AI Tools for Biologists

AI tools that help biologists search the scientific literature, find relevant research grants, look up species and ecological data, and compile comprehensive research reports.

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Top Paper
"Prime editing for precise genome surgery" · Nature Methods 2023 · 2,140 citations
Base Editing Advance
"Adenine base editing at near-PAM-less sites" · Science 2022 · 1,890 citations
CRISPR-Cas12 Paper
"Compact Cas12a for in vivo AAV delivery" · Nat Biotech 2021 · 1,420 citations
Trend
Prime editing and base editing dominating high-impact publications since 2022

Scientific literature review

Search millions of peer-reviewed biology papers by keyword, author, or journal. Build comprehensive reference lists for grant proposals, review articles, and experimental design. Track citation networks to identify foundational work and recent advances in any sub-field.

Find the top papers on horizontal gene transfer in marine microbiomes published since 2020, sorted by citation count.

Found 31 papers. Top result: "Widespread horizontal gene transfer in ocean metagenomes" (Nature Microbiology, 2023, 312 citations). Includes journal, DOI, key findings, and author affiliations for each.

ToolRouter search_papers
#1
"Widespread HGT in ocean metagenomes" · Nat Microbiology 2023 · 312 citations
#2
"Mobile genetic elements drive adaptive evolution in marine bacteria" · ISME J 2022 · 284 citations
#3
"Integron dynamics and gene cassette acquisition in ocean hotspots" · PNAS 2021 · 247 citations
#4
"HGT of antibiotic resistance genes in coastal microbiomes" · Science 2023 · 198 citations

Grant opportunity discovery

Search NIH, NSF, and private foundation grant databases for funding opportunities matching your research focus. Filter by mechanism type, award size, and deadline to build a prioritized funding pipeline for the lab.

Find NIH and NSF grants for early-career biologists studying cell signaling in cancer, open for applications in the next 90 days.

Found 8 opportunities: NSF CAREER Award (due March 15, up to $600K), NIH R21 Exploratory Research (April 5, up to $275K/2yr), and NCI R01 pathway signaling (April 5, up to $2.5M/5yr) among others. Includes FOA numbers and eligibility.

ToolRouter search_grants
GrantFunderAmount
NSF CAREER AwardNSFUp to $600K
R21 Exploratory/DevelopmentalNIH NCIUp to $275K / 2yr
R01 Cancer Signaling PathwaysNIH NCIUp to $2.5M / 5yr
Early Investigator Research AwardACSUp to $100K / 3yr
8 total opportunities · 4 early-career eligible

Chemical and reagent safety research

Look up chemical properties, GHS safety classifications, and handling protocols for lab reagents, fixatives, and hazardous materials. Prepare SDS-compliant information for lab safety reviews and new protocol documentation.

Get safety data, chemical properties, and lab handling protocols for ethidium bromide used in gel electrophoresis.

Ethidium bromide (EtBr): MW 394.3 g/mol, mutagenic intercalating agent. GHS classifications: mutagen cat. 2, acute toxicity. Handling: always use gloves and eye protection, dispose via licensed hazardous waste. Safer alternatives: SYBR Safe, GelRed.

ToolRouter get_compound
Formula / MW
C21H20BrN3 · 394.3 g/mol · CAS 1239-45-8
GHS Hazards
Mutagen Category 2 · Acute Toxicity (Oral) Category 3
Handling
Gloves + eye protection required · fume hood recommended · never mouth pipette
Safer Alternatives
SYBR Safe or GelRed — equivalent sensitivity, significantly lower mutagenicity

Biological pathway and process diagrams

Generate clear labeled diagrams of metabolic pathways, signaling cascades, cellular processes, and experimental workflows. Produce visuals for papers, grant applications, and lab presentations directly from text descriptions.

Draw a diagram of the Wnt/β-catenin signaling pathway showing the destruction complex and transcriptional activation in the nucleus.

Generated labeled pathway: Frizzled/LRP5/6 receptor activation → Dishevelled inhibits APC/Axin/GSK-3β destruction complex → β-catenin accumulates → TCF/LEF transcriptional activation of target genes. Includes off-state comparison.

Deep research on emerging biology topics

Compile multi-source synthesis reports on any biological topic — from molecular mechanisms to ecological surveys. Ideal for writing review sections, evaluating new methodologies, or preparing lab presentations on rapidly evolving research areas.

Compile a research report on the role of the gut microbiome in regulating the immune response to cancer immunotherapy.

Compiled 22-source report covering: Fusobacterium and Akkermansia muciniphila associations with immunotherapy response, proposed mechanisms via butyrate and tryptophan metabolites, ongoing FMT trials in melanoma patients, and key open questions in the field.

ToolRouter research
Key Responder Taxa
Akkermansia muciniphila, Faecalibacterium prausnitzii associated with improved PD-1 response
Key Non-Responder Taxa
Fusobacterium nucleatum correlates with resistance to checkpoint inhibitors in CRC
Mechanism
Butyrate + tryptophan metabolites modulate Treg/Teff balance and tumor microenvironment
Clinical Trials
4 active FMT trials in melanoma + NSCLC patients (NCT range 2023–2025)

Research collaboration prospecting

Find researchers at universities and institutes who specialize in complementary areas. Build collaboration networks by identifying principal investigators, postdocs, and research groups working on adjacent problems.

Find principal investigators studying epigenetics and chromatin remodeling at research universities in the UK and Germany.

Found 34 matches across 12 institutions. Includes PI name, institution, department, and research focus keyword match. Top matches at Cambridge, Max Planck Institute for Molecular Genetics, and UCL.

ToolRouter find_leads
Pi nameInstitutionDepartment
Prof. Sarah HadfieldUniversity of CambridgeBiochemistry
Dr. Markus BauerleMax Planck Inst. Mol. GeneticsEpigenetics
Prof. Alistair ReidUCLGenetics
Dr. Anna FischerHeidelberg Univ.Cell Biology
4 of 34 matching PIs · UK + Germany · LinkedIn verified

Ready-to-use prompts

Literature search

Find the top 15 cited papers on CRISPR base editing for correcting point mutations in mammalian cells published since 2020. Include journal, citation count, and key experimental finding.

Grant search

Search for NSF and NIH grant opportunities for biologists studying plant-pathogen interactions. Include upcoming deadlines, award amounts, and application mechanisms.

Chemical safety lookup

Look up the chemical properties, GHS hazard classifications, and safe handling procedures for acrylamide used in polyacrylamide gel electrophoresis.

Pathway diagram

Generate a labeled diagram of the JAK-STAT signaling pathway showing cytokine receptor activation, JAK phosphorylation, STAT dimerization, and nuclear translocation.

Research synthesis

Research the current landscape of single-cell RNA sequencing technologies — key platforms, throughput, cost, and biological applications in developmental biology.

Find collaborators

Find biologists and biochemists at major research institutions in the US specializing in protein structure and cryo-EM. Include institution, department, and research focus.

Ecology data research

Compile a report on the population status, habitat distribution, and conservation threats for the monarch butterfly migration in North America, citing recent data.

Experimental methods review

Research current best practices and comparative performance of ATAC-seq, ChIP-seq, and CUT&RUN for chromatin accessibility profiling in primary cells.

Tools to power your best work

165+ tools.
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Everything biologists need from AI, connected to the assistant you already use. No extra apps, no switching tabs.

Grant proposal preparation

Build a well-supported grant application by reviewing the current literature, identifying the funding opportunity, and compiling the scientific background.

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Academic Research icon
Academic Research
Search the literature to define the research gap
2
Deep Research icon
Deep Research
Compile background and preliminary evidence sections
3
Grants Finder icon
Grants Finder
Identify the best-fit grant mechanism and deadline
4
Diagram Generator icon
Diagram Generator
Generate pathway diagrams for the research narrative

New experimental protocol development

Before developing a new assay or protocol, survey the literature and compile best-practice references, then document hazard information for any novel reagents.

1
Academic Research icon
Academic Research
Find published protocols and optimization studies
2
Chemistry Lookup icon
Chemistry Lookup
Verify chemical properties and safety classifications of reagents
3
Deep Research icon
Deep Research
Compile comparative notes on method variations and pitfalls

Lab meeting topic preparation

Quickly build a curated summary on any emerging biology topic for presenting to the lab group.

1
Academic Research icon
Academic Research
Pull the most recent and most cited papers on the topic
2
Deep Research icon
Deep Research
Synthesize findings into a coherent landscape summary
3
Diagram Generator icon
Diagram Generator
Create a visual diagram of the key mechanism or pathway

Frequently Asked Questions

How far back does the Academic Research database go?

Academic Research covers publications indexed across major scientific databases, spanning decades of peer-reviewed literature. You can filter by date range to focus on recent work or trace the historical development of a research area.

Can the Grants Finder tool search international funding sources?

Grants Finder searches US (NIH, NSF, DOE), UK (UKRI, Wellcome), Australian (ARC, NHMRC), and Japanese funding databases, plus select private foundations. Coverage varies by region — US federal funding is most comprehensive.

Is the Chemistry Lookup useful for biological buffer preparation?

Yes. Chemistry Lookup returns molecular weight, pKa values, solubility data, and GHS safety classifications for common biological reagents, buffers, and lab chemicals — useful for both protocol development and safety documentation.

Can diagram generator produce figures that are ready for journal submission?

Diagram Generator produces clean vector-style diagrams well-suited for grant applications and presentations. For journal figures requiring specific formatting or font standards, the output works best as a draft to refine in illustration software.

Can I use Deep Research to compare two experimental methods?

Yes. Deep Research synthesizes information from multiple sources and is effective at producing structured comparisons of experimental methods, including published benchmarking studies, practical limitations, and recent protocol improvements.

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