THE BODEGA DISCOVERY DESK

Lab Bench

A playful bodega counter for transparent solution math—complete with live checks, math receipts, and nine advanced lab tools.

OPEN THE BENCH

Scope: General laboratory planning mathematics for documented bench workflows. For laboratory research only; not for personal-use planning or healthcare decisions. Verify source units, material identity and purity, instrument limits, compatibility, and your approved SOP independently.

FEATURED

Research Math Lab

The familiar three-choice peptide-calculator workflow, rebuilt as an original Research Here counter with transparent equations and smarter range checks.

NEW

OPEN LATE · FORMULAS ON THE RECEIPT

Research Math Lab — Peptide Draw Calculator

Enter vial content, final solution volume, and a target research quantity. Get concentration, mL, U-100 units, quantity per unit, vial yield, and a visual syringe marker. The tool performs arithmetic only; it never selects a target quantity.

1 Target research quantity

Custom target quantity

2 Vial content

Custom vial content (mg)

3 Final solution volume

Custom final volume (mL)

4 Syringe display U-100 barrel size

U-100 arithmetic is 100 units = 1 mL on all three barrels; barrel size only changes the visual measuring range.

Target + vial + volume = transparent concentration and draw math.

Pick three shelf tags—or enter custom values—to print the math receipt.

Boundary: This tool performs neutral concentration, volume, and U-100 scale arithmetic. It does not choose a target quantity, recommend a protocol, establish material quality or sterility, or tell anyone to administer a research compound. Confirm every input against a qualified professional’s instruction or an approved laboratory SOP.

NEW

Reverse Reconstitution Planner

Start with the measurement you want on a U-100 scale and the research quantity that mark should represent. The calculator solves the final liquid volume needed for the vial.

Enter vial content, target quantity, and desired U-100 mark.

QUICK LANE ONE QUESTION AT A TIME

Bodega Easy Counter

No science vocabulary test. Look in three places, copy three numbers, and the counter explains the answer in plain English.

1
LOOK AT LABELTotal mg
2
CHECK LAB RECORDFinal mL
3
CHECK RESEARCH DOSEWorksheet dose + unit

QUESTION 1 OF 3

Look at the container label. What number is beside “mg”?

Copy the total material shown on the whole container. Do not use the lot number, price, or product count.

Tap it if you see it:

MY CONTAINER SAYSmg totalIf the label says “10 mg,” type 10.

Where exactly do I find this?+

Find the product name on the front label, then look for the strength printed with mg. If the label describes more than one ingredient, this simple single-material lane may not fit; use the advanced Blend Composer below.

That is all question 1 needs.

QUESTION 2 OF 3

Check the lab record. What final liquid amount is already written?

This counter does not choose the liquid amount. Copy the documented final volume exactly as written in mL.

Tap it if you see it:

MY LAB RECORD SAYSmL finalIf the record says “2 mL,” type 2.

What if I do not have a documented final volume?+

Stop here. This calculator cannot choose a liquid, volume, or preparation method. Obtain the approved experiment record or SOP before calculating.

QUESTION 3 OF 3

What RESEARCH DOSE is written on your worksheet?

Copy the dose number and unit exactly as written. The counter does not choose a dose, and it converts mg and µg for you.

MY RESEARCH DOSE SAYS1 mg = 1,000 µg. Pick the unit printed beside the dose on your worksheet.

DO NOT GUESS THE UNIT

µg is micrograms. mg is milligrams. They are not the same number.

What if the worksheet does not list a research dose?+

Stop here. The calculator only performs math on the research dose already documented in your approved worksheet; it does not choose or recommend a dose.

Plain-English cheat sheet+

Question 1: Copy the mg number from the container.

Question 2: Copy the final mL number from the lab record.

Question 3: Copy the research dose number and mg/µg unit from your worksheet.

The answer: The counter shows the calculated liquid volume and repeats all three inputs for a final check.

Start with question 1 above. The counter will guide you one question at a time.

Boundary: This quick lane only explains concentration and aliquot-volume arithmetic for laboratory records. It does not choose or recommend a dose, solvent, preparation method, measuring device, route, or use. Check all inputs and instrument limits against the approved SOP.

Solution mathematics

Normalize units, show the formula, and keep every assumption visible.

Solution Composer

Calculate mass concentration and, optionally, the final volume needed for a target concentration.

Material

Material mass Mass unit Purity or content (%)

Measured analyte-content override (optional; same mass unit)When entered, this replaces material mass × purity in the calculation.

Final solution

Current or final volume Volume unit

Quick volume Uses the selected volume unit.

Target concentration (optional inverse calculation)

Target value Target unit

Enter values, then calculate.

Serial Dilution Planner

Plan one-step or uniform-factor serial dilutions with an optional retained-volume back-calculation.

Enter values to build a step table.

Multi-Component Blend Matrix

Calculate stock volumes for two to four neutral components brought to one final volume.

Complete at least two component rows.

Molarity Planner

Move between formula mass, solution volume, and molarity.

Select a mode and enter values.

Workflow planners

Turn available volume and workspace capacity into an auditable plan.

Aliquot + Vessel Planner

Account for recoverable fill, estimated vessel loss, and a held reserve.

Enter prepared and per-vessel volumes.

Plate + Sample Layout Planner

Allocate samples, technical replicates, and controls across rectangular plates.

Enter a sample count to build a layout.

Quality-control mathematics

Summarize entered measurements without making acceptance or release decisions.

COA Replicate Statistics

Calculate descriptive statistics for 2–12 entered replicate measurements.

Enter at least two measurements.

Descriptive comparison only. This tool does not determine identity, purity, sterility, validity, or release status.

Linear Standard-Curve Workbench

Fit an ordinary least-squares line to entered x/y standards and inspect residuals.

Enter standards to fit a line.

A mathematical fit is not automatic evidence that a linear model or unknown estimate is valid for a method.

Dimension-safe unit bridge

Convert only within mass, volume, or mass-concentration dimensions.

Unit Bridge

The available units change with the selected dimension, preventing cross-dimension conversion.

Choose a dimension and enter a value.