Dear Readers, Welcome to BACTERIA MORPHOLOGY Interview Questions and Answers have been designed specially to get you acquainted with the nature of questions you may encounter during your Job interview for the subject of BACTERIA MORPHOLOGY Interview Questions. These BACTERIA MORPHOLOGY Questions and Answers are very important for campus placement test and job interviews. As per my experience good interviewers hardly plan to ask any particular questions during your Job interview and these model questions are asked in the online technical test and interview of many IT & Non IT Industries.
A. Cyanobacteria
B. Mycoplasmas
C. Bdellovibrios
D. Spirochetes
Answer: B
A. lophotrichous
B. amphitrichous
C. monotrichous
D. petritrichous
Answer: A
A. many flagella beating in a synchronous, whip-like motion
B. an individual flagellum beating in a whip-like motion
C. spinning like a propeller
D. attaching to nearby particles and contracting
Answer: C
A. keratin
B. flagellin
C. gelatin
D. casein
Answer: B
A. Streptococci
B. Diplococci
C. Tetracocci
D. None of these
Answer: B
A. Gram-positive bacteria
B. Gram-negative bacteria
C. Both (a) and (b)
D. None of these
Answer: B
A. 50% or more
B. About 10%
C. 11%+ 0.22%
D. About 20%
Answer: A
A. move
B. reproduce
C. stick to tissue surfaces
D. grow in nutrient agar
Answer: A
A. It consists of multiple layers
B. It is thicker than that associated with gram-negative bacteria
C. It contains teichoic acids
D. All of these
Answer: D
A. lipase
B. lysozyme
C. pectinase
D. peroxidase
Answer: B
A. gram-positive bacteria are thicker than gram-negative bacteria
B. gram-negative bacteria are thicker than gram-positive bacteria
C. both have same thickness but composition is different
D. none of these
Answer: A
A. N-acetyl muramic acid
B. murein mucopeptide
C. N acetylglucosamine
D. mesodiaminopimetic acid
Answer: B
A. nucleoid
B. chromatin
C. nuclear material
D. all of these
Answer: D
A. Pore protein (porin)
B. Protein involved in energy generation
C. Lipoteichoic acid
D. Phospholipids
Answer: A
A. attachment of a peptide to muramic acid
B. attaching two amino acids to form a cross-link
C. attachment of a portion of peptidoglycan to a membrane lipid
D. binding of penicillin to a membrane protein
Answer: B
A. Staphylococci
B. diplococci
C. Tetracocci
D. Streptococci
Answer: A
A. swimming away of bacteria
B. swimming towards a bacteria
C. swimming away or towards of bacteria in presence of chemical compound
D. none of the above
Answer: C
A. pilli
B. flagella
C. sheath
D. capsules
Answer: B
A. synthesis of the NAM-peptide subunit
B. removal of the subunit from bactoprenol
C. linking the sugar of the disaccharide-peptide unit to the growing peptidoglycan chain
D. cross-linking the peptide side chains of peptidoglycan
Answer: C
A. Streptococci
B. diplococci
C. Staphylococci
D. Tetracocci
Answer: A
A. lophotrichous
B. amphitrichous
C. peritrichous
D. monotrichous
Answer: C
A. the area between the inner and outer membranes of gram-negative bacteria
B. the area between the inner and outer membranes of Gram-positive bacteria
C. the interior portion of mitochondria
D. the area outside the cell membrane that is influenced by the polymers
Answer: A
A. Gram-negative bacteria
B. Gram-positive bacteria
C. Fungi
D. None of these
Answer: B
A. cooci
B. pleomorphic
C. bacillus
D. spirilla
Answer: D
A. Treponema
B. Mycoplasma
C. Staphylococcus
D. Klebsiella
Answer: B
A. It is a polymer consisting of N-acetyl glucosamine, N-acetyl muramic acid and amino acids (alanine, lysine, etc.)
B. It is present in prokaryotic cell wall
C. It occurs in the form of a bag shaped macro molecule surrounding the cytoplasm membrane
D. None of the above
Answer: D
A. cocci
B. bacilli
C. spirilla
D. pleomorphic
Answer: A
A. monotrichous
B. petritrichous
C. amphitrichous
D. none of these
Answer: C
A. Clostridium
B. Bacillus
C. Both (a) and (b)
D. None of these
Answer: C
A. proteins
B. polysaccharides
C. lipids
D. all of these
Answer: D
A. second outer membrane that helps to retain the crystal violet stain
B. multiple layer of peptidoglycan that helps to retain the crystal violet stain
C. thick capsule that traps the crystal violet stain
D. periplasmic space that traps the crystal violet
Answer: B
A. cooci
B. bacilli
C. spirilla
D. pleomorphic
Answer: B
A. monotrichous
B. lophotrichous
C. amphitrichous
D. none of these
Answer: A
A. 70S
B. 60S
C. 80S
D. Not specific
Answer: C
A. the outer membrane of gram-negative bacteria
B. the peptidoglycan layer of gram-positive bacteria
C. the cytoplasmic membrane of both gram-negative and gram-positive bacteria
D. the periplasmic space of gram-negative bacteria
Answer: A
A. O-antigen of lipopolysaccharide (LPS)
B. Polysaccharide portion of lipoteichoic acid (LTA)
C. Braun lipoprotein
D. Electron transport system components
Answer: A
A. Pili
B. Flagellum
C. Lipoteichoic acid
D. Porin
Answer: C
A. positive chemotaxis
B. negative chemotaxis
C. phototaxis
D. magnetotaxis
Answer: C
A. polypeptide
B. polysaccharide
C. either (a) or (b)
D. none of these
Answer: C
A. cell membrane
B. glycocalyx
C. cell wall
D. spore
Answer: C
A. a- 1,4-glycosidic bond
B. ß-1,6-glycosidic bond
C. a- 1,6-glycosidic bond
D. ß- 1,4-glycosidic bond
Answer: D
A. Clostridum
B. Proteus
C. Mycoplasma
D. Bacillius
Answer: C
A. Filament
B. Hook
C. Basal body
D. All of these
Answer: D
A. nucleus
B. nuclein
C. nucleoid
D. nucleose
Answer: C
A. Mitochondria of eukaryotes
B. Golgi apparatus of eukaryotes
C. Lysosomes of eukaryotes
D. None of these
Answer: A
A. Bacillus anthracis
B. Mycobacterium tuberculosis
C. Clostridium tetani
D. Corynebacterium diphtheriae
Answer: D
A. mucopeptide
B. murein
C. both (a) & (b)
D. none of these
Answer: C
A. a gram-positive cell wall
B. a gram-negative cell wall
C. Neither (a) nor (b)
D. No cell wall
Answer: B
A. Gram-positive bacteria
B. Gram-negative bacteria
C. Fungi
D. None of these
Answer: B
A. Flagella
B. Stalks
C. Sheath
D. All of these
Answer: D
A. Penicillin binding protein
B. Peptidoglycan
C. Lipopolysaccharide
D. Phospholipid bilayer membrane
Answer: C