CellVit | Compute the cell vitality |

conc.4PL | Compute the concentration of an competitive ELISA based on the 4-Parameter-logistic function |

conc.from.abs | Functions to compute concentration values in absorption-spectroscopy |

conc.per.dil | Compute the concentration after a dilution step |

conc_eval | concentration evaluation |

c_any | Compute the concentration of the source salts for specific elements inside a fermentationbroth |

daisy | Different values measured during a fermentation of Escherichia coli in a bioreactor named daisy |

dilfact | Computing a dilution factor, a sample volume (Vorlagevolumen), concentration after dilution Compute the dilution factor |

dose_response_plot | A dose~response plot with a summary |

Eadie_Hofstee | Draw an Eadie-Hofstee graph (and compute the y-axis intercept) |

eG | Compute gas content Keep an eye on the units |

eG.empir | Empiric prediction function for the Gas holdup (eG) |

eGR_CMC | Gas content upstream column for non nowton fluids |

eGR_H2O | Gas content of upstream column for a bubble column reactor |

eGT | compute the total gas content (eGT) of an airlift-reactor with a single riser and a single downer |

eta.eff | rheological modeling for highly non-newtonian fluids estimate of Ostwald & de Waele |

HSA1 | A 95-Well-Plate on which a sandwich ELISA assay detecting human serum albumin was performed, the plates name is Clara |

HSA2 | A 95-Well-Plate on which a sandwich ELISA assay detecting human serum albumin was performed, the plates name is Arno |

K.Zlokarnik | Compute K and m from Zlokarnik-Korrelation |

kLa.eG | compute kLa via eG (gas holdup) |

kLaD | Compute the kLaD |

kLaD.korr.H2O | Correlation model for the kLa in H2O |

kLaD.korr.nN | Non-newton-correlation model for the kLa |

Lineweaver_Burk | Plot a Lineweaver-Burk diagram and compute the ordinate intercept |

LinMod | Linear model for concentration evaluation |

mix.t.H2O | Mixing time of H2O based on correlation |

mix.t.nN | Mixing time of non newtonian fluids |

mt | compute the mixing time |

MultiRate | Compute the cell vitality after frosting |

PAGE.gen | Function to analyse a PAGE |

PGVL | Power input of a bubble column reactor |

plot_MM_direct | Create a non-linear Regression for a Michaelis-Menten type Enzyme with a little knowlege of its Km and Vmax |

plot_regression | Generic plotting function for usage with any absorption spectroscopic data |

PM | The power-input via the motor |

samp.vol | Compute sample (Vorlage) volumes V_vor = (V_soll * c_soll) / c_ist |

Spektren | Absorbance measurements |

Spektrum | Absorption measurement |

STR.Prog.Assay | A calibrationcurve to test 4-parameter-linear-models |

uG | compute the superficial velocity |

VDi | Compute the dispersion volume mind the units |

velG.cal | compute the actual gas flow (eliminate the error of the rotameter) of either the big airlift reactor or the smaller one used at the Biotechnikum at Forum Seestraße |

vitality | Vitality of a cell population |

vitrate | Vitality rate of a cell population |

vol.act | generic functions to determin protein activity |

yield | Compute yield count |