All Biochemistry Calculators Related Post

Saturation Binding Calculator Input Data Enter the ligand concentrations and corresponding specific binding values (in counts or units, e.g., cpm or fluorescence units). Add at least 5 data points for accurate results. Ligand Concentration 1 (nM): Specific Binding 1: Ligand Concentration 2 (nM): Specific Binding 2: Ligand Concentration 3 (nM): Specific Binding 3: Ligand Concentration […]

Antigen Concentration Calculator Absorbance Value (A): Extinction Coefficient (ε, L/(mol·cm)): Path Length (l, cm): Concentration Unit: mol/Lµmol/Lnmol/L Calculate About the Antigen Concentration Calculator The Antigen Concentration Calculator is a scientifically designed tool that enables researchers, immunologists, and students to accurately determine the concentration of antigens in a sample. Based on the Beer-Lambert Law, this calculator

    ELISA Calculator Calculate Antigen Concentration Enter the optical density (OD) values and standard curve data to calculate the antigen concentration in your sample. Sample Optical Density (OD): Standard OD Values (comma-separated): Standard Concentrations (ng/mL, comma-separated): Calculate About the ELISA Calculator The ELISA Calculator is a sophisticated tool designed to assist researchers, clinicians, and

Protein Quantitation Calculator Calculate Protein Concentration Use this Protein Quantitation Calculator to determine protein concentrations using the Bradford method, a widely accepted spectrophotometric technique. Absorbance at 595 nm (OD595): Select Standard Curve Type: Linear (y = mx + b)Non-linear (y = ax² + bx + c) Slope (m) for Linear or Coefficient (a) for Non-linear:

Cooperativity Calculator Calculate Cooperativity Enter the parameters below to calculate the fraction of saturated ligand binding sites and the Hill coefficient. Ligand Concentration (µM): Dissociation Constant (Kd, µM): Hill Coefficient (n): Calculate About the Cooperativity Calculator The Cooperativity Calculator is a scientifically accurate tool designed to quantify cooperative binding in biochemical systems, such as enzymes,

    Allosteric Regulation Calculator Calculate Allosteric Parameters Enter the parameters below to calculate allosteric regulation metrics based on the Monod-Wyman-Changeux (MWC) model. Allosteric Constant (L, ratio of T to R state): Substrate Affinity for R state (Ka, in µM): Substrate Concentration ([S], in µM): Number of Subunits (n): Calculate Results About the Allosteric Regulation

    Enzyme Inhibition Calculator Calculate Enzyme Inhibition Parameters Inhibition Type CompetitiveNon-competitiveUncompetitive Km (Michaelis Constant, µM) Vmax (Maximum Velocity, µmol/min) Substrate Concentration [S] (µM) Inhibitor Concentration [I] (µM) Ki (Inhibition Constant, µM) Calculate About the Enzyme Inhibition Calculator The Enzyme Inhibition Calculator is a powerful tool designed to assist researchers, students, and professionals in understanding

Competitive Inhibition Calculator Calculate Enzyme Kinetics Vmax (Maximum Reaction Rate, µmol/s): Km (Michaelis Constant, mM): Substrate Concentration [S] (mM): Inhibitor Concentration [I] (mM): Ki (Inhibition Constant, mM): Calculate Results About the Competitive Inhibition Calculator The Competitive Inhibition Calculator is a powerful tool designed to help researchers, students, and professionals in biochemistry and related fields analyze

Non-Competitive Inhibition Calculator Maximum Velocity (Vmax, µM/s): Michaelis Constant (Km, µM): Substrate Concentration ([S], µM): Inhibitor Concentration ([I], µM): Inhibition Constant (Ki, µM): Calculate Results About the Non-Competitive Inhibition Calculator The Non-Competitive Inhibition Calculator is a powerful tool designed to assist researchers, students, and professionals in biochemistry and enzymology. By leveraging the principles of enzyme

qPCR Ct Value Calculator Calculate Relative Quantification Enter the Ct values for your target and reference genes to calculate the relative quantification using the ΔΔCt method. Ct Value (Target Gene, Sample): Ct Value (Reference Gene, Sample): Ct Value (Target Gene, Control): Ct Value (Reference Gene, Control): PCR Efficiency (e.g., 2 for 100%): Calculate About the