Calculators, trackers, and optimizers built by bioprocess engineers. Replace your scattered Excel sheets with purpose-built tools that work on your phone at the bench.
Every tool a bioprocess scientist needs — from bench to bioreactor. Built for daily use, designed for mobile.
Generate exponential, linear, and constant feeding profiles from your organism's kinetic parameters. Monod-based predictions for biomass, substrate, and product trajectories.
Scale between vessel sizes using constant kLa, P/V, tip speed, or Re. Calculates impeller RPM, power input, gas flow. Includes standard vessel geometry presets.
Estimate volumetric mass transfer coefficient for stirred tanks (Van't Riet) and shake flasks (Büchs). Compare OTR vs. OUR to predict oxygen limitation.
Back-of-envelope cost-of-goods per gram of product. Input titer, downstream yield, media cost, run duration. Compare batch vs. fed-batch vs. continuous.
Design of Experiments run table generator. Full Factorial, Fractional Factorial, Plackett-Burman, CCD, Box-Behnken, Definitive Screening. Bioprocess presets. CSV export.
Input your protein properties — get recommended strain, promoter, temperature, IPTG range, induction OD, fusion tags, and chaperone co-expression strategy.
Scan for N-end rule risks, PEST sequences, protease-sensitive sites. Get stabilizing tag recommendations and protease inhibitor cocktail suggestions.
Compare basal media costs, calculate supplement concentrations, estimate media cost per liter and per batch. Serum vs serum-free break-even analysis.
Column dimensions, flow rate converter, resin loading, buffer volumes, HETP/plates, and column scale-up. Presets for Protein A, IEX, HIC, SEC, mixed mode.
Stock solution prep, C1V1=C2V2 dilution, Henderson-Hasselbalch pH buffers, serial dilution planner, and common bioprocess buffer recipes (PBS, Tris, HEPES).
Vmax-based sterile filter sizing, disc-to-cartridge scale-up, TFF/UF-DF processing calculator, membrane selection guide. Throughput and flux validation.
Calculate log reduction values per clearance step. Build multi-step clearance strategies. Compare against ICH Q5A regulatory thresholds. Model virus reference panel.
Sigma factor method for scaling lab centrifuges to disc stack or tubular bowl. Stokes settling velocity, RPM/RCF converter, Q/Sigma equivalence, separation efficiency.
Track DBC decay over chromatography cycles, predict resin replacement, compare resins (MabSelect, PrismA, Amsphere), CIP impact simulation, cost-per-gram optimization.
Input protein properties (MW, disulfides, pI). Get solubilization buffer, refolding buffer with redox pairs, strategy recommendation, and a print-ready protocol.
MVD calculation, endotoxin limit by route (IV, intrathecal, ophthalmic), dilution series generator with pipetting volumes, PPC spike recovery validation. USP <85> compliant.
Estimate media osmolality from component concentrations. Optimal range checker by cell type. Feed impact predictor. Conductivity-to-osmolality correlation.
Calculate O2/air/N2/CO2 gas blends for target DO and pH. Sparger flow rates, oxygen enrichment breakpoint analysis, CO2 stripping, gas cost estimation.
Size cooling jackets and coils. Calculate metabolic + agitation heat generation, LMTD, cooling water flow rate. Thermal risk assessment with scale comparison.
Plan MCB/WCB/EoPC campaigns. QC vial allocation, ICH Q5D stability schedule, product lifecycle planning. Calculate vials needed from clinical through commercial.
Multi-criteria weighted scoring for clone ranking. Radar chart comparison, traffic light indicators, CSV export. Templates for mAb, biosimilar, bispecific.
Model end-to-end mRNA manufacturing: IVT yield, purification waterfall, LNP encapsulation, doses per batch, cost per dose. Scale comparison from 1mL to 5L.
Interactive decision tree for diagnosing common CHO problems. Viability dropping? Low titer? High lactate? Walk through systematic diagnosis with corrective actions.
Plan your complete seed train from vial to production bioreactor. Auto-selects vessels, calculates timing, media volumes, and generates a visual expansion diagram.
CSPR, VVD, bleed rate, steady-state prediction. Compare batch vs fed-batch vs perfusion productivity and media costs. Cell retention device reference.
Plan CAR-T, CAR-NK, iPSC, MSC manufacturing. Calculate expansion requirements, vessel selection, timeline, and cost per dose. Autologous vs allogeneic comparison.
Convert RPM to RCF and back instantly. Rotor presets for Eppendorf, Beckman, Thermo Fisher centrifuges. Common protocol quick-reference. Mobile-friendly for bench use.
Paste amino acid sequence → get molecular weight, extinction coefficient (ε280), A280 for 1 mg/mL, estimated pI, charge vs pH curve. Common protein presets.
Hemocytometer cell counter with visual grid input. VCD, viability %, passage planner with vessel and organism presets. Multi-count growth tracking with charts.
Paste OD or cell count data, auto-fit exponential, logistic, and Gompertz models. Extract µmax, doubling time, lag time. Model comparison with R² and AIC.
Upload CSV from any bioreactor system. Auto-generate time-series charts for DO, pH, VCD, metabolites. Multi-run overlay. Derived metrics (µ, qP, IVC). Data never leaves your browser.
BCA assay, Bradford assay, and direct A280 protein quantification. Standard curve fitting, Beer-Lambert law, dilution correction, and purification yield tracker.
4-parameter logistic curve fitting for ELISA data. Standard curve with LLOQ/ULOQ, back-calculated sample concentrations, %CV flagging, accuracy validation.
Calculate mass from molarity, percent solutions (w/v, v/v, w/w), concentration unit converter (M to mM, uM, nM). Built-in library of 50+ reagent molecular weights.
PCR, qPCR, RT-PCR reaction setup for N reactions with dead volume. 6 protocol presets (Standard PCR, SYBR, TaqMan, High-Fidelity, Colony PCR, RT). CSV export and pipetting guide.
Convert optical density to cells/mL, CFU/mL, and dry cell weight. Organism presets for E. coli, yeast, Pichia, Bacillus. Dilution factor correction and linearity warnings.
A260 to concentration (ng/uL), mass-to-moles conversion (ng/uL to nM/uM for oligos, plasmids, RNA), Nanodrop purity check with 260/280 and 260/230 interpretation.
Whether you're growing CHO cells for a monoclonal antibody or fermenting E. coli for a recombinant protein — these tools fit your workflow.
CHO, HEK293, hybridoma for mAbs, vaccines, cell & gene therapy
E. coli, Pichia, yeast expression for enzymes, therapeutics, research reagents
Ethanol, organic acids, amino acids, biopolymers, food & beverage biotech
PhD students, postdocs, and PIs studying microbial physiology, metabolic engineering
Microalgae, cyanobacteria, and plant cell suspension cultures for biofuels, pigments
Clostridium, methanogens, SRB for biogas, syngas fermentation, bioremediation
CAR-T, CAR-NK, iPSC, MSC manufacturing, viral vector production, autologous & allogeneic
Scale-up, tech transfer, process characterization, DoE, PAT implementation