RAHBAR MBBS • YEAR 01
← Years & Subjects
BC • PRACTICE

Medical Biochemistry

10 modules • 15 questions per module • 150 questions in this subject.

Practice Assessment Enter Subject →

Module 01 — Biomolecules, Water, Buffers & Proteins

Practice mode: choose an answer and press “Check Answer”. You will immediately see why your selected answer is right or wrong and why the correct answer is correct.

QUESTION 01 • SBA

Which option best matches this statement: is a polymer of amino acids linked by peptide bonds?

QUESTION 02 • TF

True or False: Protein is a polymer of amino acids linked by peptide bonds.

QUESTION 03 • MISSING

Complete the medically meaningful statement: ______ is a polymer of amino acids linked by peptide bonds.

QUESTION 04 • SBA

Which option best matches this statement: resists large changes in pH?

QUESTION 05 • TF

True or False: Buffer resists large changes in pH.

QUESTION 06 • MISSING

Complete the medically meaningful statement: ______ resists large changes in pH.

QUESTION 07 • SBA

Which option best matches this statement: helps stabilize protein secondary structure?

QUESTION 08 • TF

True or False: Hydrogen Bond helps stabilize protein secondary structure.

QUESTION 09 • MISSING

Complete the medically meaningful statement: ______ helps stabilize protein secondary structure.

QUESTION 10 • SBA

Which option best matches this statement: disrupts higher-order protein structure without necessarily breaking peptide bonds?

QUESTION 11 • TF

True or False: Denaturation disrupts higher-order protein structure without necessarily breaking peptide bonds.

QUESTION 12 • MISSING

Complete the medically meaningful statement: ______ disrupts higher-order protein structure without necessarily breaking peptide bonds.

QUESTION 13 • SBA

Which option best matches this statement: is related logarithmically to hydrogen-ion activity?

QUESTION 14 • TF

True or False: Ph is related logarithmically to hydrogen-ion activity.

QUESTION 15 • MISSING

Complete the medically meaningful statement: ______ is related logarithmically to hydrogen-ion activity.