Michealis menten Samenvattingen, Aantekeningen en Examens

If the pka of a weak acid is 2.5, at which pH will this drug become more ionized? A. pH 5 B. pH 2.5 C. pH 1.5 D. pH 1 - Answer - A. For a weak acid, a higher pH increases ionization Which equation describes the rate of drug dissolution from a tablet? A. Fick's Law B. Henderson-Hasselbalch equation C. Michaelis-Menten equation D. Noyes-Whitney equation - Answer - D. The Noyes-Whitney equation describes the rate of drug dissolution from a tablet. Fick's first law of diffusion is s...

If the pka of a weak acid is 2.5, at which pH will this drug become more ionized? A. pH 5 B. pH 2.5 C. pH 1.5 D. pH 1 correct answer: A. For a weak acid, a higher pH increases ionization Which equation describes the rate of drug dissolution from a tablet? A. Fick's Law B. Henderson-Hasselbalch equation C. Michaelis-Menten equation D. Noyes-Whitney equation correct answer: D. The Noyes-Whitney equation describes the rate of drug dissolution from a tablet. Fick's first law of di...

Meetrapport voor praktijkvak MBE over Michealis Menten kinetiek. Alles is uitgewerkt volgens het beoordelingsschema.

If the pka of a weak acid is 2.5, at which pH will this drug become more ionized? A. pH 5 B. pH 2.5 C. pH 1.5 D. pH 1 A. For a weak acid, a higher pH increases ionization Which equation describes the rate of drug dissolution from a tablet? A. Fick's Law B. Henderson-Hasselbalch equation C. Michaelis-Menten equation D. Noyes-Whitney equation D. The Noyes-Whitney equation describes the rate of drug dissolution from a tablet. Fick's first law of diffusion is similar to the Noyes-Wh...

Dit bestand bevat: - de uitvoering en verslag legging van vaardigheid 3 en 4 (enzym kinetiek) van toegepaste biochemie - verslag enzym kinetiek van bacterieel a-amylase. voor dit verslag is een 7,5 behaald.

If the pka of a weak acid is 2.5, at which pH will this drug become more ionized? A. pH 5 B. pH 2.5 C. pH 1.5 D. pH 1 correct answer: A. For a weak acid, a higher pH increases ionization Which equation describes the rate of drug dissolution from a tablet? A. Fick's Law B. Henderson-Hasselbalch equation C. Michaelis-Menten equation D. Noyes-Whitney equation correct answer: D. The Noyes-Whitney equation describes the rate of drug dissolution from a tablet. Fick's first law of di...

If the pka of a weak acid is 2.5, at which pH will this drug become more ionized? A. pH 5 B. pH 2.5 C. pH 1.5 D. pH 1 A. For a weak acid, a higher pH increases ionization Which equation describes the rate of drug dissolution from a tablet? A. Fick's Law B. Henderson-Hasselbalch equation C. Michaelis-Menten equation D. Noyes-Whitney equation D. The Noyes-Whitney equation describes the rate of drug dissolution from a tablet. Fick's first law of diffusion is similar to the No...

samenvatting van de gebruikte slides van enzymologie. Dit vak werd gegeven door mevrouw Heykers

Biochemistry summary about lecture 1 and 3, plus a scheme containing metabolic pathways

Full summary MOBC Molecular Biology of the Cell course Hans vd spek: the basics, omics, regulation of gene expression, translation of mRNA into protein, gene cloning and manipulation and transgenesis. Maike Stam: epigenetics chromatin, DNA methylation, chromatin histone modifications, histone variants, DNA methylation and long noncoding RNA. Stanley Brul: protein synthesis, membranes and protein targeting, vesicular transport, cellular stress signaling and cell division. referring to alberts mol...