aestivum', 'Brassica napus', 'Glycine max'); default all

  • trait_hits

    Trait-associated positions across the genome for a chromosome overview: GWAS marker-trait associations and peaks, named trait genes and mapped trait loci held by this site, with chromosome sizes, each with a genome browser link where the assembly is loaded. trait: words to match

  • wheat_gene_view

    Interactive gene view for one bread wheat gene: a relationship map of its A/B/D homoeologues, orthologues (durum, Ae. tauschii, barley, rice, maize, Arabidopsis and others), EMS knockout lines per copy, Watkins haplotypes, expression responses and recent papers, with tabs for mut

Basic checksi

We check information anyone can see; we have not read the code. Checks that do not apply are left out of the count. · Checked Nov 14, 2026

  • ! Caution

    Maker matches the repo

    The registry lists no source repo, so we cannot match the publisher (plantdatabases.org) to the code

  • … Not checked yet

    Still maintained

    We have not read this repo from GitHub yet

  • … Not checked yet

    Has a licence

    We have not read this repo from GitHub yet

  • ✓ Pass

    Endpoint responds

    Responded in 857 ms (HTTP 200)

  • – Not applicable

    Sign-in with OAuth

    No sign-in needed

  • ✓ Pass

    No hidden instructions in tool descriptions

    Read 49 tool descriptions and found no hidden instructions to the AI

Discussion

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User reviews

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Compared with others in Search & AI memoryi

  • More stars than 0% of the other 6096 servers in this category
  • Published to the registry more recently than 99% of the other 6096 servers in this category
  • Basic checks equal to or better than 50% of the other 6096 servers in this category

Compared with every active server in this category in the registry. Stars count only when the publisher owns the repo.

Common questions

Is askWheat safe?

It passed 2 of 3 applicable basic checks. We have not read the code. Before adding a key or token, see what access the server asks for and use a key with only the permissions you need.

What keys or codes does it need?

The registry does not list a required key, though some servers ask you to sign in on first use.

Does it run on my computer or in the cloud?

It runs in the maker’s cloud. Connect over the internet with nothing to install, but what you send passes through the maker’s servers.

Is it still maintained?

The GitHub repo last changed –, and the latest version (1.0.0) reached the registry today.

Which apps can use it?

Apps that support MCP, such as Claude Desktop, Claude Code, Cursor and VS Code. It connects by URL, so apps that accept remote MCP servers work too, such as ChatGPT on the web (full MCP on Business and above; Pro read-only).

What can I use instead?

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Reading a card:↓ Downloads per weeki★ GitHub starsiThree pillars: reviews · checks · usageiUpdated = latest version published to the registryi

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README from the maker

No README found in the repo