Try Claude
Nutrition DataNutrition facts for any food
AI Tools for Laboratory Technicians
AI tools that help laboratory technicians look up chemical safety data, find protocols, research reagents, track sample shipments, and support research workflows.
Get started for free
Works in Chat, Cowork and Code
Hydrofluoric Acid
Acute Toxicity Cat 2 · Skin Corrosion Cat 1A · calcium gluconate gel required on hand
Phenol
Acute Toxicity Cat 3 (all routes) · Skin Corrosion Cat 1B · fume hood mandatory
Liquid Nitrogen
Cryogenic — asphyxiation risk in confined spaces · pressure buildup in sealed containers
PPE (all three)
Face shield, cryogenic/chemical-resistant gloves, lab coat, closed-toe shoes
Chemical safety and reagent lookup
Instantly retrieve GHS hazard classifications, signal words, first aid measures, PPE requirements, and disposal procedures for any chemical compound used in the lab. Support SDS documentation and safety training.
I need GHS hazard data and handling requirements for three reagents I'm working with today: acetic anhydride, sodium azide, and chloroform.
Acetic anhydride: Flammable Liquid Cat 3, Acute Toxicity Cat 4 (inhalation) — use in fume hood, flammable storage. Sodium azide: Acute Toxicity Cat 2 (oral, dermal), reacts violently with metals producing explosive azides — never pour down metal drains; dedicated disposal only. Chloroform: Acute Toxicity Cat 4 (inhalation), Suspected Carcinogen Cat 2 — fume hood required, minimal skin contact, light-sensitive storage.
ToolRouter lookup_compound
Acetic Anhydride
Flammable Liquid Cat 3, Acute Toxicity Cat 4 (inhalation) — fume hood, flammable storage
Sodium Azide
Acute Toxicity Cat 2 (oral/dermal) — never pour down metal drains; dedicated disposal only
Chloroform
Acute Toxicity Cat 4 (inhalation), Suspected Carcinogen Cat 2 — fume hood, light-sensitive storage
Laboratory protocol research
Search published scientific literature for validated experimental protocols, troubleshooting guides, and optimization tips for common and specialized laboratory techniques.
Find validated protocols for chromatin immunoprecipitation (ChIP-seq) from low-input samples — less than 10,000 cells. Focus on recent optimizations.
Found 23 relevant papers. Key optimizations for low-input ChIP-seq: (1) MINT-ChIP (Rotem et al., Nature Methods 2015, widely replicated) works from 1,000 cells. (2) CUT&RUN as lower-input alternative (Skene & Henikoff 2017) — comparable resolution at 5K cells. (3) Ultra-low input ChIP with carrier chromatin (Gilfillan et al. 2012 approach, multiple recent adaptations). Most cited troubleshooting issue: pre-clearing step is critical with low cell numbers.
ToolRouter search_papers
Papers Found
23 relevant papers on low-input ChIP-seq
MINT-ChIP
Rotem et al. (Nature Methods 2015) — works from 1,000 cells, widely replicated
CUT&RUN Alternative
Skene & Henikoff 2017 — comparable resolution at 5K cells
Key Tip
Pre-clearing step is critical with low cell numbers
Drug and compound reference lookups
Access FDA drug labeling data, pharmacology, and storage requirements for compounds used in in-vitro and in-vivo research. Useful for cell culture experiments, dose-response assays, and toxicology studies.
Look up the pharmacological properties, solubility, and recommended storage conditions for rapamycin (sirolimus) for use in an mTOR inhibition cell culture experiment.
Rapamycin (sirolimus): mTORC1 inhibitor, binds FKBP12 → FKBP12-rapamycin complex inhibits mTOR kinase. In vitro use: typical working concentration 10–100 nM; dissolve in DMSO (stock ≤10 mg/mL), then dilute in cell culture medium immediately before use. DMSO final concentration should not exceed 0.1% in culture. Storage: -20°C, light-protected, stable 2 years. Note: mTORC2 is rapamycin-insensitive at standard concentrations.
ToolRouter lookup_drug
Mechanism
mTORC1 inhibitor — binds FKBP12; mTORC2 insensitive at standard concentrations
Working Concentration
10–100 nM in vitro; dissolve in DMSO (stock ≤10 mg/mL)
DMSO Limit
Final DMSO ≤0.1% in cell culture medium
Storage
-20°C, light-protected, stable 2 years
Reagent and supply shipment tracking
Track incoming reagent and consumable shipments from scientific suppliers — Thermo Fisher, Sigma-Aldrich, Bio-Rad, and others — across carriers to plan experiments and manage inventory.
Track my three incoming orders: Thermo Fisher FedEx 123456789012, Sigma-Aldrich UPS 1Z9876543210, and Bio-Rad USPS 9400111899. Are they all arriving before Friday?
Status: Thermo Fisher (FedEx): In transit, arriving Wednesday by 8 PM — on time. Sigma-Aldrich (UPS): Arrived at local facility this morning, out for delivery today. Bio-Rad (USPS): Delayed at Memphis distribution center, now showing Friday delivery. Plan accordingly — Friday Bio-Rad items cannot be used Thursday as planned.
ToolRouter track_package
Thermo Fisher (FedEx)
In transit · arriving Wednesday by 8 PM — on time
Sigma-Aldrich (UPS)
Arrived local facility this morning · out for delivery today
Bio-Rad (USPS)
Delayed at Memphis distribution center · now showing Friday
Laboratory safety and compliance research
Research OSHA laboratory safety standards, CDC/NIH biosafety guidelines, and institution-specific compliance requirements for chemical and biological hazards.
What are the OSHA and NIOSH guidelines for working with carcinogens in a research laboratory? Include engineering controls, PPE requirements, and medical surveillance obligations.
Key requirements under OSHA 29 CFR 1910.1450 (Laboratory Standard): Written Chemical Hygiene Plan (CHP) required; must identify select carcinogens. Engineering controls: fume hoods, glove boxes for volatiles. PPE: minimum nitrile gloves + lab coat; added respiratory protection for aerosol-generating procedures. Medical surveillance: required for workers with significant exposure to OSHA select carcinogens. Training: initial before working with carcinogens, annual refresher.
ToolRouter research
OSHA Standard
29 CFR 1910.1450 — Laboratory Standard; written Chemical Hygiene Plan required
Engineering Controls
Fume hoods; glove boxes for volatile carcinogens
PPE Minimum
Nitrile gloves + lab coat; respiratory protection for aerosol-generating procedures
Medical Surveillance
Required for significant exposure to OSHA select carcinogens
Training
Initial before working with carcinogens; annual refresher required
Nutritional and biochemical data for assay work
Look up biochemical data, nutrient compositions, and molecular weights for compounds used in cell culture media, biochemical assays, and nutritional research experiments.
I need to prepare a defined cell culture medium from scratch. Look up the molecular weights and chemical formulas for glucose, glutamine, HEPES, and sodium bicarbonate.
Molecular data: D-Glucose (C6H12O6, MW 180.16 g/mol). L-Glutamine (C5H10N2O3, MW 146.15 g/mol) — note: degrades in solution at 37°C; aliquot and freeze stocks. HEPES free acid (C8H18N2O4S, MW 238.30 g/mol), pKa 7.31 at 37°C — excellent buffering at physiological pH. Sodium bicarbonate (NaHCO3, MW 84.01 g/mol) — concentration must be balanced with CO2% in incubator for pH stability.
ToolRouter lookup_compound
D-Glucose
C6H12O6 · MW 180.16 g/mol
L-Glutamine
C5H10N2O3 · MW 146.15 g/mol · degrades at 37°C — aliquot and freeze stocks
HEPES (free acid)
C8H18N2O4S · MW 238.30 g/mol · pKa 7.31 at 37°C · excellent physiological buffering
Sodium Bicarbonate
NaHCO3 · MW 84.01 g/mol · balance with CO2% in incubator for pH stability
Ready-to-use prompts
Reagent hazard lookup
Look up GHS hazard classifications, PPE requirements, first aid measures, and disposal procedures for these reagents: diethyl ether, trifluoroacetic acid, and osmium tetroxide.
Protocol literature search
Find peer-reviewed protocols for ELISA optimization for low-abundance cytokines in cell supernatant samples. Include troubleshooting tips for high background and poor sensitivity.
Drug compound properties
Look up the mechanism of action, solubility, storage conditions, and recommended in vitro working concentrations for doxorubicin hydrochloride for cell viability assays.
Incoming shipment tracking
Track these three reagent orders: FedEx 987654321098, UPS 1Z1234567890, and DHL 1234567890. Tell me which arrive before Thursday and flag any delays.
Lab safety compliance
What are the OSHA 29 CFR 1910.1450 laboratory standard requirements for chemical hygiene plans, fume hood face velocity standards, and respirator use in research labs?
Biosafety level research
Explain the BSL-2 and BSL-3 containment requirements for working with human cell lines and potential mycoplasma contamination. Include primary containment, PPE, and decontamination requirements.
Periodic table element lookup
Look up the properties of osmium, iridium, and platinum — atomic weight, electron configuration, common oxidation states, and key compounds used in laboratory staining or catalysis.
Lab tech job search
Find laboratory technician and research associate positions at biotech companies and academic medical centers in the Research Triangle Park, NC area. Include required experience and salary range.
Tools to power your best work
Academic ResearchSearch papers, authors, citations
Deep ResearchAI research reports with citations
Drug InformationDrug info: recalls & side effects
Job SearchJobs & salary data worldwide
Chemistry LookupCompounds, elements, and safety
Package TrackerTrack parcels across 345+ carriers
165+ tools.
One conversation.
Everything laboratory technicians need from AI, connected to the assistant you already use. No extra apps, no switching tabs.
New reagent introduction safety review
Before using an unfamiliar chemical or biological reagent, conduct a safety and compliance review.
Experiment protocol validation
Before running a new assay or technique, validate the protocol through published literature and identify known issues.
Lab supply chain management
Stay on top of incoming reagent orders and plan experiment scheduling around delivery timelines.
Frequently Asked Questions
How comprehensive is the chemistry lookup tool for lab safety data?
Chemistry Lookup provides GHS hazard classifications, signal words, precautionary statements, physical properties (boiling point, vapor pressure, density), and regulatory information for a wide range of chemical compounds. It covers common lab reagents, industrial chemicals, and pharmaceutical compounds.
Can I find validated laboratory protocols in peer-reviewed literature?
Academic Research searches millions of peer-reviewed papers including methodology papers in journals like Nature Methods, Nature Protocols, and STAR Protocols. You can find validated protocols, optimization studies, and troubleshooting guides for most common lab techniques.
Is the drug information tool useful for cell culture and in vitro work?
Drug Information pulls FDA labeling data including mechanism of action, pharmacokinetics, and chemical properties. For lab technicians, this is useful for compounds used in in vitro assays — inhibitors, agonists, cytokines, and antibiotics — to understand solubility, stability, and appropriate working concentrations.
Which carriers can the package tracker cover for scientific supplier shipments?
Package Tracker supports 345+ carriers including FedEx, UPS, USPS, and DHL — the four carriers most commonly used by scientific suppliers like Thermo Fisher, Sigma-Aldrich, Bio-Rad, VWR, and Millipore. You can track multiple orders across carriers simultaneously.
Can AI help me research OSHA compliance for laboratory safety?
Deep Research can retrieve current OSHA standards for laboratory environments including the Laboratory Standard (29 CFR 1910.1450), hazard communication, respiratory protection, and biosafety guidelines from the CDC/NIH. This is useful for preparing for lab inspections or updating chemical hygiene plans.
Give your AI superpowers.
Get started for free
Works in Chat, Cowork and Code