Канал: Mona Monfared

Gluconeogenesis (GNG) - muddiest points W20

Gluconeogenesis (GNG) - muddiest points W20

Gluconeogenesis - muddiest points

Gluconeogenesis - muddiest points

Protein purification table exam question

Protein purification table exam question

Enzyme kinetics problem: Chapter 6 number 8c

Enzyme kinetics problem: Chapter 6 number 8c

Enzyme kinetics - LB plot exam question (W17#20)

Enzyme kinetics - LB plot exam question (W17#20)

Questions from enzyme kinetics graphing activity

Questions from enzyme kinetics graphing activity

Allosteric enzyme graphs

Allosteric enzyme graphs

Using the Michaelis Menten equation - Ch 6 #9

Using the Michaelis Menten equation - Ch 6 #9

Enzyme kinetics - Interpreting LB Plot exam question (W16#4)

Enzyme kinetics - Interpreting LB Plot exam question (W16#4)

Lipid aggregates and lipid shape

Lipid aggregates and lipid shape

Using the Michaelis Menten equation - Ch6 #8a

Using the Michaelis Menten equation - Ch6 #8a

$Derivation of theta (fractional saturation) equation$

Derivation of theta (fractional saturation) equation

Oxygen release from Hb when saturation changes problem - Hb practice 2c

Oxygen release from Hb when saturation changes problem - Hb practice 2c

Hemoglobin problem with HH equation -- #2b

Hemoglobin problem with HH equation -- #2b

Drawing salt bridges in Hemoglobin - Exam Problem

Drawing salt bridges in Hemoglobin - Exam Problem

Determining peptide sequence exam problem (Fall 18 Exam2)

Determining peptide sequence exam problem (Fall 18 Exam2)

Overview of Protein Biochemistry Techniques

Overview of Protein Biochemistry Techniques

Calculating the pI of a peptide - Ch 3 #11b

Calculating the pI of a peptide - Ch 3 #11b

Questions about amino acid separation -Bis102

Questions about amino acid separation -Bis102

Muddiest points- Titration curve of glycine

Muddiest points- Titration curve of glycine

Determining the sequence of a small peptide

Determining the sequence of a small peptide

Adding strong acid to a buffer (Ch 2, #27)

Adding strong acid to a buffer (Ch 2, #27)

BIS102 - Comparing Solubility of Peptides - Ch3 #14 c and d

BIS102 - Comparing Solubility of Peptides - Ch3 #14 c and d

BIS102 - Net electric charge of peptides - Ch3 #11

BIS102 - Net electric charge of peptides - Ch3 #11

BIS102 - HIV protease questions

BIS102 - HIV protease questions

BIS102 - Calculating % inhibition

BIS102 - Calculating % inhibition

BIS102 - Models of Cell Membranes - Ch 11 #25 c,g

BIS102 - Models of Cell Membranes - Ch 11 #25 c,g

BIS102 - Hemoglobin - Ch 5 #9

BIS102 - Hemoglobin - Ch 5 #9

BIS102 - Buffer Calculations - Ch 2 #23

BIS102 - Buffer Calculations - Ch 2 #23

BIS102 - Glycine Buffer Calculation - Ch2 #18b

BIS102 - Glycine Buffer Calculation - Ch2 #18b

BIS102 - Enzyme Kinetics - Ch 6 #13

BIS102 - Enzyme Kinetics - Ch 6 #13

BIS102 - Enzyme Kinetics - Ch 6 #11

BIS102 - Enzyme Kinetics - Ch 6 #11

BIS102 - Enzyme Kinetics - Ch6 #10

BIS102 - Enzyme Kinetics - Ch6 #10

BIS102 - Ch 3 problem 13

BIS102 - Ch 3 problem 13

BIS102 - SDS PAGE - Ch 3 problem 10

BIS102 - SDS PAGE - Ch 3 problem 10

Using the HH equation to calculate partial charges on amino acids

Using the HH equation to calculate partial charges on amino acids

Calculating the pI of an amino acid

Calculating the pI of an amino acid

An amino acid at different pHs

An amino acid at different pHs

BIS102: Chapter 2, problem number 16

BIS102: Chapter 2, problem number 16

BIS102: ch3, problem 18

BIS102: ch3, problem 18

BIS102: Ch 2, problem 29

BIS102: Ch 2, problem 29

BIS102: Ch 2 problem 25

BIS102: Ch 2 problem 25